T68 tri band windows

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Grecom PSR Owner manual. Gruner L-4 Manual. HackRF One Schematic. Hagenuk E Manual. Unbox Deco, install the app, and then simply follow the on-screen directions. Deco app will take care of the rest, getting your network up and running in minutes.

Manage your WiFi at home or away on the Deco app, including seeing all connected devices, prioritizing your own, setting up a guest network, and more. Pair with Alexa to control Deco X68 with simple voice commands. Enjoy a convenient life. Deco X68 is compatible with every other Deco model to form a mesh network. Expand mesh Wi-Fi coverage anytime by simply adding more Decos. Actual wireless data throughput and wireless coverage, and quantity of connected devices are not guaranteed and will vary as a result of network conditions, client limitations, and environmental factors, including building materials, obstacles, volume and density of traffic, and client location.

Performance may vary depending on the client device. Fees apply for the Pro Plan. Visit tp-link. Subscribe TP-Link takes your privacy seriously. This concept is illustrated in FIG. In this illustration the a World-Wide-Walkie-Talkie 60 uses the WWW-IM instant messengers 76 to connect to another similar device 61 using the same instant messenger 77 software.

This means that custom java applets, servlets or other programs can be written to run on the World-Wide-Walkie Talkie or the internet server for instant communications.

As previously stated, using third party developed instant messenger broadens the design of the Wireless World-Wide-Walkie-Talkie because it allows the device to reach the largest possible number of users of the internet. This further allows for opens systems and creativity and the end result produces intercommunications between users of the internet and the World-Wide-Walkie-Talkie network and device which a central objective of the invention.

Finally one special consideration is provided for in the design in the unlikely event the device is unable to contact the web based Internet server which connects the users and allows communications between them. This is a well known concept in the networking world of computers and one skilled in the art can easily build this functionality into design. As stated this feature would be helpful in the unlikely event that the internet server is unavailable for any reason.

With a specific valid IP Address, the device would still be allowed to identify itself to the internet and communications would still be possible in the event of a server failure. This function key actually maps to a software program that can be loaded into memory once power has been applied to the unit and the Operating system is fully loaded.

The main purpose and function of this program is to allow the end user a means to compose and transmit a pre-recorded digitally produced voice mail and to be able to send it any email address or telephone on the Public Switched Telephone Network.

For example, an end user would only need to depress the function key once to record and subsequently send global voice mail to any telephone, computer, email address, or device connected to the Internet or the public switch telephone network. According to the design of the invention, an end-user would be prompted for a destination email address or telephone number which may be selected from the address book or selected by voice command.

Once a telephone number or email address is selected the end-user would be allowed to compose a digital recording and to save this recording to a special compressed file type to be subsequently emailed or forwarded by a gateway to any computer, telephone, email address on the internet or the telephone network. Using a simple voice digital recorder built-in to the invention, an end-user is able to compose and store the digital information.

According to the general design of this program shown in FIG. If the destination address is a telephone number , then the voice message is forwarded to a Voice Over IP services gateway for forwarding to the Public Switched Telephone Network Otherwise, the computer program would execute a mailto: web instruction to transfer the file to the selected recipients or email address using an SMTP Simple Mail Transfer Protocol protocol.

Once this process has been completed the program then advises the user the desired voice mail created has been delivered, the program terminates, and control is returned to the Operating System for the next command.

In the actual design and implementation of this program a selection should allow the user to transmit another voice mail before terminating. Of course, the user may simply depress the Send Voice Mail Function key again to transmit a new Voice Mail to any desired destination.

The program and process described herein, and in the drawings are not meant to limit the scope or program design to the steps discussed, but on the contrary provides a foundation for a more diverse implementation and contributes to an understanding of program's design by persons skilled in the art. This internal program and all of the special program function keys are stored on the high speed microchip FIG.

This program offers end users a means of an instant wireless communication session and delivery and transmission of low-cost digitally recorded voice messages, which can be sent to any telephone, computer, email address, or device connected to the Internet or the Public Switch Telephone Network.

As the reader can see, the program is very simple in design, but offers a low cost highly effective means of delivering digital voice information over the World-Wide-Walkie-Talkie network using the Internet.

The main purpose and function of this program to allow the end user a wireless means to compose and transmit a pre-recorded digitally produced real time video movies which can then be subsequently transmitted to any email address, device, or video capable telephone on the Public Switched Telephone Network. In the event the telephone is not video enabled, then only the audio portion of the message is delivered.

This function is very similar to the Send Voice Mail Function discussed above except that it allows for the transmission of real time movies that is created with the built-in digital web camera. As an example of the it's operational use, an end user would depress the function key Send Video Mail only once to start the process of sending high quality video mail and real time images to any telephone, computer, email address, or device connected to the internet or the public switch telephone network.

The destination device must be capable of viewing multimedia based video mail. According to the design of the invention and as shown in FIG. Once a telephone number or email address is selected the end-user would be allowed to compose a video recording about 1 to 3 minutes and to save this recording to a special compressed file type to be emailed or forwarded by a voice gateway to any computer, telephone, email address on the internet or the telephone network.

Using a simple built-in revolving web camera and real time video recorder software built-in to the invention, an end-user is able to compose and store the digital movie for subsequent transmission to a destination device on the Internet or Public Switched Telephone Network. According to the general design of this program as shown in FIG. Otherwise, the computer program would execute a mailto: web instruction to transfer the file e.

MPEG-2 is the preferred recording method because of the compression method it uses which would make the data files much smaller than MPEG files. MPEG-2 is simply a method of compressing digital animation and TV signals that reduce their size but still retains their high quality. Using this format also reduces the time it takes to transfer the file and also uses less bandwidth for the transaction.

These video file formats are very well known to persons skilled in the art as well as the computer manufacturers in the industry and is the preferred method for transmitting the video animations produced with the invention.

Once this process has been completed the program then advises the user that the desired video mail created has been delivered The program then terminates, and control is returned to the Operating System for the next command. In the actual design of the program a selection should allow the user to transmit another video mail before terminating. Of course, the user may simply depress the Send Voice Mail Function key again to transmit a new Video Mail to any desired destination.

The program and process described herein, and in the drawings are not meant to limit the scope or program design to the steps discussed but on the contrary provides a foundation for a more diverse implementation and contributes to an understanding of program's design by persons skilled in the art.

This program offers end users a means of an instant wireless communication sessions, high speed data delivery and transmission of low-cost digitally recorded Video Messages and real time movies that can be sent to any telephone, computer, email address, or device connected to the internet or the Public Switch Telephone Network. As the reader can see, the program is very simple in design, but offers a low cost highly effective means of delivering digital video information over the World-Wide-Walkie-Talkie network using the Internet or any data network.

This function also maps to a software program that can be loaded into main memory once power has been applied to the unit and the Operating system has been fully loaded for operations. The main purpose and function of this program is to allow the end user a means to record a digital memorandum or digital voice message.

The function button allows for quick access to the function. Digital messages may be stored and subsequently retrieved by the user for future use. For operational purposes, an end user needs depress the function key Record Memo 14 and a built-in digital voice recorder is invoked that allows the user to make and compose digital voice memorandums.

The program should also be designed to keep track of the time, and date, that the memorandum was made by the user, and also allow the user to set a specific alarm for the memorandum to be play at a specific time and date. According to the design of the invention, once an end-user depressed the function button on the unit, the computer is invoked which launches a built-in digital recorder.

This prompts the user to being recording. For example, a user could simply press the function button, wait for a beep or beeps, or some other prompt and begin speaking into the microphone of the device. The simple voice digital recorder program built-in to the invention, allows an end-user is to compose and store the digital voice information. According to the general design of this program and shown in FIG.

As stated, this digital recording is then saved to the internal mass memory. Once this process has been completed the program then advises the user that the digital recording has been saved The user is then allowed to attach an alarm to the message that could play this message at any date and time in the future.

In the actual design of the program a selection should allow the user to compose another Voice Memo. Of course, the user may simply depress the Record Memo I Function key again to compose and store another memorandum.

The program and process described herein, and in the drawings are not meant to limit the scope of the program's design or the steps discussed herein, but on the contrary provides a foundation for a more diverse implementation and contributes to an understanding of program's design by persons skilled in the art. As the reader can see, this program is also very simple in design and concept, and offers a quick alternative to a tape recorder and an effective means of making and storing digital voice messages for future use using the World-Wide-Walkie-Talkie invention.

This function key also maps to a software program that can loaded into memory once power has been applied to the unit and the Operating system fully loaded for operations. The main purpose and function of this program to allow the end user a wireless means to compose and transmit a facsimile or fax message to any fax machine, email address or computer located on the internet or Public Switched Telephone Network.

Fax messages may be composed with the Voice-to-Text processor, the portable keyboard, a compatible bluetooth scanner, and may also be document attachments in a variety of popular formats known to persons skilled in the art.

As an operational example, an end user would depress the function key Send Rec FAX in order to commence the process of transmitting a fax message, to any fax machine, computer, email address, or device connected to the internet or the public switch telephone network. In the event the fax is being sent to a computer, software can be designed to allow the user to read the fax. Alternatively, this software can be part of the actual fax message sent as an executable. Once a fax number, telephone number, or email address or destination device is selected the end-user would be allowed to attach documents such as in email attachments.

The attachment would include a cover sheet. The end user could also compose a text based fax message with the portable keyboard, voice-to-text processor, or the onscreen keyboard. The resulting fax message will be forwarded to any fax machine, computer, telephone, or email address on the Internet or the public switched telephone network.

Any java based cellular telephone or other java enabled device could also receive this type of fax if it is equipped with the instant messenger software supported by the World-Wide-Walkie-Talkie device and network. According to this program an end user would be prompted to for a destination fax address and given the option to include a cover sheet The end user is also allowed to add other attachments such as word processing documents.

Once the composition of the fax message is complete the user would also be allowed to edit the fax message prior to transmission If the fax message is ready to send, then the fax message is forwarded to a Voice Over IP services gateway for forwarding to the Public Switched Telephone Network Otherwise, the computer program would also execute a mailto: web instruction to transfer the file to the selected recipients or email address.

Once this process has been completed the program then advises the user the desired fax message created has been delivered In the actual design of the program a selection should allow the user to transmit another fax message before terminating. The program and process described herein, and in the drawings are not meant to limit the scope or program's design to the steps discussed herein, but on the contrary provides a foundation for a more diverse implementation and contributes to an understanding of program's design by persons skilled in the art.

This program offers end users a means of an instant wireless communication sessions and fax delivery and transmission of low-cost digitally fax messages which can be sent to any fax machine, computer, email address, or device connected to the internet or the Public Switch Telephone Network.

As the reader can see, the program is very simple in design, but offers a low cost highly effective means of delivering digital fax information over the World-Wide-Walkie-Talkie network. This function is also mapped to a software program that can loaded into memory once power has been applied to the unit and the Operating system is fully loaded and operational. The main purpose and function of this program to allow the end user a wireless means to compose and transmit an email message to any email address on a data network or the Internet.

For operational purposes the end user would depress this function key to commence sending an email message to any computer, email address, or device connected to a data network or the Internet or even the public switched telephone network.

In theory, the program could also send the email to a telephone in a voice format. A text email could easily be converted to voice and the email sent to a telephone. According to this design an end-user would be prompted for a destination email address or telephone number which may be selected from the address book or selected by voice command. Once a valid email address or other valid entry is selected the end-user would be allowed to compose an email message to be forwarded to any email address, computer, or telephone on the internet or the telephone network.

According to the general design of this program and as shown in FIG. Detination email address es is entered by the end user and the user is allowed to add an attachment The user will also be allowed to edit the email message If the destination email is ready to be sent then the message is forwarded to the intended recipient s via Simple Network Mail Protocol SNMP or any other available protocol or means to deliver the email in an expeditious manner.

If the user were to select a telephone number, then the email message would be forwarded to a Voice Over IP services gateway for forwarding to the Public Switched Telephone Network to be delivered as a voice message.

Otherwise, the computer program could also execute a mailto: web instruction to transfer the email message to the selected recipients or email address using SNMP protocol. Once this process has been completed the program then advises the user the desired email mail created has been delivered, In the actual design of the program a selection should allow the user to transmit another voice mail before terminating.

Of course, the user may simply depress the Send Email Function key again to transmit a new Email Message to any desired destination. The program and process described herein, and in the drawings are not meant to limit the scope or program design to the steps discussed therein, but on the contrary provides a foundation for a more diverse implementation and contributes to an understanding of program's design by persons skilled in the art.

This program offers end users a means of an instant wireless communication session and delivery and transmission of low-cost digitally recorded voice messages, which can be sent to any telephone, computer, email address, or device connected to the internet or the Public Switch Telephone Network.

As the reader can see, this program is also very simple in design, but offers a low cost highly effective means of delivering email information over a wireless network such as the World-Wide-Walkie-Talkie network. This key also links to a PDA software program that can be loaded once power has been applied to the unit and the Operating system has been fully loaded. The main purpose and function of this program is to allow the end user a means to have a fully functional wireless Personal Digital Assistant available for use.

By depressing the PDA function key the end user would simply be invoking a program which transforms the device into a fully functional wireless Personal Digital Assistant PDA.

As stated, either one of the above PDA operating systems may be loaded once this key is depressed. A familiar group of icons appears on the Liquid Crystal Display screen for the users to select as with the normal PDA processing programs. Additionally the onscreen keyboard could also be display as shown in FIG. The onscreen keyboard 27 A is a general-purpose keyboard used to enter data.

A special PDA basic subsystem may also be designed for the invention in order to carry out this purpose. Persons skilled in the art and computer manufacturers are familiar with this process. The portable keyboard shown in FIG. The keyboard 90 is powered by the hand held unit and is connected to the power port 23 not shown of the World-Wide-Walkie-Talkie hand held device.

A view of the power port 23 can also be seen in FIG. The power port shown in FIG. Many hand held PDA users are already familiar with this hand held operating system and hence, the learning curve would also be easier for individuals who are already familiar with the Palm OS operating system.

It should be noted herein, that an independent operating system may also be designed to function with the World-Wide-Walkie-Talkie, and should contain many of the features available to popular operating systems.

According to the design of the invention, an end-user would simply depress the PDA function key in order to execute the built-in PDA software. Although the buttons for the PDA are not shown in the inventions diagram, these buttons can appear only as software buttons. Also the invention can be embodied in another form whereby these buttons can be placed on the face plate of the invention.

This screen allows for the functions and operations of a basic or advanced Personal Digital Assistant. Once any other function is depressed the status of PDA device would remain in memory in whatever state it was in when the user depressed the other function key.

This program offers end users a means of having a popular Personal Digital Assistant and high speed-computing device while on the road.

The user also still retains all the prior uses as discussed herein of the World-Wide-Walkie-Talkie invention including but not limited to instant wireless communications, wireless faxing, wireless email, wireless voice mail, wireless video mail, instant messaging features, and a host of other services which may be deployed with this hand held computer implementation.

This function key which is located in the upper right hand corner of the device,. However it be located anywhere which would be convenient for quick access.

This menu function key contain a variety of other special functions not available on the face of the device. It can also contain computer programs which may used in conjunction with Desktop programs affiliated with the World-Wide-Walkie-Talkie device. The main purpose of this program is to have an menu of commands that allow the users to perform a wide variety of functions.

Users can also add programs to this menu and the program discussed below are not meant to be all inclusive. A Program for Hot-Sync data transfers of data to Personal Computer which allows the Personal computer to be synchronized with the PDA or data within the handheld invention.

A variety of system program and user programs can thus be added to the MENU button. It is designed for the expansion of the design according to the user's needs. Products and services offered by other service providers to end users may also be added. As stated, the many features and functions as discussed herein can also be added on the MENU button and do not necessarily have to be included as a physical function button.

This would save physical space on the face plate of the invention. However, having the function buttons on the face plate of the invention is the preferred embodiment, because these function keys make it easier for the user to access the applications. A detailed description of some of the other drawing are also provided herein for a understanding of making and building the invention.

However, it should be noted for descriptive purposes that all of these programs would reside on the microchip with the design setforth in FIG. This chip or comparable microchip should be deployed in the design for maximum bandwidth and operation of the unit.

A Voice Command library 49 is an internal library of basic commands that can be used to control the device. All of the functions stated in the design may also be invoked by voice and many other applications can be developed for the voice command library. The java user programs library 46 shown is area of storage where end-users are allowed to store java based programs such as an accounting application, a data base application, or java based computer games.

Digital Videos, email, and other information and files may be transferred to this area. For example information on a user's home or office computer may also be uploaded to this area.

Many of these human speech to text processor are available on the market today, and persons skilled in the art could easily embedded this program or interface into the design. This program is very helpful and would reduce the amount of typing needed for data entry into applications.

Maps Data Base 41 which is an internal maps data base of the entire world. This data base can be stored on the microchip along with the other applications and used in conjunction the Global Positioning Satellites to locate the exact position of a World-Wide-Walke-Talkie unit or user on earth.

This system will illustrate a very simple operating system for the World-Wide-Walkie-Talkie wireless device and computing system. As shown in the FIG. Many of the other programs have already been discussed in detail in previous sections. This could be done in order to preserve memory whereby only portions of the programs may also be loaded and the programs may be paged into memory as they are needed.

The operating system is simple in nature and design and may also be constructed to accept voice commands in order to perform an operation of the device. This program has also already been discussed in previous sections of the patent application. Contrary to this posters' opinion, most criminals won't use stolen cell phones for Internet access.

It's slow and clunky, and there are still ways to find who posted the hypothetical email message Now if anyone uses that cell phone again You can track which cell they are in, etc. Complicated, but theoretically possible to catch the person you want. Thx, Robert. NO Score: 1. I'm pretty sure that the switch couldn't care less what the IMEI is 'cuz you bill on the IMSI , so the call records that come off the switch don't have that informtation.

Plus, they know where you were when you made the call :. Hey, cell phone theft is a problem in Europe In the UK, there are a few main providers, who have a communal database of stolen phones' IMEI numbers Individual serial numbers.

They can be automatically banned. Or you could put it on a floppy and post it from a cybercafe. Unless it was more than a 1. Nokia Cardphone Score: 5 , Informative. Also, compare it to the Nokia Cardphone [nokia. Works with Linux, too Not so new Score: 4 , Interesting.

So What? Score: 3 , Insightful. Re:So What? It won't fly in europe. They keep coming out with this cool technology but price it out of reach. My T39 Ericsson mobile phone has been able to connect via GPRS and my laptop's IrDA port for a year now, never done it though because my network providers O2 costs is extortionate in my opinion, I stick to GSM dialup at bps to download my email when I am on the move.

These mobile telcos shoot themselves in the foot. Three years ago they were pushing WAP hard but then made it expensive to use, so no-one used it in Europe and all the techie press including slashdot said it was a dead and cr p because of the small form factor, where are the WAP sites now? Slashdot's WAP site seems to have gone eh Taco? The really strange technology success for the telcos is txting, they thought no-one would be interested so they bundled it as a cheap feature, and everyone used it.

Re:It won't fly in europe. The 2. The audience is the same, too - those under Always on? Re:Always on? You pay for bytes on GPRS, not being online. Just like some of those corparate lines. In praise of smarter markets Score: 3 , Insightful. We must quietly respect the gentle extension of market share on the part of the B ig G uy.

No whining, no complaints, no trolls: manufacturers are flooding the market with products that are only going to work with the M aster S ystem. The reasonable thing to do is refuse to purchase these products until a reasonable selection of drivers is available for them.

Also, try not to by new boxes incorporating inflexible hardware. Smarter markets are the key to a better future. If you hover over the word "Contest" in the story blurb, it's a doubleclick. That's a bit of a sneaky way of getting us to click-through isn't it? Guess they got enough click-thru's already. Already Been Done Score: 2 , Informative. Gee, too bad there's already the same thing Cheaper too.

Wow - thats a deal! I'm surprised they got it into this form factor! I can't wait until this tech is invisible. Score: 3 , Interesting. When this tech is invisible, I'll be able to buy a laptop, and it will just be online.

No worrying about cards or areas, it'll just be omnipresent connectivity. Re:cdma 1x cards already available Score: 2. Motorola P Score: 3 , Informative.

It's access is via t-mobile here in the states; it came with a serial cable which plugs right into the phone - the phone is a full 56k modem which when plugged into serial port is addressable as a standard modem - no special software required. It also handles GPRS modem, which does require special "iStream" software dunno what voicestream calls it now that they rebanded to t-mobile and only runs on Windows. It has all the same features of the above mentioned modem, but it also is a phone.

They have an i now also that is same phone PLUS bluetooth. I love the Motorola bluetooth car kit Re:Motorola P Score: 2. Finding the right modem script is impossible, though. Re:Motorola P Score: 1. Did you ever find the right script???

I've got pretty much the same phone, up here in Canada. Except it has an infrared port, so you can use it as a modem without having to connect any cables.. Seems to me using a GPRS enabled phone with bluetooth or irda would be the better solution, and here's why: - Most laptops come with only 2 pcmcia card slots, and frequently you can only get one card in at one time. Range Score: 2. Great idea Score: 1.

It's ridiculos how the providers are charging you for GPRS traffic. If a network has got GPRS coverage the network radio stations will be able to handle both voice and data so there is no additional cost for the providers when it comes to data, still they are so stubborn trying to make loads of many out it even though no one wants to use it. My T68 does it already. And a nice tiny colour screen.

I also have a bluetooth dongle on the PC. For now speed is below 56K, but it will increase we hope so. For free until Jan 1st. I've had this card for a month now. Pretty neat stuff though. Nokia i Score: 2. Why buy a modem card? Why not a cell phone and a cable or Bluetooth? It's almost as convenient and much more multi-purpose.

And works perfecly with Linux. Theoretically, I could use my cell phone as a modem for the camera.