LU9247845AVoice Remote Control Toy Transmitter

1.To begin training your CommandoBOT to recognize your voice, press and hold the MODE button (above the microphone on the headset) for 3 seconds. 2.CommandoBOT will request that you begin to say the commands so it can recognize your voice. 3.CommandoBOT will say “CommandoBOT”. 4.You need to say “CommandoBOT” or whatever name yo choose for your CommandoBOT. 5.The CommandoBOT will say “Repeat”. 6.Repeat the name again exactly as you spoke it before. IMPORTANT: óIf the CommandoBOT does not understand, you will hear an error message such as “Did not compute” or “Too loud” and then the CommandoBOT will ask you to repeat the command. óTrain the CommandoBOT in a quiet environment and play in same condition. 7.The CommandoBOT will move on to the next command when it has understood the last voice command you gave it. Repeat steps 3 thru 6 for each command. 8.You will train your CommandoBOT to recognize the following action commands: TRAINING YOUR COMMANDOBOT CommandoBOT is trained to respond only to the Master. Therefore, you will need to train your CommandoBOT to recognize your voice for each of the 12 commands that the robot will follow. Your CommandoBOT will ask you to say each command twice. If the robot understands, it will go onto the next command. If not, the robot will ask you to repeat the command until it has 2 recordings that are similar in sound and speed. You can use the command names that are programmed into the CommandoBOT or you can rename them as you train the CommandoBOT. For example, the CommandoBOT is programmed with the name “CommandoBOT” but you can call it a different name such as “Robot” or “Tommy”. The CommandoBOT will simply ask you to repeat the name to complete the training of that action. Important! In order for CommandoBOT ® to follow your commands, it must recognize your voice and the command matching the recordings acquired during training (word, sound, speed). Be sure to call out the commands the same way you trained them. USING YOUR COMMANDOBOT LOOK! Now that you have your CommandoBOT trained to recognize your voice, you are ready to command it to move and shoot. The procedure is simple: say the command as you said it during training and wait for your CommandoBOT to respond and answer you before giving the next command. For example, to have your CommandoBOT move forward. 1.You say “CommandoBOT” or whatever you named the robot. 2.Your CommandoBOT responds "Beep" and Action. 3.You say “Forward”. 4.Your CommandoBOT will responds "Beep" and move forward. IMPORTANT: ∑ ∑You must speak clearly and use the same intonation as you did when you trained your CommandoBOT. If you get too excited and speak quickly or differently than when you trained your CommandoBOT, it will not understand you. ∑When your CommandoBOT is unable to understand your command, it will an error message such as “Did not compute. Repeat” or “Too loud. Repeat”. ∑When you repeatedly make mistakes in giving the voice commands or your CommandoBOT is unable to pick up what you said after 3 tries, you will hear a ‘beep, beep’ sound. Try again, speak clearly and say “ CommandoBOT” (or its new name) to reactivate. ∑Once you have completed the basic CommandoBOT training, every time you turn on your headset your CommandoBOT will go through its System Check. Sleep Mode If you have not given a voice command to your CommandoBOT in 2 minutes, the robot will go into Sleep Mode. To wake up your CommandoBOT, press the MODE button once on your headset briefly and say "CommandoBOT" or what ever name you choose before to continue play..Do not press and hold the mode button more than 3 seconds.) Room Guard Mode To activate the room guard, press EXE and 6 button to start . the “Room Guard” mode. To sound its siren if an unidentified person enters the room. When your Commandobot detects motion, you will hear a short beep for 15 seconds for you to A siren will sound for 30 seconds if you do not press the correct 4 digit secret code and EXE button within 15 seconds. Walkie Talkie Mode Position your CommandoBOT in a place where you want to be heard but not seen. Press the TALK switch on your headset to activate WT mode speak through your headset to the people near your CommandoBOT. Commandobot Forward Back Left Right Halt Fire Gun Laser Missiles Launch Tomahawk Toggle lights You can not independently operate more than one CommandoBOT at the same time. (If they are same frequency Channel) óPosition microphone so that it is close enough to pickup your voice, but not so close that your breathing overrides the commands. IMPORTANT: óYour CommandoBOT can not move when in WT mode. óWalkie Talkie range is up to 50 feet. Missions Your CommandoBOT can carry out five different missions. Missions 1-4 are preprogrammed (you can reprogram them - see Programming Missions). Mission 5 must be programmed by you to run mission. Reset If, at any time, your CommandoBOT goes out of control, press the RESET button on it’s back (next of Power ON/ OFF switch) once. Your CommandoBOT will return to normal. Important Operating Tips - You can stop your CommandoBOT in motion by pressing the MODE button on the headset briefly once. Be careful! If you press and hold the MODE button for longer than 3 seconds, your CommandoBOT will go back to the training mode and you have to redo the entire Training procedure. - Optimum operating distance is 3 feet. Maximum operating range is up to 50 feet indoors. However, this may vary depending on environmental conditions. - You do not have to retrain your CommandoBOT after replacing the batteries. - You are the only master of your CommandoBOT. Any new user will have to retrain the voice commands in order to operate the CommandoBOT. - Your CommandoBOT can be trained with different language commands. It is advisable that you assign distinguishable voice commands in order not to confuse your CommandoBOT. - If it is responding slowly or malfunctioning, it is time to replace the batteries. IMPORTANT: óRobot will ask you to rep…

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FCC ID: LU9247845A PHOTOGRAPH OF THE PRODUCT FRONT VIEW OF THE PRODUCT REAR VIEW OF THE PRODUCT

FCC ID : LU9247845A This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

FCC ID Label

FCC ID: LU9247845A PHOTOGRAPH OF THE PRODUCT INNER CIRCUIT TOP VIEW INNER CIRCUIT BOTTOM VIEW

FCC ID: LU9247845A Circuit Description The 24.93MHz (Double to 49186) crystal oscillator drives the base of Q1 the final/buffer amplifier. The modulation provided by Q2. The output of Q1 has the matching network consisting of L2 and C3 that limit the harmonic content and effect the proper coupling of the antenna to the output stage. Antenna, Ground and Power Source The antenna consists of a 18cm long metal wire. There is no external ground connection. The ground is only that of the printed circuit board. Electric current is supplied by a 9 Volt (“6F22” size battery x 1) primary battery

Date: 2001-04-02 TEST REPORT Page 1 of 7 No.: HM104446 Law Man KitSteven TsangPatrick Wong Testing EngineerVerify byPatrick Wong for Managing Director APPLICANT: (CODE: MGE001) MGA ENTERTAINMENT (HK) LTD. Rm 1001 Empire Centre, 68 Mody Road, Tsimshatsui East, Hong Kong. DATE OF SAMPLES RECEIVED:2001-03-28 SUBMITTED SAMPLE(S): 1 sample DATE OF TESTING: 2001-03-31 DESCRIPTION OF SAMPLE(S): A sample of product said to be: Product:COMMANDOBOT 3 - 49MHz Manufacturer:KIN YAT INDUSTRIAL CO., LTD. Model Number:247845A Brand Name:N/A Rating: 9.0Vd.c.(“6F22” size battery × 1) 6Vd.c.(“D” size battery × 4) Origin:CHINA INVESTIGATIONS REQUESTED: Measurement to the relevant clauses of F.C.C. Rules and Regulations Part 15 Subpart C - Intentional Radiator. RESULT/ REMARK: Please see attached sheet(s). CONCLUSION: From the measurement data obtained, the tested sample was considered to have COMPLIED with the clause 15.235 of Federal Communications Commission Rules and Regulations Part 15. TEST EQUIPMENT AUDIT: Please see Appendix A Date: 2001-04-02 TEST REPORT Page 2 of 7 No.: HM104446 T E S T S U M M A R Y *** INTENTIONAL RADIATOR *** (1)Measurement of Emission of RF energy on the carrier frequency.........Satisfactory (2)Measurement of the out-of band emissions including harmonics...........Satisfactory (3)Measurement of Emission Within Band Edges......................................Satisfactory (4)Measurement of Line-Conducted Voltage onto AC Power Line............Not applicable T E S T D A T A Please refer to the attached result sheets. Date: 2001-04-02 TEST REPORT Page 3 of 7 No.: HM104446 *** INTENTIONAL RADIATOR *** (1) Measurement of Radiated Interference TEST REFERENCE:FCC Rules Part 15 Section 15.235(49.82-49.90 MHz) TEST CONDITION:Normal TEST DATE:2001-03-31 Emission of RF energy on the carrier frequency -- 49.86MHz (PEAK VALUE) ================================================================== EmissionMeterPolarizationAntennaField Strength FCC Limit FrequencyReadingFactor(at 3m) MHzdB( μV)H-VdBdB(μV/m)μV/mμV/m 49.957.7V+15.072.74315.2100.0100000.0 ================================================================== Emission of RF energy on the carrier frequency -- 49.86MHz (AVERAGE VALUE) ================================================================== EmissionMeterPolarizationAntennaField Strength FCC Limit FrequencyReadingFactor(at 3m) MHzdB(μV)H-VdBdB(μV/m)μV/mμV/m 49.956.2V+15.071.23630.880.010000.0 ================================================================== ... to be continued Date: 2001-04-02 TEST REPORT Page 4 of 7 No.: HM104446 *** INTENTIONAL RADIATOR *** (1) Measurement of Radiated Interference . . Continued TEST REFERENCE:FCC Rules Part 15 Section 15.235(49.82-49.90 MHz) TEST CONDITION:Normal TEST DATE:2001-03-31 The out-of-band emissions, including harmonics (25-1000 MHz) (CISPR VALUE) ========================================================================= EmissionPolarizationMeterAntennaField Strength (at 3m)FCC FrequencyreadingfactorLimit (at 3m)@ MHzH-VdBdB( μ V) μ V/m μ V/m ##99.7V26.2+12.238.483.244150 149.6H21.6+9.831.437.244150 199.4V13.6+11.525.118.044150 249.3V14.7+15.930.633.946200 299.2<1.0+17.0<18.0<7.946200 349.0<1.0+17.2<18.2<8.146200 398.9<1.0+18.8<19.8<9.846200 448.7<1.0+19.7<20.7<10.846200 498.6<1.0+20.6<21.6<12.046200 548.5<1.0+22.2<23.2<14.546200 598.3<1.0+23.4<24.4<16.646200 648.2<1.0+23.5<24.5<16.846200 698.0<1.0+25.0<26.0<20.046200 747.9<1.0+26.3<27.3<23.246200 797.8<1.0+27.2<28.2<25.746200 847.6<1.0+26.6<27.6<24.046200 897.5<1.0+27.1<28.1<25.446200 947.3<1.0+28.0<29.0<28.246200 997.2<1.0+28.5<29.5<29.954500 ================================================================== =================SUMMARY================ All data is within limits ======================================= Broad-band Antennas were used and both polarizations of emissions were measured. polarizations at highest reading indicated as: H -- HorizontalV -- Vertical ======================================= Date: 2001-04-02 TEST REPORT Page 5 of 7 No.: HM104446 *** INTENTIONAL RADIATOR *** (2) Measurement of Emissions Within Band Edges TEST REFERENCE:FCC Rules Part 15 Section 15.235(49.82-49.90 MHz) TEST CONDITION:Normal TEST DATE:2001-03-31 RESULTS AND NOTES L: FCC Lower Band Edge..............................................................................-> 49.820MHz H: FCC Higher Band Edge.............................................................................-> 49.900MHz C: Unmodulated carrier at frequency..............................................................-> 49.860MHz D: No. of dB from unmodulated carrier..........................................................-> 56.51dB SPECTRUM ANALYZER SETTINGS Resolution bandwidth : 5.2KHz Frequency span: 10.0KHz/div No. of dB/div: 10.0dB/div FCC Limit Minimum No. of dB from unmodulated carrier required : 26.0dB ======================SUMMARY======================== All data is within limits =========================================================== Date: 2001-04-02 TEST REPORT Page 6 of 7 No.: HM104446 NOTES FOR THE RADIATION MEASUREMENT (1) Test site facility: Open field test site located at Taipo (Hong Kong) with a metal ground plane on filed with the FCC pursuant to section 2.948 of the FCC rules. (2) Distance between the EUT and measuring antenna: 3 meters. (3) Measuring instrumentations: CISPR Quasi-peak type field strength meter (25 MHz - 1000 MHz). 6 dB bandwidth set at 120KHz. Also, peak level of the fundamental emissions was measured in order to determine compliance with the 20dB peak to average limit specified in Section 15.35(b) of the FCC new Rules. (4) Measuring antenna: Broad band antenna for the frequency range 25-1000 MHz, connected with 10 meters coaxial cable. Cable loss of the coaxial cable included in the Antenna Factor for measurement data. The antenna are capable of measuring both horizontal and vertical polarizations. (5) Frequency range scanned: The frequency range from 25 MHz to 1000 MHz had been sear…

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FCC ID: LU9247845A TEST SET UP PHOTOGRAPH OF THE PRODUCT Measurement of Radiated Emission Test Set up