Six pieces of DIY toy assembly kit - Revision history

Alvin: /* bionic robot fish */

2016-08-05T06:55:06Z

‎bionic robot fish

Alvin: /* Crawler-type stone-ups remote controlling assembling kits */

2016-08-05T06:53:28Z

‎Crawler-type stone-ups remote controlling assembling kits

Alvin: /* Small table lamp */

2016-08-05T06:38:15Z

‎Small table lamp

Alvin: /* Introduction */

2016-08-05T06:23:55Z

‎Introduction

Alvin: /* Small table lamp */

2016-08-05T06:18:10Z

‎Small table lamp

Alvin: /* Small table lamp */

2016-08-05T06:17:52Z

‎Small table lamp

Alvin: /* Small table lamp */

2016-08-05T06:16:01Z

‎Small table lamp

Alvin: /* Small table lamp */

2016-08-05T06:15:02Z

‎Small table lamp

Alvin at 06:10, 5 August 2016

2016-08-05T06:10:49Z

Alvin: /* Introduction */

2016-08-05T05:58:39Z

‎Introduction

@@ Line 42: / Line 42: @@
 [[File:bionicA.jpg|1000px]]
-[[File:Example.jpg|1000px]]
+[[File:bionicB.jpg|1000px]]
 mm (length), 109mm (width), 90mm (height). This model can imitate the fish’s swimming in water, and thus can help the students know about bionics and applications thereof.

@@ Line 33: / Line 33: @@
 [[File:Crawler-typeA.jpg|1000px]]
-[[File:Crawler-typeA.jpg|1000px]]
+[[File:Crawler-typeB.jpg|1000px]]
 Crawler-type stone-ups remote controlling assembling kits (hand-assembled electronic motor car)

← Older revision		Revision as of 06:38, 5 August 2016
Line 12:		Line 12:

	85mm (length), 75mm (width), 200mm (height). The small table lamp has very simple and classic electric circuits, so students can start their exploration into the wider range of electrical circuits by firstly assembling this model. This control circuit consists of four major parts, that is, the battery, the switch, the LED lamp bead (light emitting diode), and the motor. Therefore, it can be used not only as a technical model training the operational ability of students, but also as a light source.		85mm (length), 75mm (width), 200mm (height). The small table lamp has very simple and classic electric circuits, so students can start their exploration into the wider range of electrical circuits by firstly assembling this model. This control circuit consists of four major parts, that is, the battery, the switch, the LED lamp bead (light emitting diode), and the motor. Therefore, it can be used not only as a technical model training the operational ability of students, but also as a light source.
		+
		+	== Biped walking robot ==
		+
		+	[[File:BipedA.jpg\|1000px]]
		+
		+	[[File:BipedB.jpg\|1000px]]
		+
		+	100mm (Length), 100mm (width), 100mm (height). It’s powered by two 7th batteries. The motor can respectively decrease and increase the output remote speed and torque through a gear drive. The eccentric power wheel at the two ends of gear case’s output shaft can allocate the driving force to the bilateral walking gears, thus allowing the to-and-fro movements of the robot. During the assembling process, student can not only get some knowledge about the mechanical drive system but also have improved operational ability. The walking robot looks very cute, so the students won’t feel bored.
		+
		+	== Belt speed-down car ==
		+
		+	[[File:BeltA.jpg\|1000px]]
		+
		+	[[File:BeltB.jpg\|1000px]]
		+
		+	105mm (length)，90mm (width), 117mm (height). After the assembling is done, the car can achieve track driving and excellent off-road performance. In addition, the car can be switched between two-wheel-drive and all-wheel-drive modes. During the assembling process, students can not only grab the speed-down theory and the definition of transmission ratio, but also learn some tips for wiring. In this way, they will have enhanced operational ability and creativity as well as strengthened team-work spirit.
		+
		+	== Crawler-type stone-ups remote controlling assembling kits ==
		+
		+	[[File:Crawler-typeA.jpg\|1000px]]
		+
		+	[[File:Crawler-typeA.jpg\|1000px]]
		+
		+	Crawler-type stone-ups remote controlling assembling kits (hand-assembled electronic motor car)
		+	145mm (length), 105mm (width), 70mm (height). This is a strongly operational remote controlling assembling model that is composed of the remote controller, the motor, the power supply, the traveling gear, and the frame. After the assembling is completed, the model can travel across the obstacles set by the book, or across seven standing used batteries arranged in a random order under remote control. By assembling and operating this model, students can not only get some knowledge about the electronic circuit, but also achieve better coordination of the brain and hands.
		+
		+	== bionic robot fish ==
		+
		+	[[File:bionicA.jpg\|1000px]]
		+
		+	[[File:Example.jpg\|1000px]]
		+
		+	264mm (length), 109mm (width), 90mm (height). This model can imitate the fish’s swimming in water, and thus can help the students know about bionics and applications thereof.

@@ Line 1: / Line 1: @@
 = Introduction =
-[[File:SixRobotToy.gif|450px]][[File:SixRobot1.gif|225px]][[File:SixRobot2.gif|225px]]
+[[File:12345566.png]]
 = Installation instructions =

@@ Line 7: / Line 7: @@
 == Small table lamp ==
-[[File:A面.jpg|1100px]]
+[[File:A面.jpg|1000px]]
 [[File:B面.jpg|1000px]]
 mm (length), 75mm (width), 200mm (height). The small table lamp has very simple and classic electric circuits, so students can start their exploration into the wider range of electrical circuits by firstly assembling this model. This control circuit consists of four major parts, that is, the battery, the switch, the LED lamp bead (light emitting diode), and the motor. Therefore, it can be used not only as a technical model training the operational ability of students, but also as a light source.

← Older revision		Revision as of 06:10, 5 August 2016
Line 2:		Line 2:

	[[File:SixRobotToy.gif\|450px]][[File:SixRobot1.gif\|225px]][[File:SixRobot2.gif\|225px]]		[[File:SixRobotToy.gif\|450px]][[File:SixRobot1.gif\|225px]][[File:SixRobot2.gif\|225px]]
		+
		+	= Installation instructions =
		+
		+	== Small table lamp ==
		+
		+	[[File:A面.jpg\|700px]]
		+
		+	[[File:B面.jpg\|700px]]
		+
		+	85mm (length), 75mm (width), 200mm (height). The small table lamp has very simple and classic electric circuits, so students can start their exploration into the wider range of electrical circuits by firstly assembling this model. This control circuit consists of four major parts, that is, the battery, the switch, the LED lamp bead (light emitting diode), and the motor. Therefore, it can be used not only as a technical model training the operational ability of students, but also as a light source.

← Older revision		Revision as of 05:58, 5 August 2016
Line 1:		Line 1:
	= Introduction =		= Introduction =

−	[[File:SixRobotToy.gif\|450px]]	+	[[File:SixRobotToy.gif\|450px]][[File:SixRobot1.gif\|225px]][[File:SixRobot2.gif\|225px]]
−	[[File:SixRobot1.gif\|225px]][[File:SixRobot2.gif\|225px]]