CN207625082U - Anion generator with charger - Google Patents

Abstract

The utility model discloses the anion generators with charger, including shell, the bosom of the shell is reserved with isolation baffle plate, and the centre of isolation baffle plate is reserved with rectangular opening, semiconductor heat-dissipating piece is embedded in the rectangular opening, the inside of shell is divided into ion and generates section and power-feed section by the isolation baffle plate, the cavity back side where the ion generates section is fixed with turbofan and ion generator by screw, and the air outlet of turbofan is communicated with three-way pipe, the same screen pipe is provided between the three-way pipe and the air outlet of turbofan, the emission of ions end of the ion generator is provided with output duct.The efficient floor space of the utility model heat dissipation is small, and power consumption bottom energy conservation and environmental protection, improve the cruise duration of device, working chamber is discharged in the anion that timely electrode tip of ion generator can also be generated, and can the heat in heat collector cavity quickly be given out into enclosure interior, it ensure that the good of working environment.

Description

Anion generator with charger

Technical field

The utility model is related to anion generator technical fields, more particularly to the anion generator with charger.

Background technology

Currently, with the development and progress of society, it is indispensable that anion generator and charger have become people Articles for daily use, especially such as bus, car, automobile carrier even apply to the electric elements in the toilet of some families Anion generator and mobile charger are generally configured with to purify in-vehicle air, it kills germ and is convenient for carrying but needs It wants the power supply of the mobile device of stable power-supplying to charge, not yet occurs being provided simultaneously with charger and anion generator in the market The combination product of function, and this independently arranged two kinds of products often have shortcomings, such as the heat dissipation of electric elements complexity Effect is bad, and since the sealing dedusting that becomes larger in space forms conflict with heat dissipation, inconvenience is brought to daily life.

Utility model content

Purpose of the utility model is to solve disadvantage existing in the prior art, and propose with charger bear from Electronic generator.

To achieve the goals above, the utility model uses following technical solution：

Anion generator with charger, including shell, the bosom of the shell are reserved with isolation baffle plate, and every Centre from baffle is reserved with rectangular opening, is embedded with semiconductor heat-dissipating piece in the rectangular opening, and the isolation baffle plate is by shell Inside is divided into ion and generates section and power-feed section, and the cavity back side where the ion generates section is fixed with turbofan by screw And ion generator, and the air outlet of turbofan is communicated with three-way pipe, between the three-way pipe and the air outlet of turbofan It is provided with the same screen pipe, the emission of ions end of the ion generator is provided with output duct, and the ion generates section institute Be connected with heat collector cavity close to the side outer wall of isolation baffle plate in chamber, and the inside of heat collector cavity by bottom end respectively with three-way pipe and Output duct is connected, and chamber where the power-feed section is fixed with PC plate by screw, and current divider and steady is welded in PC plate Depressor, the voltage output end in the PC plate close to voltage-stablizer are fixed with ups power and accumulator by screw, the shell Side is reserved with mounting hole close to one end of voltage-stablizer, and USB interface is embedded in mounting hole, and USB interface by conducting wire with Voltage-stablizer is connected.

Preferably, the semiconductor heat-dissipating piece is connected by conducting wire with accumulator, and the radiating end position of semiconductor heat-dissipating piece In in the cavity of heat collector cavity.

Preferably, the arrival end of one end and ion generator far from screen pipe of the three-way pipe links together, and mistake Filter cotton is connected in chimney filter.

Preferably, the upper surface outer wall of the shell is clamped close to the inlet of turbofan and the exit of heat collector cavity There is metal frame, and ash screen and sponge strainer are connected with respectively in two metal frames.

Preferably, the back side of the shell is fixed with mounting seat by screw, and four corners of mounting seat are equal It is bolted with spring pre-tightening bolt.

Preferably, the ups power is connected by conducting wire with the output end of current divider, and ion generator and turbofan It is connected with accumulator by conducting wire.

The beneficial effects of the utility model are：

1, by the semiconductor heat-dissipating piece of setting, the efficient floor space that not only radiates is small, but also power consumption bottom energy conservation and environmental protection, Improve the cruise duration of device.

2, by the turbofan of setting, work is discharged in the anion that can timely generate the electrode tip of ion generator Make chamber, and can the heat in heat collector cavity quickly be given out into enclosure interior, ensure that the good of working environment.

3, by the ups power of setting, it can ensure that each device in the insufficient substitute in time of storage battery power supply Continue work normally, until accumulator charging complete again.

Description of the drawings

Fig. 1 be the utility model proposes the anion generator with charger schematic cross-sectional view；

Fig. 2 be the utility model proposes the anion generator with charger overlooking structure diagram.

In figure：1 shell, 2 ion generators, 3 output ducts, 4 screen pipes, 5 turbofan, 6 sponge strainers, 7 heat collector cavities, 8 semiconductor heat-dissipating pieces, 9 accumulators, 10 current dividers, 11 voltage-stablizers, 12USB interfaces, 13 mounting seats, 14 spring pre-tightening bolts.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-2, the bosom of the anion generator with charger, including shell 1, shell 1 is reserved with isolation Baffle, and the centre of isolation baffle plate is reserved with rectangular opening, is embedded with semiconductor heat-dissipating piece 8 in rectangular opening, isolation baffle plate is by shell 1 Inside be divided into ion and generate section and power-feed section, the cavity back side where ion generates section is fixed with turbofan 5 by screw It is communicated with three-way pipe with the air outlet of ion generator 2, and turbofan 5, is set between three-way pipe and the air outlet of turbofan 5 It is equipped with the same screen pipe 4, the emission of ions end of ion generator 2 is provided with output duct 3, and chamber where ion generates section leans on The side outer wall of nearly isolation baffle plate is connected with heat collector cavity 7, and the inside of heat collector cavity 7 is led with three-way pipe and output respectively by bottom end Pipe 3 is connected, and chamber where power-feed section is fixed with PC plate by screw, and current divider 10 and voltage-stablizer 11 are welded in PC plate, Voltage output end in PC plate close to voltage-stablizer 11 is fixed with ups power and accumulator 9 by screw, and the side of shell 1 is close One end of voltage-stablizer 11 is reserved with mounting hole, and usb 12 is embedded in mounting hole, and usb 12 is by conducting wire and surely Depressor 11 is connected.

In the utility model, semiconductor heat-dissipating piece 8 is connected by conducting wire with accumulator, and the heat dissipation of semiconductor heat-dissipating piece 8 In the cavity of heat collector cavity 7, the one end of three-way pipe far from screen pipe 4 and the arrival end of ion generator 2 link together at end, And filter cotton is connected in screen pipe 4, the outlet of the upper surface outer wall of shell 1 close to the inlet of turbofan 5 and heat collector cavity 7 Place is connected with metal frame, and is connected with ash screen 15 and sponge strainer 6 in two metal frames respectively, and the back side of shell 1 passes through Screw is fixed with mounting seat 13, and four corners of mounting seat 13 are bolted with spring pre-tightening bolt 14, and ups power is logical It crosses conducting wire with the output end of current divider 10 to be connected, and ion generator 2 and turbofan 5 are connected by conducting wire with accumulator 9.

Operation principle：It can be by usb 12 data line and the vehicle of shell 1 in the case where there is vehicle power supply when use It carries mobile power to be connected, USB power source and accumulator 9 is indicated after the power supply in accumulator 9 is lighted full of its latter two green light The full electricity of electricity；Turbofan 5 and semiconductor heat-dissipating fan 8 work at the same time when charging, the Residual heat removal that charge-carrying belt is come Inside shell 1；When needing to carry out air purification to car later while opening turbofan 5 and ion generator 2, you can Intracavitary is discharged in the anion that electrode tip is generated.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not Be confined to this, any one skilled in the art within the technical scope disclosed by the utility model, according to this practicality Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (6)

1. the anion generator with charger, including shell (1), which is characterized in that the bosom of the shell (1) is reserved There is isolation baffle plate, and the centre of isolation baffle plate is reserved with rectangular opening, and semiconductor heat-dissipating piece (8), institute are embedded in the rectangular opening It states isolation baffle plate and the inside of shell (1) is divided into ion generation section and power-feed section, the ion generates the cavity back side where section It is fixed with turbofan (5) and ion generator (2) by screw, and the air outlet of turbofan (5) is communicated with three-way pipe, institute State and be provided with the same screen pipe (4) between three-way pipe and the air outlet of turbofan (5), the ion generator (2) from Sub- transmitting terminal is provided with output duct (3), and chamber where the ion generates section is connected with close to the side outer wall of isolation baffle plate Heat collector cavity (7), and the inside of heat collector cavity (7) is connected with three-way pipe and output duct (3) respectively by bottom end, the power-feed section Place chamber is fixed with PC plate by screw, and current divider (10) and voltage-stablizer (11) are welded in PC plate, is leaned in the PC plate The voltage output end of nearly voltage-stablizer (11) is fixed with ups power and accumulator (9) by screw, and the side of the shell (1) is leaned on One end of nearly voltage-stablizer (11) is reserved with mounting hole, and USB interface (12) is embedded in mounting hole, and USB interface (12) passes through Conducting wire is connected with voltage-stablizer (11).

2. the anion generator according to claim 1 with charger, which is characterized in that the semiconductor heat-dissipating piece (8) it is connected with accumulator by conducting wire, and the radiating end of semiconductor heat-dissipating piece (8) is located in the cavity of heat collector cavity (7).

3. the anion generator according to claim 1 with charger, which is characterized in that the three-way pipe is far from filtering The one end and the arrival end of ion generator (2) for managing (4) link together, and are connected with filter cotton in screen pipe (4).

4. the anion generator according to claim 1 with charger, which is characterized in that the upper table of the shell (1) Face outer wall is connected with metal frame close to the exit of the inlet of turbofan (5) and heat collector cavity (7), and in two metal frames It is connected with ash screen (15) and sponge strainer (6) respectively.

5. the anion generator according to claim 1 with charger, which is characterized in that the back side of the shell (1) It is fixed with mounting seat (13) by screw, and four corners of mounting seat (13) are bolted with spring pre-tightening bolt (14)。

6. the anion generator according to claim 1 with charger, which is characterized in that the ups power is by leading Line is connected with the output end of current divider (10), and ion generator (2) and turbofan (5) pass through conducting wire and accumulator (9) It is connected.