CN204526585U

CN204526585U - A kind of wireless power artificial fishbowl

Info

Publication number: CN204526585U
Application number: CN201420701573.2U
Authority: CN
Inventors: 杨温圣
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-11-21
Filing date: 2014-11-21
Publication date: 2015-08-05
Anticipated expiration: 2024-11-21

Abstract

The utility model discloses a kind of wireless power artificial fishbowl, comprise for plug, PCB expelling plate, cylinder body, transmitting coil, emulation machine and wireless power circuit, wireless power circuit comprises radio transmitter and wireless receiving circuit, radio transmitter comprises power circuit, high-frequency oscillating circuits and high-frequency power amplifying circuit, and wireless receiving circuit comprises rectifier filter circuit and drive circuit.The utility model adopts high-frequency electrical energy Radio Transmission Technology, give emulation machine wireless power, volume is little, and efficiency of transmission is high, emulation machine can be made to complete the actions such as travelling, nictation, and provide color LED to throw light on by light emitting diode in fish jar, increase sight, all emulation machines in fish jar and light emitting diode do not need supply lines, also battery is not needed, fish jar can be totally enclosed, like this except outward appearance, without any need for cleaning.

Description

A kind of wireless power artificial fishbowl

Technical field

the utility model relates to a kind of closed type electronic toy, specifically a kind of wireless power artificial fishbowl.

Background technology

the fish jar that people use usually is a kind of glassware, and the water of majority is injected in the inside, the goldfish lived or tortoise is put in, and also will put the food that some maintain fish life into.In addition, for keeping indoor cleaning, also must the clean fish jar of timing and the water changing cleaning.

what also have some to emulate on the market views and admires fish jar, after adding appropriate water, is put in by emulation fish, and float for fishing is kept afloat or in water, do not needed to food, but the time has been grown water and can go bad, and still needs to change water and could keep clean.As for all no artificial fishbowl of water, because emulation fish does not have energy motion, ornamental and recreational too poor.

Utility model content

the purpose of this utility model is to provide a kind of hermetic, ornamental strong wireless power artificial fishbowl, to solve the problem proposed in above-mentioned background technology.

for achieving the above object, the utility model provides following technical scheme:

a kind of wireless power artificial fishbowl, comprise for plug, PCB expelling plate, cylinder body, transmitting coil, emulation machine and wireless power circuit, the described base foot being arranged on cylinder body for plug, described PCB expelling plate is arranged on the cylinder body base for plug top, described transmitting coil is arranged on cylinder interior, and described emulation machine is placed in the cylinder body of transmitting coil inside; Described wireless power circuit comprises radio transmitter and wireless receiving circuit, and radio transmitter comprises power circuit, high-frequency oscillating circuits and high-frequency power amplifying circuit, and described wireless receiving circuit comprises rectifier filter circuit and drive circuit.

as further program of the utility model: the PHA-SEL port of described radio transmitter chips U1, PAEN port is connected voltage signal VDD with ATVDD port, and the ATVDD port of chip U1 also connects electric capacity C1 and electric capacity C2, the electric capacity C1 other end respectively, ground connection after the CS port parallel connection of the electric capacity C2 other end and chip U1, the CLKS0 port of chip U1, the CLKS1 port of chip U1 and the equal ground connection of ATVSS port of chip U1, the XIN port of described chip U1 connects electric capacity C3 and oscillator X1 respectively, the XOUT port of chip U1 connects electric capacity C4 and the vibrator X1 other end respectively, ground connection after the electric capacity C3 other end and the parallel connection of the electric capacity C4 other end, the TVDD1 port of chip U1 connects electric capacity C5 respectively, electric capacity C6, electric capacity C8 and fuse FB, the electric capacity C5 other end, ground connection after the electric capacity C6 other end and the parallel connection of the electric capacity C8 other end, fuse FB other end ground connection, the PA1 port of chip U1 connects PA2 port and the inductance L 1 of chip U1 respectively, and inductance L 1 other end connects electric capacity C7a respectively, electric capacity C7b, electric capacity C7c, electric capacity C7d and electric capacity C10, the electric capacity C7a other end, the electric capacity C7b other end, ground connection after the electric capacity C7c other end and the parallel connection of the electric capacity C7d other end, the electric capacity C10 other end connects electric capacity CA1 respectively, electric capacity CA2, electric capacity CA3 and transmitting coil T1, the electric capacity CA1 other end, the electric capacity CA2 other end, ground connection after the electric capacity CA3 other end and the parallel connection of the transmitting coil TI other end.

as further program of the utility model: in described wireless receiving circuit, receiving coil T2 connects 1 pin of rectifier bridge D1, the receiving coil T2 other end connects 3 pin of rectifier bridge D1, 2 pin of rectifier bridge D1 connect electric capacity C2 and diode D6 respectively, ground connection after 4 pin of rectifier bridge D1 and the parallel connection of the electric capacity C2 other end, the diode D6 other end connects 2 pin of chip U2 respectively, light emitting diode D1, light emitting diode D2 and light emitting diode D3, the light emitting diode D1 other end, the light emitting diode D2 other end is connected 1 pin of chip U2 and 10 pin of chip U2 by resistance R6 afterwards respectively with the parallel connection of the light emitting diode D3 other end, 4 pin of chip U2 connect 6 pin of single-chip microcomputer U3, 7 pin of chip U2 connect 5 pin of single-chip microcomputer U3, 1 pin of single-chip microcomputer U3 is connected voltage signal VDD and electric capacity C1 respectively with after the 4 pin parallel connections of single-chip microcomputer U3, electric capacity C1 other end ground connection, the 8 pin ground connection of single-chip microcomputer U3, 11 pin of chip U2 and the equal ground connection of 12 pin of chip U2, 5 pin of chip U2 connect motor M1 and electric capacity C3 respectively, the motor M1 other end is connected 6 pin of chip U2 afterwards with the parallel connection of the electric capacity C3 other end.

as the utility model further scheme: described electric capacity CA1, electric capacity CA2, electric capacity CA3 are ceramic capacitor.

compared with prior art, the beneficial effects of the utility model are:

the utility model adopts high-frequency electrical energy Radio Transmission Technology, give emulation machine wireless power, volume is little, and efficiency of transmission is high, emulation machine can be made to complete the actions such as travelling, nictation, and provide color LED to throw light on by light emitting diode in fish jar, increase sight, all emulation machines in fish jar and light emitting diode do not need supply lines, also battery is not needed, fish jar can be totally enclosed, like this except outward appearance, without any need for cleaning.

Accompanying drawing explanation

fig. 1 is structural representation of the present utility model.

fig. 2 is wireless power circuit diagram in the utility model.

fig. 3 is radio transmitter connection layout in the utility model.

fig. 4 is wireless receiving circuit connection layout in the utility model.

in figure: 1-is for plug; 2-PCB expelling plate; 3-cylinder body; 4-transmitting coil; 5-emulates machine.

Detailed description of the invention

be described in more detail below in conjunction with the technical scheme of detailed description of the invention to this patent.

refer to Fig. 1-4, a kind of wireless power artificial fishbowl, comprise for plug 1, PCB expelling plate 2, cylinder body 3, transmitting coil 4, emulation machine 5 and wireless power circuit, the base foot of cylinder body 3 is arranged on for plug 1, there is provided power supply to fish jar, PCB expelling plate 2 is arranged on cylinder body 3 base for plug 1 top, and it is inner that transmitting coil 4 is arranged on cylinder body 3, emulation machine 5 is placed in the cylinder body 3 of transmitting coil 4 inside, and emulation machine 5 is emulation fish or emulation tortoise, wireless power circuit comprises radio transmitter and wireless receiving circuit, radio transmitter comprises power circuit, high-frequency oscillating circuits and high-frequency power amplifying circuit, electric energy conversion is become high frequency electric by power circuit, through high-frequency oscillating circuits, high frequency electric is converted into electromagnetic signal, by transmitting coil, electromagnetic signal emitting is gone out after high-frequency power amplifying circuit amplifies again, wireless receiving circuit comprises rectifier filter circuit and drive circuit, the electromagnetic signal of transmitting coil transmitting is received by receiving coil, through rectifier filter circuit, electromagnetic signal is changed into electric energy, the execution of emulation machine 5 is driven again by drive circuit.

the PHA-SEL port of radio transmitter chips U1, PAEN port is connected voltage signal VDD with ATVDD port, and the ATVDD port of chip U1 also connects electric capacity C1 and electric capacity C2, the electric capacity C1 other end respectively, ground connection after the CS port parallel connection of the electric capacity C2 other end and chip U1, the CLKS0 port of chip U1, the CLKS1 port of chip U1 and the equal ground connection of ATVSS port of chip U1, the XIN port of chip U1 connects electric capacity C3 and oscillator X1 respectively, the XOUT port of chip U1 connects electric capacity C4 and the vibrator X1 other end respectively, ground connection after the electric capacity C3 other end and the parallel connection of the electric capacity C4 other end, the TVDD1 port of chip U1 connects electric capacity C5 respectively, electric capacity C6, electric capacity C8 and fuse FB, the electric capacity C5 other end, ground connection after the electric capacity C6 other end and the parallel connection of the electric capacity C8 other end, fuse FB other end ground connection, the PA1 port of chip U1 connects PA2 port and the inductance L 1 of chip U1 respectively, and inductance L 1 other end connects electric capacity C7a respectively, electric capacity C7b, electric capacity C7c, electric capacity C7d and electric capacity C10, the electric capacity C7a other end, the electric capacity C7b other end, ground connection after the electric capacity C7c other end and the parallel connection of the electric capacity C7d other end, the electric capacity C10 other end connects electric capacity CA1 respectively, electric capacity CA2, electric capacity CA3 and transmitting coil T1, the electric capacity CA1 other end, the electric capacity CA2 other end, ground connection after the electric capacity CA3 other end and the parallel connection of the transmitting coil TI other end, electric capacity CA1, electric capacity CA2, electric capacity CA3 is ceramic capacitor.

in wireless receiving circuit, receiving coil T2 connects 1 pin of rectifier bridge D1, the receiving coil T2 other end connects 3 pin of rectifier bridge D1, 2 pin of rectifier bridge D1 connect electric capacity C2 and diode D6 respectively, ground connection after 4 pin of rectifier bridge D1 and the parallel connection of the electric capacity C2 other end, the diode D6 other end connects 2 pin of chip U2 respectively, light emitting diode D1, light emitting diode D2 and light emitting diode D3, the light emitting diode D1 other end, the light emitting diode D2 other end is connected 1 pin of chip U2 and 10 pin of chip U2 by resistance R6 afterwards respectively with the parallel connection of the light emitting diode D3 other end, 4 pin of chip U2 connect 6 pin of single-chip microcomputer U3, 7 pin of chip U2 connect 5 pin of single-chip microcomputer U3, 1 pin of single-chip microcomputer U3 is connected voltage signal VDD and electric capacity C1 respectively with after the 4 pin parallel connections of single-chip microcomputer U3, electric capacity C1 other end ground connection, the 8 pin ground connection of single-chip microcomputer U3, 11 pin of chip U2 and the equal ground connection of 12 pin of chip U2, 5 pin of chip U2 connect motor M1 and electric capacity C3 respectively, the motor M1 other end is connected 6 pin of chip U2 afterwards with the parallel connection of the electric capacity C3 other end.

the utility model adopts high-frequency electrical energy Radio Transmission Technology, give emulation machine 5 wireless power, volume is little, and efficiency of transmission is high, emulation machine 5 can be made to complete the actions such as travelling, nictation, and provide color LED to throw light on by light emitting diode in fish jar, increase sight, all emulation machines 5 in fish jar and light emitting diode do not need supply lines, also battery is not needed, fish jar can be totally enclosed, like this except outward appearance, without any need for cleaning.

above the better embodiment of this patent is explained in detail, but this patent is not limited to above-mentioned embodiment, in the ken that one skilled in the relevant art possesses, various change can also be made under the prerequisite not departing from this patent aim.

Claims

1. a wireless power artificial fishbowl, comprise for plug (1), PCB expelling plate (2), cylinder body (3), transmitting coil (4), emulation machine (5) and wireless power circuit, it is characterized in that, the described base foot being arranged on cylinder body (3) for plug (1), described PCB expelling plate (2) is arranged on cylinder body (3) base for plug (1) top, it is inner that described transmitting coil (4) is arranged on cylinder body (3), and described emulation machine (5) is placed in the inner cylinder body (3) of transmitting coil (4); Described wireless power circuit comprises radio transmitter and wireless receiving circuit, and radio transmitter comprises power circuit, high-frequency oscillating circuits and high-frequency power amplifying circuit, and described wireless receiving circuit comprises rectifier filter circuit and drive circuit.

2. wireless power artificial fishbowl according to claim 1, is characterized in that, the PHA-SEL port of described radio transmitter chips U1, PAEN port is connected voltage signal VDD with ATVDD port, and the ATVDD port of chip U1 also connects electric capacity C1 and electric capacity C2, the electric capacity C1 other end respectively, ground connection after the CS port parallel connection of the electric capacity C2 other end and chip U1, the CLKS0 port of chip U1, the CLKS1 port of chip U1 and the equal ground connection of ATVSS port of chip U1, the XIN port of described chip U1 connects electric capacity C3 and oscillator X1 respectively, the XOUT port of chip U1 connects electric capacity C4 and the vibrator X1 other end respectively, ground connection after the electric capacity C3 other end and the parallel connection of the electric capacity C4 other end, the TVDD1 port of chip U1 connects electric capacity C5 respectively, electric capacity C6, electric capacity C8 and fuse FB, the electric capacity C5 other end, ground connection after the electric capacity C6 other end and the parallel connection of the electric capacity C8 other end, fuse FB other end ground connection, the PA1 port of chip U1 connects PA2 port and the inductance L 1 of chip U1 respectively, and inductance L 1 other end connects electric capacity C7a respectively, electric capacity C7b, electric capacity C7c, electric capacity C7d and electric capacity C10, the electric capacity C7a other end, the electric capacity C7b other end, ground connection after the electric capacity C7c other end and the parallel connection of the electric capacity C7d other end, the electric capacity C10 other end connects electric capacity CA1 respectively, electric capacity CA2, electric capacity CA3 and transmitting coil T1, the electric capacity CA1 other end, the electric capacity CA2 other end, ground connection after the electric capacity CA3 other end and the parallel connection of the transmitting coil TI other end.

3. wireless power artificial fishbowl according to claim 1, it is characterized in that, in described wireless receiving circuit, receiving coil T2 connects 1 pin of rectifier bridge D1, the receiving coil T2 other end connects 3 pin of rectifier bridge D1, 2 pin of rectifier bridge D1 connect electric capacity C2 and diode D6 respectively, ground connection after 4 pin of rectifier bridge D1 and the parallel connection of the electric capacity C2 other end, the diode D6 other end connects 2 pin of chip U2 respectively, light emitting diode D1, light emitting diode D2 and light emitting diode D3, the light emitting diode D1 other end, the light emitting diode D2 other end is connected 1 pin of chip U2 and 10 pin of chip U2 by resistance R6 afterwards respectively with the parallel connection of the light emitting diode D3 other end, 4 pin of chip U2 connect 6 pin of single-chip microcomputer U3, 7 pin of chip U2 connect 5 pin of single-chip microcomputer U3, 1 pin of single-chip microcomputer U3 is connected voltage signal VDD and electric capacity C1 respectively with after the 4 pin parallel connections of single-chip microcomputer U3, electric capacity C1 other end ground connection, the 8 pin ground connection of single-chip microcomputer U3, 11 pin of chip U2 and the equal ground connection of 12 pin of chip U2, 5 pin of chip U2 connect motor M1 and electric capacity C3 respectively, the motor M1 other end is connected 6 pin of chip U2 afterwards with the parallel connection of the electric capacity C3 other end.

4. wireless power artificial fishbowl according to claim 2, is characterized in that, described electric capacity CA1, electric capacity CA2, electric capacity CA3 are ceramic capacitor.