CN107115684B

CN107115684B - Dynamic landscape robot

Info

Publication number: CN107115684B
Application number: CN201710468907.4A
Authority: CN
Inventors: 李聪
Original assignee: Shandong Liju Special Equipment Co Ltd
Current assignee: Shandong Liju Robot Technology Co ltd
Priority date: 2017-06-20
Filing date: 2017-06-20
Publication date: 2020-01-31
Anticipated expiration: 2037-06-20
Also published as: CN107115684A

Abstract

The invention provides dynamic landscape robots, which comprise a trunk and limbs, wherein the limbs are fixedly connected with the trunk, hollow cavities are arranged in the limbs, LEDs are arranged in the hollow cavities, the LEDs can independently generate two monochromatic lights, fluorescent layers are coated on the surfaces of the limbs, so that when the LEDs emit light, uniform monochromatic lights are generated on the surfaces of the whole limbs, the light of the LEDs cannot enter the trunk, a driving power supply of the LEDs in each limb is arranged in the trunk, the driving power supply controls the on-off and light colors of the LEDs, and the trunk and the limbs are contained in a cuboid transparent block.

Description

Dynamic landscape robot

Technical Field

The invention relates to the field of toys, in particular to landscape robots.

Background

In the field of ornamental toys, mechanical dynamic toys are common, such as dynamic machine dogs, robots and the like. However, the current ornamental dynamic toys all need to adopt mechanical driving parts, which requires a relatively complex structural design of the toy, needs more parts, has higher cost and is easy to damage.

Disclosure of Invention

In view of the above problems, it is an object of the present invention to provide dynamic landscape robots, which can achieve dynamic expression effects without a driving mechanism, have a low construction cost, and are difficult to break.

The dynamic landscape robot comprises a trunk and limbs, wherein the limbs are fixedly connected with the trunk, a hollow cavity is arranged in each limb, an LED is arranged in each limb and can independently generate two monochromatic lights, fluorescent layers are coated on the surfaces of the limbs, so that when the LED emits light, the surface of each limb generates uniform monochromatic light, the light of the LED cannot enter the trunk, a driving power supply of the LED in each limb is arranged in the trunk, the driving power supply controls the light and the light of each LED, and the trunk and the limbs are contained in a cuboid transparent block.

Preferably, the two monochromatic lights are red light and blue light; or red, violet.

Preferably, the cuboid transparent block is a glass block or a resin block and has a high refractive index.

Preferably, the driving power supply comprises voice control modules, voice control valves are included in the voice control modules, the voice control valves output high levels to the driving power supply when the instantaneous ambient sound energy collected by the voice control modules exceeds a critical value, otherwise, the voice control valves keep outputting low levels to the driving power supply, the driving power supply enables each LED to emit light colors when receiving the high levels, and the driving power supply enables each LED to emit another light colors when receiving the low levels.

The invention has the beneficial effects that: when the dynamic landscape robot is viewed, the light rays of the trunk and the limbs of the robot enter the visual field after being refracted by the cuboid transparent block, and due to red light and green light; or the frequencies of the red light and the purple light have larger difference, so that the refractive indexes of the cuboid transparent block for the red light and the green light or the red light and the purple light form obvious difference, which causes that the virtual image position formed by each limb for human eyes changes along with the change of the light color, thereby enabling each limb of the robot to show a mechanical dynamic effect; the landscape robot completely depends on visual illusion to realize dynamic effect, does not need a driving part, has extremely low structural cost and is difficult to damage.

Drawings

Fig. 1 is a schematic diagram of embodiments of the present dynamic landscape robot.

Detailed Description

The invention is further illustrated in with reference to the following figures and examples:

in the embodiment shown in fig. 1, the dynamic landscape robot comprises a body 1 and limbs 2, wherein the limbs 2 are fixedly connected with the body 1, the interiors of the limbs 2 are hollow cavities, LEDs 3 are arranged in the limbs 2, the LEDs 3 can independently generate two monochromatic lights such as red light and blue light, fluorescent layers are coated on the surfaces of the limbs 2, so that when the LEDs 3 emit light, the surfaces of the whole limbs generate uniform monochromatic lights, the light of the LEDs 3 cannot enter the body 1, a driving power supply (not shown) of the LEDs 3 in the limbs 2 is arranged in the body 1, the driving power supply controls the on and off and light colors of the LEDs 3, the body 1 and the limbs 2 are contained in a cuboid transparent block 4, and the cuboid transparent block 4 is a glass block or a resin block and has a high refractive index.

The dynamic landscape robot can control the on/off and the light color of each LED3 according to a set mode and a fixed rule, and can also control each LED3 according to a specific scene, for example, the driving power supply comprises voice control modules, each voice control module comprises voice control valves, each voice control valve outputs high levels to the driving power supply when the instantaneous ambient sound energy collected by the voice control module exceeds a critical value, otherwise, each voice control valve keeps outputting a low level to the driving power supply, each driving power supply enables each LED3 to emit light colors when receiving the high level, and each LED3 enables each LED to emit another light colors when receiving the low level.

When the dynamic landscape robot is viewed, the light rays of the trunk 1 and the limbs 2 of the robot are refracted by the cuboid transparent block 4 and then enter the visual field, and because the frequencies of red light and green light have large difference, the refractive indexes of the cuboid transparent block 4 for the red light and the green light form obvious difference, so that the virtual image positions of the limbs 2 for human eyes change along with the change of light color, and each limb 2 of the robot shows a mechanical dynamic effect; the landscape robot completely depends on visual illusion to realize dynamic effect, does not need a driving part, has extremely low structural cost and is difficult to damage.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, but rather as the subject matter of the invention is intended to cover all modifications, equivalents and alternatives falling within the spirit and scope of the present invention.

Claims

The dynamic landscape robot comprises a trunk (1) and limbs (2), and is characterized in that the limbs (2) are fixedly connected with the trunk (1), the interiors of the limbs (2) are hollow cavities, LEDs (3) are arranged in the limbs (2), the LEDs (3) can independently generate two monochromatic lights, fluorescent layers are coated on the surfaces of the limbs (2), so that when the LEDs (3) emit light, uniform monochromatic lights are generated on the surface of the whole limb (2), the light of the LEDs (3) cannot enter the trunk (1), a driving power supply of the LEDs (3) in the limbs (2) is arranged in the trunk (1), the driving power supply controls the light and the light of the LEDs (3), and the trunk (1) and the limbs (2) are contained in a cuboid transparent block (4).
2. The dynamic landscape robot of claim 1, wherein: the two monochromatic lights are red light and blue light; or red, violet.
3. The dynamic landscape robot of claim 1 or 2, wherein: the cuboid transparent block (4) is a glass block or a resin block.
4. The robot recited in claim 1, wherein said power supply comprises voice-controlled modules, each of said voice-controlled modules comprises voice-controlled valves, said voice-controlled valves output high levels to said power supply when the instantaneous ambient sound energy collected by said voice-controlled modules exceeds a threshold, otherwise said voice-controlled valves keep outputting a low level to said power supply, said power supply causes each of said LEDs (3) to emit light colors when receiving a high level, and said power supply causes each of said LEDs (3) to emit another light colors when receiving a low level.