READ & SAVE ASSEMBLY & OPERATION INSTRUCTIONS There are four basic individual units in this unit, AMAZING AIM N SHOOT, AMAZING ROBOTIC DUCK, AMAZING TURBOAIR and AMAZING MAZE CHALLENGE. By changing different circuit connections and combinations, it can establish toys of diverse function. To ensure the success of the ASSEMBLY, be sure to read these instructions and review the diagrams thoroughly before starting. A practice of basic circuit connection Below is a demonstration of connecting a simple circuit. You can start with this simple LED circuit as a practice before advancing to other advanced circuits. First of all, take out the components shown in below diagram from your AMAZING JUMBO CONNECT N LEARN SET. They may be packed in different bags. Then install them like the picture shows. 3V battery compartment ON/OFF switch LED Box base with holes Spring connector BASIC CONNECTION PRINCIPLE Spring connector ON/OFF switch 3V battery compartment LED It is now done! Insert 2pcs AA size batteries to the 3V battery compartment. Turn the switch on, the circuit is connected and current can flow in the circuit. Then the LED will light up! P.3
1 Amazing Aim N Shoot PARTS LIST Description Quantity 01 1.5V battery compartment ON/OFF switch 03 Spring connector 4pcs (1spare) 04 Box base with holes 05 LED 06 Gearbox 07 Gearbox cap 08 Mini-Basketball 09 Basketball board 10 Basketball basket 11 Basketball base 12 Catapult body 13 Catapult sling 14 Basketball sensor 15 Sticker 01 1.5V battery compartment ON/OFF switch 03 Spring connector 04 Box base with holes 05 LED 06 Gearbox 07 Gearbox cap 08 Mini-Basketball 12 Catapult body 09 Basketball board 10 Basketball basket 11 Basketball base 13 Catapult sling 14 Basketball sensor 15 Sticker P.4
BASIC ASSEMBLY 01 09 10 2 Install the assembled basketball unit on the box base with holes (04). It is suggested the unit to be installed near the edge of the box base with holes (04). 06 11 1 Attach the basketball base (11) to the basketball board (09), and the basketball basket (10) to the basketball board (09). 04 07 09 4 Then install the gearbox (06) onto the box base with holes (04). Note that it must be affixed at the location where the gearbox cap (07) is attached to the bottom back of the basketball board (09). 05 04 03 01 03 06 3 Connect the gearbox cap (07) to the gearbox (06). 07 04 04 5 Now place the 1.5V battery compartment (01) and ON/OFF switch () onto the box base with holes (04). Then install 3 spring connectors (03). Narrow end down, and push the spring as far as it will go. 06 07 06 01 c b a 6 Next, connect two black wires to spring (a). Then connect the red wire from the gear box (06) to spring (b), and as well connect a red wire from the ON/OFF switch () to spring (b). c b a 7 Connect the other red wire from the ON/OFF switch () to spring (c). Consequently, the red wire from the 1.5V battery compartment (01) should be connected to the same spring (c). P.5
08 8 Stick the sticker on the basketball board. Then insert the catapult sling (13) onto the catapult body (12), and place the Mini-Basketball (08) on the catapult to start the game! 08 13 12 BASIC CONNECTION PRINCIPLE Wiring connections 1.5V battery compartment (01) ON/OFF switch () Gearbox (06) Spring (a) Spring (b) Spring (c) black red red red black red 01 1.5V battery compartment How to play It is now done! Insert AA size battery to the 1.5V battery compartment. Turn the switch on. The assembled basketball stand will start moving from the left to the right side. Now let the game begins. To play you need to firstly select the desired distance between the basketball stand and the catapult. Then aim at the basketball basket by tapping the catapult sling with your finger. This fun challenge requires skill as well as luck to make a successful shot! So test yourself and give it your best shot! 06 Gearbox a ON/OFF switch b c Spring connectors PARTS LIST 2 Amazing Robotic Duck Description Quantity 01 3V battery compartment ON/OFF switch 03 Spring connector 4pcs (1spare) 04 Box base with holes 05 Connecting bridge 2pc 06 Gearbox 07 Gearbox shaft 08 Main body (upper half) 09 Main body (lower half) 10 Connecting joint 5pcs 11 Head (right side & left side) 2pcs 12 Beak 13 Neck 14 Wing 2pcs P.6
01 3V battery compartment ON/OFF switch 03 Spring connector 04 Box base with holes 05 Connecting bridge 06 Gearbox 07 Gearbox shaft 08 Main body (upper half) 09 Main body (lower half) 10 Connecting joint 11 Head (right side & left side) 12 Beak 13 Neck 14 Wing BASIC ASSEMBLY Follow below steps as figure shown. 01 11 03 07 10 11 10 10 12 13 1 Insert duck s neck (13) and duck s beak (12) to the right side of the duck s head (11). 04 05 2 Then insert connecting joint (10) and fix the left side of the duck s head (11) to it. 09 3 Place the assembled duck s head and gearbox shaft (07) onto the lower half of the main body (09). Also insert the 4pcs connecting joints (10) into the 4 holes provided on the lower half of the main body (09). 08 14 14 06 09 4 Install the upper half of the main body (08) to the lower half of the main body (09) by pressing firmly to join together. 5 Next latch the wings (14) onto the back of the duck. Note that they should be securely fastened on the duck s back, with the rectangular parts inserted into the slots on the duck s back. P.7 06 6 Once the duck is fully assembled connect the gearbox (06) to the duck in the direction as figure shown.
07 08 03 01 04 04 7 Now insert the combined unit onto the box base with holes (04). 09 06 8 Insert the ON/OFF switch () and the 3V battery compartment (01) onto the box base with holes (04). Also install 3 spring connectors (03). Narrow end down, and push the spring as far as it will go. 10 01 a b c 9 Connect two black wires to spring (a). Then connect the red wired from the gearbox (06) to spring (b), and then connect a red wire from the ON/OFF switch () to spring (b). BASIC CONNECTION PRINCIPLE a b c 10 Finally, connect the other red wire from the ON/OFF switch () to spring (c). Consequently, the red wire from the 3V battery compartment (01) should be connected to the same spring (c). Wiring connections 3V battery compartment (01) ON/OFF switch () Gearbox (06) Spring (a) Spring (b) Spring (c) black red red red black red 01 3V battery compartment ON/OFF switch 06 Gearbox a b Spring connectors c How to play You are now done! Insert 2pcs AA size batteries to the 3V battery compartment. Turn the switch on. The assembled robotic duck will start moving; Watch in action the duck s beak and its wings flapping like a real duck! P.8
PARTS LIST Description 01 Box base with holes Blower 03 Blow-nozzle 04 3V battery compartment 05 ON/OFF switch 06 Spring connector 07 Foam ball 08 Plastic tube 09 Sleeve 10 Filter 11 Bubble blower nozzle 12 Wand 13 Connecting bridge 3 Amazing TurboAir Quantity 4pcs (1spare) 2pcs 01 Box base with holes Blower 03 Blow-nozzle 04 3V battery compartment 05 ON/OFF switch 06 Spring connector 07 Foam ball 08 Plastic tube 09 Sleeve 10 Filter 11 Bubble blower nozzle 12 Wand 13 Connecting bridge BASIC ASSEMBLY Follow below steps as figure shown. 01 03 03 04 05 04 01 01 01 1 Install blower () on the box base with holes (01). 2 Insert blow-nozzle (03) to the blower (). 3 Install ON/OFF switch (05) on the box base with holes (01). 4 Install 3V battery compartment (04) on the box base with holes (01). P.9
06 6c 6b 6a 05 06 6c 6b 6a 01 5 Install 3 spring connectors (6a, 6b, 6c) on the box base with holes (01). Narrow end down and push the spring as far as it will go. 6 Connect the blower () to the spring connects, red wire to the spring connector (6b) and black wire to the spring connector (6a). 07 08 05 6c 6b 6a 6c 6b 6a 7 Connect red battery wire to the spring connector (6c) and black battery wire to the spring connector (6a). 8 Connect one wire of the ON/OFF switch (05) to the spring connector (6c) and the other one connect to the spring connector (6b). BASIC CONNECTION PRINCIPLE Wiring connections 3V battery compartment (04) ON/OFF switch (05) Blower () Spring (6a) Spring (6b) Spring (6c) black red red red black red Spring connectors 6c 6b 6a 04 3V battery compartment 05 ON/OFF switch Blower P.10
07 How to play Insert 2pcs AA (LR6) size batteries to the 3V battery compartment. Turn the switch on and put the foam ball (07) above the blow-nozzle. You can see the ball floating in the air! You can switch to using the other functions of this AMAZING TURBOAIR. 07 To switch to bubble blower, simply remove foam ball (07) and blow-nozzle (03) from the blower (). Then install the bubble blower nozzle (11) onto the blower (). Now the setup is done! Dip the wand (12) into soap solution. Then put the wand (12) above the bubble blower nozzle (11). The air flow from the bubble blower nozzle (11) will blow the film into a bubble. The soap solution is not supplied with this toy. The distance between the wand (12) and bubble blower nozzle (11) will affect the size of the bubble and even the effect! 01 03 11 12 11 03 07 To switch to vacuum cleaner, remove foam ball (07) and blow-nozzle (03) from the blower (). Then install the filter (10) to the blower (), and the sleeve (09) onto the filter (10), and plastic tube (08) onto the sleeve (09). Now the vacuum cleaner toy is made! Switch on the unit and the plastic tube (08) will suck dirt into the filter (10)! Remember to take out the filter (10) and clean the dirt on it after using. This is the same as the maintenance of a real vacuum cleaner! 01 03 10 03 10 09 08 08 P.11
PARTS LIST 4 Amazing Maze Challenge Description Quantity 01. Bell module. Motor module 03. Box base with holes 04. 3V battery compartment 05. ON/OFF switch 06. Wand 07. Spring connector 6pcs (1spare) 08. Metal wire 09. Spring pole 10. C-shape plastic lock 11. Connecting bridge 2pcs 01 Bell module Motor module 03 Box base with holes 04 3V battery compartment 05 ON/OFF switch 06 Wand 07 Spring connector 08 Metal wire 09 Spring pole 10 C-shape plastic lock 11 Connecting bridge BASIC ASSEMBLY Follow below steps as figure shown. 01 03 01 10 09 03 03 1 Install bell module (01) on the box base with holes (03). 2 Insert spring pole (09) to the motor module () and insert C-sharp plastic lock (10) to the spring pole as figure shown. P.12 3 Install motor module () on the box base with holes (03). Please ensure the motor module () is installed at a proper position which allows the spring pole to hit the bell.
FOR MORE CONNECTING FUN! After you have successfully assembled the basic individual units, you can create more exciting interaction with the AMAZING AIM N SHOOT, AMAZING ROBOTIC DUCK, AMAZING TURBOAIR and AMAZING MAZE CHALLENGE together! Here are some basic things to note when using connecting bridges to connect units together: If needed, you can adjust the position of the assembled parts on the box base with holes to suit the 2in1 or 3in1 or 4in1 connection. There is no need to keep their position exactly as the basic assembly. You can adjust their positions as long as the circuit connection is correct as instruction. There are 3 holes on each connecting bridge. Therefore switch or spring or other things can be installed onto connecting bridges. This is useful when you find the box base with holes is crowded and hard to find room on it. These diagrams are examples: For 3in1 and 4in1 connections, you can have different connecting arrangement. Below figures are examples. You can decide or modify the arrangement to make your own style! Just make sure that the circuit connection is correct as instruction. P.15
How to connect Put the 2, 3 or 4 box base with holes together, and use connecting bridges to connect them firmly. Then follow below connection diagrams to connect! Connection symbol TurboAir (mini vacuum) TurboAir (floating ball) TurboAir (blowing bubbles) Robotic duck Basketball board, basket & base Basketball sensor Motor module Bell module Wand Metal wire LED ON/OFF switch Spring 3V battery compartment 1.5V battery compartment Gearbox P.16
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EDUCATIONAL HINTS Series and Parallel connection Note: For the purpose of demonstration, below diagrams are general electrical circuits in our daily life only. They are not circuits for Connex kits. The circuit shows in fig.1 is a series circuit. It involves series connection. As electricity flows in a single path, the current flow through each device will be the same. However, if any one of the device is broken, the circuit will be disconnect and cannot function. The circuit shows in fig.2 is a parallel circuit. It involves parallel connection. Each electricial device is connected in parallel. If one device is broken, the other devices can still work. FIG.1 Electrical Power Source Light Bulb FIG.2 Electrical Power Source Gearbox Light Bulb Gearbox Speaker Speaker When you have skilled through this set, you can even design your own circuit to have different interesting play! Below is an example of creating an alternate 2in1 circuit for an alternate play effect: 3V battery compartment D ON/OFF switch A B C Gearbox of basketball stand Gearbox of Robotic Duck Basketball sensor Wiring connections Spring (A) Spring (B) Spring (C) Spring (D) 3V battery compartment black red Insert 2pcs AA batteries ON/OFF switch red red and switch on the ON/OFF Basketball sensor red red switch. It seems that nothing Gearbox of basketball stand black red happens. Now you have to Gearbox of Robotic Duck black red aim at the basket and shoot! If you make a successful shot, then the Robotic Duck and the basketball stand will be triggered to move! See? The whole world is lighting up celebrating your triumph shot! P.28
Below is an example of creating an alternate 3in1 circuit for an alternate play effect: Note: Only batteries of the same or equivalent types are to be used. Different types of batteries are not to be mixed, and do not mix old and new batteries. Otherwise batteries may get overheated. 3V battery compartment (a) 3V battery compartment (b) C ON/OFF switch D A Gearbox of Robotic Duck Blower B Gearbox of basketball stand Basketball sensor Wiring connections 3V battery compartment (a) 3V battery compartment (b) ON/OFF switch Basketball sensor Gearbox of basketball stand Gearbox of Robotic Duck Blower Spring (A) Spring (B) Spring (C) Spring (D) black red black red red red red red black red black red black red Insert 4pcs AA batteries and switch on the ON/OFF switch. It seems that nothing happens. Now you have to aim at the basket and shoot! If you make a successful shot, then the Robotic Duck, TurboAir blower and the basketball stand will be triggered to move! See? The whole world is lighting up celebrating your triumph shot! The following is an example of creating an alternate 4in1 circuit for an alternate play effect: Note: Only batteries of the same or equivalent types are to be used. Different types of batteries are not to be mixed, and do not mix old and new batteries. Otherwise batteries may get overheated. P.29
A Blower Gearbox of Robotic Duck B 3V battery compartment (b) 3V battery compartment (a) ON/OFF switch Gearbox of basketball stand Bell module Motor module D E Metal wire C Basketball sensor Wand Wiring connections 3V battery compartment (a) 3V battery compartment (b) ON/OFF switch Basketball sensor Gearbox of basketball stand Gearbox of Robotic Duck Blower Motor module Metal wire Wand Spring (A) Spring (B) Spring (C) Spring (D) Spring (E) black red black red red red red red black red black red black red black red connect connect red Insert 4pcs AA batteries and switch on the ON/OFF switch. It seems that nothing happens. Now you have to aim at the basket and shoot! If you make a successful shot, then the Robotic Duck, TurboAir blower and the basketball stand will be triggered to move! The bell will also ring at the same time! See? The whole world is lighting up celebrating your triumph shot! You can also play an alternate game. Take the wand and challenge the metal wire maze. If the wand touches the metal wire, then everything will be triggered to move! This time, their actions do not mean success but failure! P.30