Touch sensitive crystal ball
First Claim
1. A touch sensitive crystal ball, comprising:
- a hollow glass ball (1) and a base (2);
said hollow glass ball (1) having an opening (11) in a lower part therebelow, and a conductive resin (6) disposed in said opening (11);
the base (2) provided with an operating circuit (5) therein;
an electrode plate (54) arranged under the conductive resin (6) and connected to the operating circuit (5);
a touch switch being composed of the electrode plate (54), the glass ball (1) and the conductive resin (6);
when the user touch the glass ball (1), the operating circuit (5) is opened by activating the electrode plate (54) through static electricity from human body;
wherein the glass ball (1) is provided with an ornament (3) therein, and an upper magnet element (31) arranged under the ornament (3);
the base (2) having a gear box (4) driven by a motor, said gear box (4) having an output shaft linked with a lower magnetic element (41) which is interacted with the upper magnet element (31) by magnetic force;
the output shaft of gear box (4) drives the lower magnetic element (41) for operation by the magnetic force between the upper and lower magnetic elements (31,41), thereby activating the ornament (3) located inside the glass ball (1);
the motor of the gear box (4) connected to the operating circuit (5);
wherein said output shaft of the gear box (4) is fixedly connected with a connecting board (401) on which the lower magnetic element (41) is arranged;
wherein said lower magnetic element (41) comprises a plurality of magnetics (411) distributed thereon with different directions of magnetic pole;
wherein said directions of magnetic pole in the magnetics (411) are distributed in up and down;
wherein the upper magnet element (31) is a magnetic, of which the directions of magnetism are distributed in up and down.
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Accused Products
Abstract
The present invention relates to a decoration, toy technical scheme and the like, particularly to a touch sensitive crystal ball comprises a hollow glass ball and a base, which is characterized in that the hollow glass ball is used in the form of an opening in its lower part, where a conductive resin is disposed; the base is provided with an operating circuit; an electrode plate is arranged under the conductive resin and connected to the operating circuit, a touch switch is composed of the electrode plate, the glass ball and the conductive resin, since the user touch the glass ball, the operating circuit is opened by activating the electrode plate through static electricity from human body.
6 Citations
2 Claims
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1. A touch sensitive crystal ball, comprising:
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a hollow glass ball (1) and a base (2);
said hollow glass ball (1) having an opening (11) in a lower part therebelow, and a conductive resin (6) disposed in said opening (11);
the base (2) provided with an operating circuit (5) therein;
an electrode plate (54) arranged under the conductive resin (6) and connected to the operating circuit (5);
a touch switch being composed of the electrode plate (54), the glass ball (1) and the conductive resin (6);
when the user touch the glass ball (1), the operating circuit (5) is opened by activating the electrode plate (54) through static electricity from human body;wherein the glass ball (1) is provided with an ornament (3) therein, and an upper magnet element (31) arranged under the ornament (3);
the base (2) having a gear box (4) driven by a motor, said gear box (4) having an output shaft linked with a lower magnetic element (41) which is interacted with the upper magnet element (31) by magnetic force;
the output shaft of gear box (4) drives the lower magnetic element (41) for operation by the magnetic force between the upper and lower magnetic elements (31,41), thereby activating the ornament (3) located inside the glass ball (1);
the motor of the gear box (4) connected to the operating circuit (5);wherein said output shaft of the gear box (4) is fixedly connected with a connecting board (401) on which the lower magnetic element (41) is arranged;
wherein said lower magnetic element (41) comprises a plurality of magnetics (411) distributed thereon with different directions of magnetic pole;wherein said directions of magnetic pole in the magnetics (411) are distributed in up and down;
wherein the upper magnet element (31) is a magnetic, of which the directions of magnetism are distributed in up and down. - View Dependent Claims (2)
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Specification