Approach and Methodology

This quarter, two projects were attended to. The mechanical aspect of GroZi, which is the major project this quarter, has been designated the task of creating a potential device that fits the requirement of the grocery assistant device and its functionality in terms of working parts and usability. As a special side project this quarter, which will be further advanced in the future, the Mouse-Click Recorder Program group has been designated the task of building and compiling program that assists in improving the independence of the visually-impaired when dealing with digital images in the industrial workplace. The team breakdowns are as follows: Mechanical/Haptics Wiimote-Bluetooth: Grace Sze-en Foo, Steven Matsusaka Mechanical Design: Thomas Mueller, Michael Tran, Jeffrey Wurzbach Experimental Design: Jasmine Nourblin, Amalia Prada Mouse-Click Jaina Chueh, Bonnie Han, Amalia Prada, Amir Shirkhani

Wiimote-Bluetooth

Why the Wiimote? The goal of the GroZi Parrot is to direct a blind user toward the desired grocery product through the strategic use of haptics. If the device is to communicate with the user through haptics, then it must first be able to visually detect and locate a grocery product as well as the users hand relative to the grocery product. The machine must then process and use the information to send haptic feedback to the user. The device may seem extremely complex and technologically advanced however there is technology readily available today which can perform the tasks needed for this project, such as Nintendos Wiimote. The Wiimote is actually a very powerful device and is perfect for the GroZi Parrot application. When connected to the Nintendo Wii, the Wiimote uses its infrared sensor and accelerometers to translate position and motion to the television screen. In the parrot device, an infrared LED placed on the users hand is tracked using the IR sensor and the accelerometers to recognize position and motion. It is also equipped with a vibrating motor and speakers. These are some of the most important functions of the Wiimote as the vibrations are used as the actual haptic feedback provided to the user, and the speakers are used to indicate successful location of the desired product. Furthermore, the Wiimote connects to the Nintendo Wii via Bluetooth communication. The GroZi team uses the Wiimotes Bluetooth capabilities to connect to a computer. With an established connection between Wiimote and computer, software can then program the Wiimotes functions to fit the parrot projects specific needs. General Procedure The objective of the Wiimote/Bluetooth subteam was to connect a Wiimote to a laptop computer and develop and implement software which uses the various functions of the Wiimote to specifically fit the parrot prototype requirements. The general procedures taken by the Wiimote team can be broken into two basic parts: establishing a Bluetooth connection and implementing software. Establishing a Bluetooth Connection The first step was to establish the Bluetooth connection. This task proved to be rather frustrating and involved tedious hours of troubleshooting. In fact, this proved to be the more difficult task of this quarter. The problems encountered stem from compatibility issues between the computer and the Wiimote. Although both devices are Bluetooth capable, the Wiimote was not made for use with a normal computer but with the Wii. Furthermore, using the Windows Vista OS may have complicated the process even more. The computer needs a Bluetooth device installed in order to be Bluetooth capable. Some computers come with an internal device, while others need an external adapter. One of the

7 problems faced this quarter was finding a Bluetooth device which worked with the Wiimote. After doing research the team was able to find a list of compatible and incompatible devices. The entire list is included in the appendix. The list also includes working Bluetooth driver stacks to be used with the specific device. Specific driver stacks also needed to be used in order to successfully establish connection. This quarter the particular combination of device and driver stack used was the Rocketfish 2.0 Bluetooth Dongle and the Widcomm Bluetooth Software v. 5.1.0.1100. Even with a listed compatible device and driver stack, the team still encountered connection problems. The Microsoft Bluetooth stacks installed on the Microsoft OS caused problems and interfered with the additional driver stacks which were needed. The solution to this problem was to rip, or remove and disable the Microsoft stacks from the system. After this was done the other Bluetooth driver stack was able to act independently without interference. Ripping the Microsoft Bluetooth stacks was a long process in itself. Instructions to perform this task are provided in the appendix. This guide is almost exclusively copied from http://www.dev-toast.com/2007/01/05/uncrippling-bluetoothin-vista-rtm/ and edited according our own experience. Software Development and Implementation Once all of the compatibility issues were solved, software could be developed and implemented in order to suit the project requirements. The software was developed in the Java Runtime Environment using the Java Development Program Eclipse. The team used the Java library BlueCove in order to interface with the Bluetooth device. In addition, the Java library WiiRemoteJ was used. WiiRemoteJ is a free Java API and library for interacting with a Nintendo(R) Wii Remote (tm) and Balance Board (tm) through Bluetooth(R). WiiRemoteJ aims to do two things: first, it aims to create an easily accessible interface for Java developers wanting to work with the Wii Remote or Balance Board. Second, it aims to provide tools for developers using these devices to speed development. WiiRemoteJ comes with a complete javadoc, detailing every public class, field, and method. In addition, WiiRemoteJ aims to duplicate many of the same ideologies and methods used in standard Java libraries. This allows developers to jump into the development process relatively quickly.
8 Java Code The original code that was used was the sample code by Michael Diamond which was included in the installation package downloaded from WiiRemoteJ. The code was then modified to fulfill the purposes of GroZi. Several functions programmed in the code are shown below. When the wiimote senses infrared (IR), it will output the coordinates of the IR source, vibrate and play the specified audio file.
9 When there are at least 2 wiimotes connected, wiimote 2 is used to control wiimote 1. Several functions include: Press button 1 on wiimote 2 to make wiimote 1 rumble for the specified time. Press button 2 on wiimote 2 to make wiimote 1 play an audio file (music). Press button + on wiimote 2 to make wiimote 1 play an audio file (hotter product of interest is getting closer) Press button - on wiimote 2 to make wiimote 1 play an audio file (colder product of interest is getting farther)

Display the accelerograph of the wiimotes
Output the x, y, z-positions, roll and yaw of the wiimote when the button B is pressed. Also prints out when the button B was pressed.
Disconnects all wiimotes when one wiimote is disconnected. This solves the problem of having to restart the computer every time the program is run.
12 Geiger counter vs. 5 Wiimote Model The wiimote subteam was able to successfully establish connection and implement simple software needed for initial testing of the entire parrot prototype. The team was able to establish connections and implement software to multiple Wiimotes with one laptop at a single time. The software was written so that the wiimote vibrates and plays a sound when an IR source is sensed. This would correspond to vibrating when sensing the IR LED located on the users hand. In later prototypes the vibrations would be programmed in more strategically to fit the haptic need of the project. The initial idea of the haptic feedback was to place four Wiimotes around the users upper body: two on the chest and two on the back (on the left and right sides of the body). Thus by vibrating a specific Wiimote, the vibration could tell the user to turn left, right, front, back, up, or down. A fifth wiimote mounts on top of the shoulder and would be used as the IR sensor and audio speaker. Due to initial concerns with establishing the Wiimote connection, the GroZi team decided to look into a different approach and to use only one Wiimote. The idea was to vibrate one Wiimote at appropriate frequencies corresponding to the distance from the product. For example, the vibrations would occur at low frequency when far away and would increase as the user got closer. This approach is the method of the Geiger counter found in metal detectors. Rough estimates of frequencies were tabulated for initial testing as shown below.
Figure 1: The figure above illustrates the different frequencies graphically. Below is the rough frequency distribution ranges decided upon for initial testing.
When the device is within 25 feet (7.62meters) of the object, the period, T = 5 seconds and the frequency, F=0.2Hz. When the device is within 20 feet (6.10meters) of the object, T=4 seconds and F=0.25Hz. When the device is within 10 feet (3.05meters) of the object, T=3 seconds and F=0.33Hz. When the device is within 5 feet (1.52meters) of the object, T=2 seconds and F=0.5Hz. When the device is within 2.5 feet (0.762meters) of the object, T=1 second and F=1Hz. When the device is within 1 feet (0.3meters) of the object desired, T= 0.5s and F=2Hz. Once the hand is above the product, a sound file will be played.

Figure 2: A computer generated rendering of the Shoulder Mount Assembly
The clear plate on the top of the assembly will be made from acrylic. Acrylic can be given smooth edges that are required for a human-wearable device to prevent any lacerations to the users face, if they were to turn their head suddenly into the mount assembly. The partly enclosed box in the middle of the assembly is the Wiimote carrier. It will be made of sheet aluminum to minimize weight, which is estimated at about one ounce. The bottom part of the assembly is the shoulder mount. Its material has yet to be determined, although for prototyping purposes, it will be made from a product called Machinable wax. This will allow us recycle old prototypes and the chips from the machining process into making another prototype, by simply melting them down and recasting a billet. Additionally the Machinable wax is easy on tooling and self-lubricating. Machinable wax will not be suitable material for production of the actual product, but it will be a convenient material for making prototypes. For a production model, something like injection modeled plastic would be used. A Wiimote needs at least two 940nm IR point sources to track location. Thus to track the location of the users hand, a pair of IR point sources needs to follow the users hand. We decided the simplest implementation is to take two IR LEDs and solder them to a perf board. Then attach the pref board to a glove. Since gloves are readily available, only the board design remained. The following feature list was composed after a first pass at building such a glove (Block Zero) was completed. The required features for the IR LED board are:
16 1. Stable mounting for two IR LEDs 2. Switch with off position marked in a way that can be felt 3. LEDs emit 940nm IR light The Block Zero build of the IR LED board is very simple. It was made from a few parts found in the obligatory parts drawer. It lacks a formal switch and battery holder. Presently, there is a screw and some nuts that act as the switch and batteries are soldered together and then zip tied to the pref board. The standing design is useful for nothing but a first draft and crude testing, due to its lack of replaceable batteries and formal switch. Also, it appears based on cell phone camera tests the IR LEDs have a very narrow field of view, maybe 30 maximum. This means that the Wiimote will have to be in nearly direct line of sight with the tops of the IR LEDs. As built, this not possible, without bending the users hand at a strange angle. Based on Johns feedback about Block Zero, we know that the design needs to have a switch with some level of tactile feedback, in addition to a touch based label for the on or off position. To address this in Block Zero B, the PCB will have a cut out by the switchs off position. The switch is specified as a slide switch. A picture of the Block Zero B design is shown in Figure 3.

Additionally: How far away must one be from the product for it to be recognizable? What are the maximum angles in 3-D in which products are within the systems view? What is the time to acquire a product?
Tide is just one of many products we want our system to be able to detect, but we have selected it as a good testing candidate because it comes in over 19 different types (there were 8 different small boxes, 8 different medium boxes, and 3 different big boxes of Tide at an Albertsons in Southern California), lending much versatility to our analysis. The first five questions test our systems capabilities, while the last three test the usability of our system. These questions are just as important, if not more, than the first five questions. More pertinent data collected from Albertsons: Each aisle is about 6 from floor to top of shelf. The Tide aisle has 6 shelves and ~13.7 inches between shelves. The shampoo aisle has ~11 inches between shelves. Toothpaste and hair dye aisles have ~8 inches between shelves. Soup aisle has ~11.5 inches between shelves. Only Campbells stores soup on its side in dispensers. All other brands stack vertically. To grab an object naturally, the body is about 17 inches away from the shelf.
19 Some Tide competitors include: Gain, Sunburst, Sun Classic, Cheer, Dreft, Arm & Hammer, All, and generic store brands.
To answer the aforementioned questions, three reusable poster boards were created this quarter. All three are white foam boards that have actual 3-D products from Ralphs and the Sunshine Store velcroed on the front. Velcro was used because it allows the items on each board to be easily switched out, moved around, or replaced, and it allows the blind user to actually acquire the item by removing it from the shelf. The first board is entitled Soylent Shelf and it consists of four products: a box of Cheezits, a Snickers bar, a Campbells Chicken Noodle soup can, and a Kit Kat bar.

Figure 4: Soylent Shelf

The second, Soylent Laundry, improves upon the first board because it utilizes anatomical shelf spacing as was measured at Albertsons (13.7 inches between shelves). It is comprised of some 3D products and some product images that were printed out: Tide Ocean Breeze, regular Tide, regular Tide with Bleach in a box (3D), Windex(3D), Bounce(3D), Tide with Febreeze, and regular Tide with bleach in a bottle (3D).

23 3) A fourth party trails the blind user and simulates the computer vision system, which works like a Geiger Counter. As the user gets closer to the object, the fourth party makes the pocketed wiimote vibrate more frequently. Once the user places their hand over the correct object, the fourth party says ding. When this object has been pulled off of the board, the fourth party says correct or incorrect. 4) The total number of trials, total number of successes, time per trial, and subject's name for both the sighted subject trials and the blind subject trials should be recorded. Repeat the experiment (steps 1,2, and 4) for a sighted user. The experiment should be repeated 30 times for each user. * this step is only necessary for trials involving a sighted user. Whats Next? The test outlined above should be performed formally. Once the prototype is ready, the boards should be used to carry out the tests described in the Methods section, using the prototype. The procedures described above for the Soylent Soup experiment should be repeated with the prototype instead of the fourth-party computer vision simulator when the prototype is working. Additionally, some of the products currently on the boards have not yet been entered in the GroZi 120 database, and should be before tests are carried out. These products are: Spicy Chicken Soup, Beef Soup, Shrimp Soup, Shrimp Pecante Soup, Tide with Bleach, Tide with Febreeze, Tide Ocean Breeze, and Bounce. After the boards have been used for the above tests, the next step would be to carry out these tests on the prototype in the Sunshine store or a grocery store. Perhaps most importantly, acquisition time data should be recorded for an experiment in which a blind user tries to select the same object (experimental) as a sighted person (control). This experiment should be repeated many times, so a lot of data can be collected. Their times to acquire should be recorded and compared using a statistical test, such as a t-test or a oneway ANOVA. This statistical evidence will help us understand how effective our system is in comparison to the biological human vision system. Additionally, a metronome can be used to synchronize the frequency of vibration for different distances from the object which, if implemented, would ideally reduce the time required to reach the product of interest.
Mouse-Click Recorder Program
What is the Mouse Click Recorder Program? The Mouse Click Recorder is a new software program that increases the independence of the visually impaired by allowing them to review a digital image. The MCR program can provide image annotation in a format that is easy for a blind person to use and is designed for a sighted assistant to run while its output is accessible for the blind. When using the mouse click recorder program, a sighted person can highlight a point of interest that a blind person can reference. Imagine that a sighted person points to several locations on an image displayed on the screen of a computer. The person makes different comments while pointing at each location. The mouse click recorder program allows a sighted person to record coordinates clicked by a mouse on an image and save these coordinates into a generated output file that includes the description of the image, the location (x and y coordinates) of the mouse click, and a note describing the location. General Overview of Usage The Mouse Click Recorder program is stored in a.jar file that runs similarly to an.exe (executable) file. It can be downloaded from the UCSD Grozi website. The user must have the most recent Java Runtime Environment installed on their computer. (JRE is a free application that contains the minimum requirements to run a.jar file.) Once this is done, the user can simply double click on the.jar file for the program to start running. The MCR is a simple program that writes to file the location of any mouse click on an image. It provides the user an opportunity to leave a note next to any mouse click location. Suppose the input file is input_file.jpg. After clicking on the image with MCR, the generated output file would appear in the same folder named input_file.txt. This output file would contain information of the mouse click pixel coordinates and label associated with that coordinate. The MCR program is able to open any.jpg,.bmp,.gif, or.png image as long as it is stored within a folder on his or her computer.

25 Example of Applicability of Program The Mouse Click Recorder program has applicability to blind professionals in a number of jobs. Given an image of any real-world object, a form of measurement, and several clicked coordinates of the image from a sighted assistant, a blind person can calculate and gain a better perception of the dimensions of real world objects. For example, a blind biology student can use photography as a recording tool to track a plants growth over time. The student is provided a jpg image of a plant like the one shown in Figure 9, and asked to determine the height of the plant. The jpg image also contains a picture of a ruler next to the plant. The student can calculate the height of the plant, after determining the pixel locations of the bottom and top of the ruler as well as the bottom and top of the plant with the help of his sighted assistant (to click the designated locations). The blind biology student may now review an ASCII file to get the recorded pixel coordinates from the image along with related notes Here is an illustrative example:
Given an image plant.jpg, let the plant be P pixels vertically and let the tape measure be T pixels vertically.
Top of tape measure Top of Plant
After clicking on the image and marking the top and bottom of the plant, and the top and bottom of the ruler, the output file plant.txt, should contain the annotated coordinates: Row | Column: 127|451 137|59 132|255 136|5 Comments: Top of Plant Bottom of Plant Top of ruler Bottom of ruler

Bottom of Plant

Therefore, to compute the height: P = top of plant bottom of plant = 451 - 59 = 392 T = top of ruler bottom of ruler = = 250 Suppose the tape measure is in meters, H = 1.0 meter. Then to compute the total height of the plant: Total = H * P / T = 1.0 * 392 / 250 = 1.57 m

Bottom of tape measure

Figure 9: Plant Measurement
26 Mouse Click Recorder Installation Procedures Downloading Java Runtime Environment 1. Go to http://java.com/en/download/index.jsp 2. Click on free Java download to download the most recent JRE on your computer.
Downloading MCR 1. Go to http://grozi.calit2.net/ 2. Under the downloads section, click on the Mouse Click Recorder Software link. 3. A pop up window will appear, click save to save the file. The Mouse Click Recorder program should now be on your computer in zip format. 4. Extract the MouseClicker.zip file. 5. Double click on the MouseClickRecorder.jar file to run the program.
To extract a zip file to a specific location in Windows, right click on the file, click Extract file, and select the path of the location you want to extract the file to.
What is included with MCR installation package

The user will find the following files in the mouse click recorder folder: a. The MouseClickRecorder_v#.jar file that runs the MCR program. b. Lib folder: Contains code that allows mouse clicker to run on your computer. c. SampleImage folder: contains the following images: a. Brain images brain1.jpg, brain2.jpg, brain3.jpg, brain4.jpg b. Plant image plant.jpg, c. Circuit board image circuitboard.jpg d. Text file brain1.txt, plant.txt The text file is a sample text file that contains labels with coordinates that represent locations on the image brain1.jpg and plant.jpg that have been clicked with a mouse beforehand. d. Documentation of how to run the program.
27 Running the Mouse Click Recorder User Interface

Selected image

Image Details

Images in folder

Toggles show Image Details
Figure 10: MCR User interface Single or multiple click option
Image details: Display the description of the image filename, pixel width and pixel height, and the size of the file. Image details can be toggled on and off to hide/show the panel. Images in folder: All images in the opened directory will be displayed in the file listings. MCR can only read.jpg,.gif,.bmp,.png images. Single button: Allows user to enter a label in the textbox, press and click on a point in
the picture. MCR will store the coordinate under that label.
Multiple click button: Allows user to enter a label in the textbox and click on multiple
points in the picture. MCR will store all of these coordinates under the same label.
Selected Image: The selected image will appear on the right hand panel once clicked. To activate MCRs
28 Generated Output File Format
The MCR program will generate an output file with the same name as the image that was clicked. i.e. Given a file named filename.jpg, the MCR program will create an output file in the same directory named filename.txt. The output file will contain the following information: - Header with image details pixel height and width - Pixel row - Pixel column - Label associated with clicked coordinates i.e. Given an image 8.5 inches wide by 11 inches tall, 4 possible corners could be: - upper left corner (0,0) - upper right corner (0, 849) - lower left corner (1049,0) - lower right corner (1049, 849) Each line of the generated txt file would contain coordinates of the mouse clicks and a label/note. i.e. output file: "200 | 300 picture tag" ". |. center of brain area" ". |. dark region in brain"..
Mouse Click Recorder Tutorial
Step-by-step instructions on how to get started with the Mouse Click Recorder Program.

1. Start the program.

Double click on the.jar file to start up the MCR program.
2. Select the folder that contains the images.
The MCR program will immediately bring you to a file open window like the one featured below. MCR can only open folders, hence if there are any image files that you wish to open, move them into a folder. Then select the folder that contains the image you wish to click on.

i.getImage().getHeight(null); i.getImage().getWidth(null);
Stores the height and width for parallel use:
setImageHeight(height); setImageWidth(width);
Sets the ImageIcon i to JLabel ImageLabel
imageLabel.setIcon(i); imageLabel.repaint();
How a Mouse Click is fetched and passed on to be saved : Call Hierarchy to get a Mouse Click: MouseClickWindow() constructor initComponents() initComponents() Calls getCenterPanel() getCenterPanel() Calls getJSplitPane0() getJSplitPane0() Calls getJScrollPane0() and getJScrollPane1() getJScrollPane0() Calls getJTree0() getJScrollPane1()Calls getImageLabel() getImageLabel() invokes MouseListener mouseReleased() mouseReleased() () Calls imageLabelMouseMouseReleased () imageLabelMouseMouseReleased (): Looks and the selection Mode: If multiple is selected:
34 It stores the passed in point that was selected It Calls saveAnnotation() on the point and the label in the Commentfield.
if( this.selectMode == 1) mouseCoords = event.getPoint(); saveAnnotation(directory, filename, mouseCoords.x, mouseCoords.y, getCommentField().getText());
if single is selected: It stores the passed in point that was selected Prompts the user to input something for the label.
if( this.selectMode == 0) mouseCoords = event.getPoint();; getCommentField().setText(COMMENT_PROMPT);
35 How a label is fetched and passed on to be saved in text : Call Hierarchy to get a Mouse Click: MouseClickWindow() constructor initComponents() initComponents() Calls getCommentField() getCommentField() invokes actionPerformed () actionPerformed (): Looks and the selection Mode: If multiple is selected: It highlights the text. (label assumed to be inserted when Image was clicked)
if ( selectMode == 1) setSelectionStart(0); setSelectionEnd(getCommentField().getText().length()); requestFocusInWindow();
if single is selected: It calls saveAnnotation() on the mouse click and the comment. It sets the comment to an empty string.
if ( selectMode == 0) saveAnnotation(directory, filename, mouseCoords.x, mouseCoords.y, commentField.getText()); commentField.setText("");
How a label is passed in to a text : saveAnnotation() takes in (File directory, String fileName, int x, int y, String label, string) as its parameters. It creates a file name with.txt as the extension.
int extPos = fileName.lastIndexOf("."); String annotationFileName = fileName.substring(0,extPos+1) + "txt"; File annotationsFile = new File(directory.getAbsolutePath()+System.getProperty("file.separator")+annotationFileName);
It checks if the file is new: If its a new file writes the Title buffer to the txt file. If its an old file it continues with the process and writes the values of x, y and label to the txt file.

If your device is found, then look again and confirm that your VID and PID numbers match exactly then and only then may you skip to Step 4 -=Removing Old Drivers Completely If you did not find your VID and PID then please continue on to Step 3 -=Preparing the New Installation.
3) Preparing the new installation
Since your device wasnt specifically included in the installer script that doesnt necessarily mean that the drivers arent compatible. Theres a very good chance that they are and should work fine (since most Bluetooth devices are created alike and their functionality is determined by the profiles they support). In this step we need to modify the installer script to include your specific device. You should already have btwusb.inf opened up for your specific platform. Add the following lines: 1. Under [ControlFlags] section add: ExcludeFromSelect=USB\VID_XXXX&PID_XXXX (change the XXXX with the numbers from your device) 2. This varies for different versions of windows. 32bit windows: Under [WIDCOMM.NTx86.5.1] add %****.DeviceDesc%=BTWUSB, USB\VID_XXXX&PID_XXXX ; My BT USB Dongle Where **** is a string or single word thats all caps and would be the name of your hardware vendor. EXAMPLE: %DellFangorn.DeviceDesc%=BRSMARTUSB, USB\VID_413C&PID_8126 64bit Windows: Under [WIDCOMM.NTamd64] add %****.DeviceDesc%=BTWUSB, USB\VID_XXXX&PID_XXXX ; My BT USB Dongle Where **** is a string or single word thats all caps and would be the name of your hardware vendor. EXAMPLE: %DellFangorn.DeviceDesc%=BRSMARTUSB, USB\VID_413C&PID_8126 3. Save and Close the file.
4) Removing old drivers completely
What were going to do here here is effectively remove the installer script files from Windows view. So now when the device is found it wont be able to find a driver. And you should select Dont ask Again when prompted to search for new drivers for your device after you uninstall it. Now, if you still have your device manager window open and you already have the Windows or manufacturer driver installed, please uninstall ANYTHING Bluetooth related. (HINT: If you remove the Bluetooth Radio device first, it will

41 take everything else with it.) You can uninstall devices simply by Right clicking them and selecting Uninstall.
5) Disabling Microsoft Bluetooth stack completely
Now that the installation is prepared we have to make sure that Microsofts automatic and crippled Bluetooth driver doesnt just jump in the way and automatically install itself when youre trying to install the new driver. We have to disable Microsofts installer script for Bluetooth devices. 1. Navigate to C:\Windows\inf\ 2. Rename bth.inf to bth.inf.old; 3. Rename bth.pnf to bth.pnf.old Once everything is uninstalled, close all files and dialogs and restart your machine. NOTE: This is important! If you are running Windows Vista x64, you absolutely HAVE to press F8 on boot. Right after your BIOS post, pound F8 until youre presented with a menu. You MUST select Disable Driver Signing Enforcment or you will not be able to install this driver. As of yet, there is no other way to disable this other than attaching a debugger to the kernel which isnt practical.
6) Installing WIDCOMM drivers
And now is the time youve all been waiting for. Time to run the installer for the WIDCOMM Drivers.(Please see the bright red note above if youre running Windows Vista RTM x64). Make sure your Bluetooth Device is unplugged from your machine. 1. Browse to where you have the drivers unpacked. 2. Browse directly into your platform folder(i.e. Win32 or Win64) 3. Do not run Setup.exe instead run Inst.exe. 4. Go through the installer, when it comes up and says that no Bluetooth device detected, click CANCEL to continue the installation without installing a device first. It will always say this even if your device is internal or still connected. 5. Windows will bitch at you for not installing signed drivers about 11 times so go ahead and make sure youre clicking away at Install Anyway 6. The WIDCOMM drivers will install the following virtual devices and profiles: 1. Bluetooth Communications ports(COM 4 and 5) 2. Bluetooth LAN Access Server Driver 3. Bluetooth Virtual HID Mouse 4. Bluetooth Virtual HID Keyboard 5. Hands-Free Audio 6. Stereo Audio(also known in xp as High Quality Bluetooth Audio or A2DP)
42 7. Once Vista is done installing the various devices then click Finish in the installer to close it. Youll now notice Youll have the Bluetooth icon down in the task bar which should be red and a My Bluetooth Places icon on your desktop. Do not click either of them yet. Were almost done.

Motion Computing LS800 internal Bluetooth adapter - Cambridge Silicon Radio BC417 (CSR BlueCore4) VID_10AB&PID_1005&REV_1657 - Works with Toshiba drivers (Tested on Vista, should be fine on XP too). Microsoft Stack on Vista can read buttons, but cannot read gyrometer, VGA cam, battery, and cannot set LED's or rumble. Nunchuck not tested, but expect that it works with Toshiba stack as everything on main controller functioned fine. Also tested BlueSoleil drivers but could not get them to recognize BlueTooth radio, despite the fact that the VOIP version for Vista says CSR only. Toshiba stack need not be purchased as Toshiba stack is the official stack for the LS800. Motion Computing recommends Microsoft Stack for Vista currently because of a "known issue" with Vista and Toshiba stack, however no problems have been encountered using the Toshiba stack on Vista Motorola MPT 3.0 BT USB - Works with latest Bluesoleil. Not tested with included BT stack. MSI 3X Faster Star Key Bluetooth 2.0 Transceiver MSI BToes Bluetooth 1.2 using BlueSoleil MSI BToes 2.0 using BlueSoleil. MSI BToes 2.0 using BlueZ (under Ubuntu 7.04 Herd 5, Kernel 2.6.20, CWiid drivers) MSI pc2pc using BlueSoleil (VID : 0A5C / PID : 200A) or using Microsoft stack (tested on Vista) MSI Star Key 2.0 USB Bluetooth 2.0 Transceiver (BlueTooth 2.0, using widcomm bluetooth stack, available on msi's web page), tested on Debian Lenny 2.6.24-1-686 Planet BT-200U - Works with Bluesoleil, but not with Bundled WIDCOMM Sepia SPA-510 Bluetooth 2.0 EDR USB Dongle Silicon Wave Internal Bluetooth (Toshiba stack) Silicon Wave Exter USB Dongle SiteCom USB Bluetooth dongles Type cn500 with BlueSoleil stack (tested: 2.3 standard and 2.6.0.6) Type cn502 with Widcomm stack Type cn521 with BlueSoleil and Toshiba stack Sony Vaio FE21M internal Toshiba Bluetooth chip, using Toshiba stack Sony Vaio SZ2, TX2 internal Bluetooth (Toshiba) Syba SD-U1BTC2-IS - With included BlueSoleil driver. Targus USB Bluetooth adapter (BlueTooth 2.0, Widcomm bluetooth stack) TDK BRBLU04 (PC card): Worked with its own Widcomm drivers (probably works with the default ones). Untested on Vista. Technika USB bluetooth adaptor (TechBlue1) with supplied driver stack Tecom USB Dongle "Bluetooth USB EDR Dongle BT3034" (BT v. 2.0 ) (after days and days of work and reconfig. i managed to get it to work fully. will update with exact stack etc.but its the widcomm drivers.)
TrendNet TBW-101UB (BlueSoleil)(also ships with WIDCOMM stack ver 5.1 which gives access denied in wiin remote - works when BT virtual keyboard HID is uninstalled before scanning for hardware changes with wiimote in discovery) TrendNet TBW-104UB (BlueSoleil) TrendNet TBW-105UB (BlueSoleil, BlueCove on WinXP, AvetanaBT on Linux Redhat) Works with http://www.broadcom.com/products/bluetooth_update.php Trust Bluetooth 2.0 USB Adapter BT-1300tp (using WIDCOMM 4.0.1.700 (Downloadable from the Trust website)) Trust Bluetooth 2.0 EDR USB Adapter BT-2100p (using Toshiba stack 4.00.35 included or BlueSoleil) Trust BT-2400p (Ultra Small) (Broadcom 2045 2.0), BUT PLEASE SEE the LIST of Non-Working Bluetooth Devices BELOW. Trust Bluetooth 2.0 EDR USB Adaptater BT-2150p Trust Bluetooth 2.0 EDR USB Adapter BT-2200Tp (using both WIDCOMM and BlueSoleil) Trust Bluetooth 2.0 EDR USB Adapter BT-2305p (using Toshiba stack) Zolid Bluetooth 2.0 Class 1 apapter (Comes with Bluesoleil 3.0) Zoom 4310 using Toshiba (v 3.03.13) stack. Zoom 4311 (comes with BlueSoleil v 3.2.2.8 r070421) Zoom 4320AF using BlueSoleil stack.

50 be always able to finally connect to the wiimote via GlovePie. The regedit key "HKEY_LOCAL_MACHINE\SYSTEM\ControlSetXXX\Enum\BTHENUM\{0000 1124-0000-1000-8000-00805f9b34fb}_VID&0002057e_PID&0306" will continue to add +1 known devices, but my experience left room to at least 50 instances without futher problems, and if there will be a limit we'll always be able to restore a previous registry backup with a smaller number in this particular key (manually in realtime you can't because the key is locked by the system). Unknown-Working Bluetooth Devices Abocom Model: UBT3KH P/N: UBT3KH03910 Geeks.com AnyCom 2.0 Bluetooth Dongle + Widcomm Bluetooth Software 5.1.0.3300 on a Dell laptop Note: Problematic - Works immediately after fresh stack install. After reboot & device re-insertion, it connects but can lose data stream. (Works with Linux on my Dell Laptop and normal PC :) ) Billionton, Cambridge Silicon Radio, Hardware Ids USB\Vid_0a12&Pid_0001&Rev_0525, USB\Vid_0a12&Pid_0001 worked with bluesoleil's trial drivers using GlovePIE and WiinRemote, but could not get it to work using MS Bluetooth and widcomm 1.4.2 build 10. widcomm 1.4.2 build 10 drivers discovered the wiimote and hid service and displayed packets being sent and received when using GlovePIE and WiiRemote, but GlovePIE and WiiRemote couldn't seem to work with the controller? Still trying. Lenovo/IBM ThinkPad T61: Using ThinkPad Bluetooth w/ EDR and Microsoft Bluetooth Enumerator. Wii Remote can be found (connects as Nintendo RVL-CNT01); however, cannot communicate reliably. Rarely is able to send data to computer. Made-in-China brand. "BT2.0" VID=0A12 (Cambridge Silicon Radio, Ltd) PID=0001. Comes with Extended Systems XTNDConnect Blue Manager. Driver: Windigo Systems, PBTUSB02C2 Bluetooth, csrbc01.sys (see discussion page)
Computer Aided Design (CAD) Drafts
CAD Draft of Camera Carrier
CAD Draft of Shoulder Mount
CAD Draft of Wiimote Carrier

References

1. http://www.wiili.org/index.php/Compatible_Bluetooth_Devices 2. http://wiibrew.org/wiki/List_of_Working_Bluetooth_Devices (Compatible Bluetooth Devices) 3. http://www.wiimoteproject.com/bluetooth-and-connectivity-knowledge-center/asummary-of-windows-bluetooth-stacks-and-their-connection/ 4. http://www.dev-toast.com/2007/01/05/uncrippling-bluetooth-in-vista-rtm/ 5. http://www.rapidsharedownload.net/software/widcomm-bluetooth-software5.1.0.1100/ 6. http://www.wiili.org/forum/bluecove-210-on-bluez-tips-t6355.html http://java.sun.com/docs/books/tutorial/java/nutsandbolts/variables.html (for anyone who wants to learn Java) 7. http://xii9190.wordpress.com/page/15/ (mainly to find out how to set vibrate) http://www.wiili.org/forum/wiiremote-disconnection-problem-t5359.html (help on disconnection problem, but I did it slightly differently in my code) 8. http://www.wiili.org/forum/bluetooth-fails-to-initialize-withoutwiiremotedisconnect()-t6805.html http://wiki.multimedia.cx/index.php?title=PCM (Audio file needs to be a signed 8-bit PCM) 9. http://grozi.calit2.net/files/TIESGroZiWi09.pdf

Norte Sul Gestor de Tel: Tel: 21 Produto Ana Isabel Para mais informaes consulte-nos em www.inforlandia.pt
Actualizado: 07-09-2007 EAN-code Item number Desktop Mice Descrio WIRELESS LASER Wireless Laser MediaPlayer Mouse MI-7700R WIRED LASER Laser Mouse MI-6950R Laser Combi Mouse MI-6200 Laser Mouse MI-6540D WIRELESS OPTICAL Wireless Optical Mouse MI-4950R Wireless Optical Mouse MI-4910D WIRED OPTICAL Optical USB MultiColour Mouse MI-2330 Optical Mouse MI-2950R Optical Mouse MI-2540D Optical Combi Mouse MI-2500X Optical USB Mouse MI-2250 Optical USB Mouse MI-2270 Optical PS/2 Mouse MI-2200 Optical PS/2 Mouse MI-2220 PVP Inf.Adicionais
25,95 repl of 14518/14835 25,95 repl of 14914 18,95 will carry again 15,95 20,95 repl of 14180/14181 16,95 repl of 14646/14912/14180/14301 13,95 12,95 9,95 9,95 5,95 5,95 4,95 4,95
repl of 14645/14915/14178 repl of 14178 wbrb 15373 repl of 13799/wbrb 15528 repl of 15391 repl of 12521/wbrb 15527 repl of 15390
Notebook Mice Trackballs Keypads Desksets WIRELESS KEYBOARD & WIRELESS LASER MOUSE Wireless Laser MediaPlayer Deskset DS-4700R ES Wireless Laser Deskset DS-4400D ES WIRELESS KEYBOARD & WIRELESS OPTICAL MOUSE Wireless Optical MediaPlayer Deskset DS-3700R ES Wireless Optical Deskset DS-3400D ES Wireless Optical Multimedia Deskset DS-3250 ES WIRED KEYBOARD & WIRED OPTICAL MOUSE Optical Deskset DS-1700R ES 41,95 repl of 14532 30,95 30,95 25,95 23,95 repl of 14162 25,8713439145229 WITH CALCULATOR-MOUSE Wireless Calculator Keypad & Mouse KP-4100p WITH USB HUB Numeric Keypad & USB Hub KP-1200p 51,95 repl of 14190 15,95 repl of 8713439150780 WIRELESS LASER Wireless Presenter Mouse TK-4300p WIRED OPTICAL 2-in-1 Optical Trackball TK-2500p 51,95 repl of 14417 25,8713439146561 WIRELESS LASER Bluetooth Laser Mini Mouse MI-8700Rp Wireless Laser Mini Mouse MI-7600Rp Wireless Laser Mini Mouse MI-7580Np WIRED LASER Retractable Laser Mini Mouse MI-6850Sp Laser Mini Mouse MI-6600Rp WIRELESS OPTICAL Bluetooth Optical Mini Mouse MI-5700Rp Wireless Optical Mini Mouse MI-4930Rp Wireless Optical Mini Mouse MI-4550Xp Wireless Optical Mini Mouse MI-4920Np WIRED OPTICAL Retractable Optical Mini Mouse MI-2850Sp Retractable Optical Mini Mouse Pink MI-2850Sp Retractable Optical Mini Mouse White MI-2850Sp High Precision Mini Mouse MI-2800p Optical Mini Mouse MI-2830Rp Optical USB MultiColour Mini Mouse MI-2750p Optical Mini Mouse MI-2570p Optical USB Micro Mouse MI-2650Mp Optical USB Mini Mouse MI-2520p 30,95 25,95 repl of 14512 20,95 repl of 14512 20,95 15,95 repl of 14895 25,95 20,95 18,95 15,95 15,95 15,95 15,95 15,95 13,95 13,95 9,95 8,95 6,95 repl of 14520/14185 wbrb 15315 repl of 14797/14511
wbrb 15314 repl of 14831 repl of 14184 repl of 12946 repl of 12774
Keyboards WIRELESS KEYBOARDS Vista Remote Keyboard KB-2950 ES WIRED SCROLL KEYBOARDS Multimedia Scroll Keyboard KB-2200 ES WIRED KEYBOARDS Slimline Keyboard Aluminium KB-1800S ES Illuminated Keyboard KB-1500 ES Slimline Keyboard KB-1450 ES Slimline Keyboard KB-1350D ES Slimline Keyboard KB-1400S ES Multimedia Keyboard KB-1150 ES Keyboard KB-1120 ES 62,95 repl of 14858 15,95 repl of 13162 30,95 wbrb 15370 25,95 20,95 15,95 12,95 7,95 5,95 repl of 14491 repl of 12878/13753 repl of 13744
Vista Remote 15254 Tablets 12" X 9" Wireless Scroll Tablet TB-4200 8" X 6" Wireless Tablet TB-3100 6" X 4.5" Wireless Tablet TB-2100 103,95 72,95 51,REMOTE Wireless Vista Remote Control RC-2400 25,95
Notebook Accessories DOCKING STATIONS - USB 2.0 Notebook Docking Station USB NB-8100p 62,95
Notebook Carry Bags 17 INCH 17.4" Notebook Carry Bag BG-3850p 17" Notebook Carry Bag BG-3750p 17.4" Notebook Carry Bag BG-3700p 17.4" Notebook Carry Bag BG-3650p 15 INCH 15.4" Notebook Carry Bag BG-3600p 15.4" 15.4" 15.4" 15.4" 15.4" Notebook Notebook Notebook Notebook Notebook Carry Bag BG-3550p Carry Bag BG-3520p Bag BG-3200p Carry Bag BG-3300p Carry Bag BG-3450p 30,95 25,95 25,95 20,95 wbrb 15341 same as 14419 but 17''
25,95 25,95 20,95 20,95 15,95 14,95 wbrb 15074 repl of 14474 repl of 13836 (= same model, but in gift box)
Notebook Backpacks 17 INCH 17.4" Notebook Backpack BG-4700p 15 INCH 15.4" Notebook Backpack BG-4500p 15.4" Notebook Backpack BG-4400p 36,95 28,95 22,95

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Preos podero ser alterados sem aviso prvio.

[2007]

Actualizado: 07-09-2007 EAN-code Item number Chat & VoIP Packs Webcams 13405 Speakers 5.8713439145762 5.1 Surround Speaker Set SP-6800 5.1 Surround Speaker Set SP-6250K 5.1 Surround Speaker Set SP-6210 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 Wireless PC Audio System Speaker Set SP-3920 Speaker Set SP-3770A Speaker Set SP-3850 Speaker Set SP-3800D MP3 Speaker Set SP-3550B Speaker Set SP-3680 Speaker Set SP-3500 Set Set Set Set Set Set Set Set Set Set Set Set Set Set SP-3450K SP-3460 SP-3200 SP-3440 SP-3150 SP-3100 SP-2695 SP-2600 SP-2650D SP-2450M SP-2450M SP-2420 SP-2370 SP-2300 72,95 repl of 15296 41,95 repl of 14253/14566/14391 30,95 repl of 14572 114,95 51,95 46,95 41,95 41,95 41,95 30,95 30,95 25,95 25,95 23,95 20,95 16,95 16,95 20,95 17,95 16,95 15,95 14,95 12,95 10,95 9,95 local bundle of 15262 and 15416 repl of 14930 repl of 14235; wbrb 15412 repl of 1.3M-USB2.0 WITH MICROPHONE Megapixel USB2 Auto Focus Webcam WB-6300R Megapixel USB2 Webcam Live WB-5600R Megapixel USB2 Webcam Live WB-6250X 1.3M-USB2.0 Megapixel USB2 Webcam Live WB-5400 300K-USB2.0 HiRes USB2 Webcam Live WB-3600R 300K-USB1.1-WITH MICROPHONE HiRes Webcam Live WB-3420N HiRes Webcam Live WB-3320X HiRes Webcam WB-3400T 300K-USB1.1 HiRes Webcam Live WB-3270N HiRes Webcam Live WB-3250p 100K-USB1.1 Webcam Live WB-1300N Webcam WB-1400T Mini Webcam WB-1200p 51,95 41,95 repl of 14830 and 14881 36,95 30,95 25,95 repl of 14384 23,95 repl of 14839 23,95 repl of 14839 20,95 will carry again 20,95 18,95 13,95 9,95 repl of 13177 9,95 repl of 8713439146677 Descrio 300K-USB1.1-WITH MICROPHONE Chat & VoIP Pack Portable CP-2250p 300K-USB1.1 Chat & VoIP Pack Advanced CP-2300 Chat & VoIP Pack HiRes CP-2200 100K-USB1.1 Chat & VoIP Pack CP-2100 PVP Inf.Adicionais

25,95 bundle 12819+15228 at Salix 33,95 bundle of 14798+14823 at salix; wbrb 14893 23,95 bundle of 14823+14972 at Salix 15,95 bundle of 14382+14411 at salix
wbrb 15412 wbrb 15416 repl of 14936 and 14715 repl of 14942 wbrb 15105 wbrb 15105
2.1 Speaker 2.1 Speaker 2.1 Speaker 2.1 Speaker 2.1 Speaker 2.1 Speaker 2.0 2.0 Speaker 2.0 Speaker 2.0 Speaker 2.0 Speaker 2.0 Speaker 2.0 Speaker 2.0 Speaker 2.0 Speaker
repl of 14625 repl of 14944 wbrb 15514 wbrb 15490 repl of 13894 repl of 14934 repl of 14933 wbrb 15282
2.0 Speaker Set SP-2310 2.0 Speaker Set SP-2200 2.0 USB USB Speaker Set SP-2800p USB Speaker Set SP-2750p
7,95 5,95 replacement of 13838 17,95 repl of 14188 ;wbrb 14576 15,95 repl of 14189 and 14366
Headsets with microphone 5.1 USB HEADBAND 5.1 Surround USB Headset HS-6400 5.1 Surround USB Headset HS-6200 2.0 USB USB Headset HS-4200 USB Headset HS-4100 USB Headset HS-4090 USB Headset HS-4080 2.0 USB NECKBAND USB Headset HS-4070 USB Headset HS-4075p 2.0 HEADBAND Bass Vibration Headset HS-3100 Headset HS-2600 Headset HS-2900 Headset HS-2500 Headset HS-2450 Headset HS-2800 Headset HS-2550 Headset HS-2100 2.0 NECKBAND Headset HS-2350p Headset HS-2400 Portable Headset HS-2300p MultiColour Headset HS-2250 Headset HS-2200 1.0 Headset HS-1100p Headset HS-1170 51,95 repl of 14804 41,95 wbrb 15365 36,95 36,95 30,95 30,95 repl of 14199 wbrb 15486 repl of 14798 repl of 14733/wbrb 15485
30,95 will carry again 25,95 23,95 20,95 19,95 15,95 15,95 14,95 7,95 5,95 14,95 12,95 9,95 7,95 6,95 repl of 13357/wbrb 15483 wbrb 15482 repl of 12576 wbrb 15480 repl of 13356 repl of 14151 repl 13556
will carry again repl of 12094
7,95 will carry again 7,95
Headphones 2.0 Gamer Headphone HS-0410p 9,95 discontinued/will carry again/discontinued
Microphones USB Digital USB Microphone MC-3200 FIXED Design Microphone MC-1500 Microphone MC-1200 23,95 9,95 will carry again 4,95 repl of 08666
Sound Cards 5.1 INTERNAL 5.1 Surround Sound Card SC-5250 5.1 Surround Soundcard SC-5100 5.1 EXTERNAL 5.1 External Surround Sound Card SC-5500p 30,95 repl of 12667/12949 15,95 30,95
Wireless Audio AUDIO RECEIVER Wireless PC Audio System BT-9300 82,95

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Actualizado: 07-09-2007 EAN-code Item number Game Accessories Descrio PC GEAR Gamer Pack Advanced GM-6400 Gamer Pack GM-6200 PSP GEAR PSP Aluminium Powered Audio Case GM-5600 PSP Powered Audio Case GM-5400 PSP Car Charger USB PW-2993p 41,95 bundle14463+14734+14891(=15012atD),+14882localhere 20,95 bundle of 14463+14151 at G-Star/discontinued 46,95 discontinued 30,95 wbrb 15381/will carry again/discontinued 9,95 wbrb 15305 PVP Inf.Adicionais
Gamer Mice WIRED OPTICAL Gamepads Joysticks DIGITAL / USB Joystick GM-2550 Joystick GM-2500 25,95 repl of 13276 20,8713439130164 DIGITAL / USB Compact Dual Stick Gamepad GM-1500 Gamepad GM-1200 Dual Stick Gamepad GM-1520 Gamepad GM-1300 20,95 20,95 15,95 15,95 repl of 13017 repl of 8713439144635 High Performance Optical Gamer Mouse GM-4600 Gamer Mouse Optical GM-4200 25,95 20,95
Steering Wheels DIGITAL / USB / FORCE FEEDBACK Force Feedback Steering Wheel GM-3500R DIGITAL / USB Vibration Feedback Steering Wheel GM-3400 Steering Wheel GM-3100R Compact Vibration Feedback Steering Wheel GM-3200 65,95 will carry again 41,95 36,95 will carry again 30,95
Power Protection SURGE PROTECTORS Notebook Surge Guard PW-1100p Surge Guard PW-3100 UPS ENERGY PROTECTORS 1200VA Management UPS PW-4120M 950VA UPS PW-4095T 750VA UPS PW-4075T 600VA UPS PW-4060T 500VA UPS PW-4050T 20,95 7,95 repl. of 12525 114,95 67,95 56,95 51,95 wbrb wbrb wbrb wbrb 15599 15598

46,95 wbrb 15597

Battery Chargers QUICK Quick Battery Charger USB PW-2750p STANDARD Battery Charger incl 4xAA 2700mAh PW-2150 Battery Charger incl 4xAAA 1000mAh PW-2130 25,95 repl of 14610 13,95 repl of 14354 9,95 repl of 14032
Power Supply Units BIG FAN 520W Pro PSU Low Noise Big Fan PW-5550 420W PSU Low Noise Big Fan PW-5250 DUAL FAN 570W Pro PSU Dual Fan PW-5500 420W PSU Dual Fan PW-5210 SINGLE FAN 370W PSU Low Noise PW-5150 370W PSU PW-5110 62,95 repl of 14890 41,95 repl of 14889 51,95 besides 14888; repol of 14888 36,95 besides 14887; repl of 14887 30,95 repl of 13263 18,95 repl of 14666
Power Adapters NOTEBOOK MAINS CHARGERS 4-in-1 Notebook Power Adapter PW-1280p Notebook Power Adapter PW-1300p Notebook Power Adapter PW-1250p NOTEBOOK MAINS/CAR/PLANE CHARGERS Universal Notebook Power Adapter PW-1700p NOTEBOOK CAR CHARGERS 5-in-1 Notebook Power Adapter Car PW-1400p Notebook Power Adapter Car - Plane PW-1200p Notebook Power Adapter Car PW-1150p UNIVERSAL CHARGERS Universal Car Charger PW-2998p INVERTERS 230V Car Power Socket PW-2750p 72,95 will carry again 62,95 41,95 82,95 51,95 41,95 30,95 15,95 repl of 14787 36,95 (not suitable for UK)

Card Readers 61-IN-1 EXTERNAL 61-in-1 USB2 Card Reader CR-1610p 42-IN-1 EXTERNAL 42-in-1 USB2 Card Reader CR-1420p 36-IN-1 EXTERNAL 36-in-1 USB2 Mini Cardreader CR-1350p 61-IN-1 BAY 5.25" Media Connect Bay CR-3600 3.5" Media Connect Bay CR-3400 15,95 replacement of 14791 9,95 replacement of 14326 9,95 20,95 repl of 14339 20,95
Bluetooth USB Adapters BLUETOOTH Bluetooth 2 USB Adapter 100m BT-2310p Bluetooth 2 USB Adapter 100m BT-2305p Bluetooth 2 USB Adapter 10m BT-2250p Bluetooth 2.0 EDR USB Adapter BT-2100p 15,95 15,95 9,95 9,95 besides 15318 carry besides 15299 besides 15076 besides 15300
Mobile Storage EXTERNAL CASES USB2 DVD-RW Case 5.25" CA-2100 USB2 Hard Disk Case 3.5" CA-1100 USB2 Hard Disk Case 2.5" NB-4100p 39,95 discontinued 39,95 20,95
External hubs USB 2.Port USB2 Powered Hub HU-5870V 7 Port USB2 Powered Hub HU-Port USB2 Powered Hub HU-Port USB2 Powered Hub HU-Port USB2 Triangular Hub HU-Port USB2 Mini Hub HU-4440p 4 Port USB2 Mini Hub HU-4445p USB 1.Port USB Hub HU-1240Tp 25,95 25,95 15,95 15,95 13,95 9,95 7,95 replacement of 12914 repl of 14251 repl of 13070

5,95 repl of 12780

Page 3 of 4
Actualizado: 07-09-2007 EAN-code Item number Internal hubs Descrio FIREWIRE Firewire DV PC-Card Kit VI-2200p Firewire PCI Card VI-2050 USB 2.Port USB2 Hub PC-Card HU-6100p 5 Port USB2 PCI Card HU-3150 PVP Inf.Adicionais
41,95 20,95 repl of 12882 25,95 repl of 12918 15,95 repl of 12863 + 13351
56K & ISDN Modems 56K EXTERNAL 56K USB Modem MD-1250 56K INTERNAL 56K PCI Modem MD-1100 29,95 wbrb 15529 9,95 repl of 12677
ADSL Modems ADSL MODEM & ROUTER ADSL 2+ Modem-Router MD-4050 41,95 replacement of 14357/14359/13521
Powerline Networking 85 MBPS (HOMEPLUG) Cables CABLE FILE TRANSFER USB2 Data Transfer Cable NB-7500p 20,95 wbrb 8713439148152 Easy Network Kit 85Mbps NW-7800 Easy Network Plug 85Mbps NW-7600 124,95 repl of 14812 72,95 repl of 14811
Speakers for iPod IPOD ALARMCLOCKS Alarm Clock Radio for iPod SP-2993Bi Alarm Clock Radio for iPod SP-2993Wi IPOD SOUNDSTATIONS Sound Station for iPod SP-2996Wi 2.1 Sound Station for iPod SP-2994Wi 2.1 Sound Station for iPod SP-2994Bi Sound Station for iPod SP-2992Bi Sound Station for iPod SP-2992Wi Sound & Radio Station for iPod SP-2991Wi Sound & Radio Station for iPod SP-2991Bi Sound Station for iPod SP-2990Bi Sound Station for iPod SP-2988Wi Sound Station for iPod SP-2988Bi IPOD PORTABLE SOUNDSTATIONS Portable Sound Station for iPod SP-2989Wi Portable Sound Station for iPod SP-2989Bi Portable Sound Station for iPod SP-2986Bi 72,95 72,95 93,95 82,95 82,95 82,95 72,95 72,95 72,95 51,95 51,95 51,95 (not available for UK) wbrb 15129 wbrb 15271 wbrb 15427 repl of 14877 repl of 14955

62,95 62,95 51,95

iPod & MP3 Accessories IPOD ONLY GEAR Audio-Video Station for iPod AV-8200Wi Audio-Video Station for iPod AV-8200Bi 8-in-1 Accessory Pack for iPod AP-5200p Battery Pack for iPod PW-2882p Power Adapter for iPod PW-2885 Car Charger for iPod PW-2883p 41,95 41,95 36,95 25,95 20,95 9,95 (not available for UK) (also for UK) (also for UK)

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