A kind of oxygenerator Bluetooth control system
Technical field
The utility model relates to a kind of oxygenerator Bluetooth control system, belongs to oxygenerator control technology field.
Background technology
The technical development of Portable Oxygen generator facilitates a lot of family, even if make a lot of people also can be used under moving state, especially Portable Oxygen generator is also applicable to the interim oxygen supply in field rescue, alleviate in highlands in people's altitude sickness and serve huge effect, but Portable Oxygen generator of the prior art controls mainly still to depend on manually or infrared control, in the middle of reality, the highlands people exceeding height above sea level 4000 meters use Portable Oxygen generator may be in the process constantly changed at height above sea level, control mode pole like this is unfavorable for that people normally use.
Utility model content
For solving the problems of the technologies described above, the utility model provides a kind of oxygenerator Bluetooth control system, this oxygenerator Bluetooth control system is by the setting of control chip and bluetooth module, oxygenerator can be controlled by the mode of bluetooth, especially can be convenient for people to control the operation of oxygenerator in highlands.
The utility model is achieved by the following technical programs.
A kind of oxygenerator Bluetooth control system that the utility model provides, comprises control chip, bluetooth module, Bluetooth of mobile phone; Described control chip accesses to the oxygenerator control circuit of oxygenerator, and bluetooth module is connected with control chip, and bluetooth module is connected with Bluetooth of mobile phone wireless pairing.
Also comprise transforming circuit, transforming circuit voltage input end is connected to the oxygenerator power supply of oxygenerator, and transforming circuit voltage output end is connected to control chip, and the connection of described control chip and bluetooth module comprises signal circuit and current supply circuit.
Described bluetooth module is blue-teeth data module.
Described control chip is single-chip microcomputer.
The beneficial effects of the utility model are: by the setting of control chip and bluetooth module, oxygenerator can be controlled by the mode of bluetooth, especially can be convenient for people to control the operation of oxygenerator in highlands.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
In figure: 101-oxygenerator control circuit, 102-oxygenerator power supply, 201-control chip, 202-bluetooth module, 203-transforming circuit, 301-Bluetooth of mobile phone.
Embodiment
Further describe the technical solution of the utility model below, but described in claimed scope is not limited to.
A kind of oxygenerator Bluetooth control system as shown in Figure 1, comprises control chip 201, bluetooth module 202, Bluetooth of mobile phone 301; Described control chip 201 accesses to the oxygenerator control circuit 101 of oxygenerator, and bluetooth module 202 is connected with control chip 201, and bluetooth module 202 is connected with Bluetooth of mobile phone 301 wireless pairing.
It is the most convenient wirelessly to consider in people's operating process, and when using in highlands, people use often in the wild, oxygenerator may be carried on the back by people and use at back, and in multiple controlled in wireless, the telepilot that infrared needs are special, and need to aim at, extremely inconvenient, and need routing node based on the controlled in wireless of 802.1x agreement, it is unrealistic that routing node is obviously set for this reason specially, therefore the utility model mode of providing bluetooth to connect in the wild, what energy was almost ideal is adapted to above-mentioned situation, and great convenient people use.
Due to direct from the oxygenerator control circuit 101 of oxygenerator power taking easily because voltage instability causes fault, therefore for ensureing that the power supply of control chip 201 and bluetooth module 202 is stablized, also comprise transforming circuit 203, transforming circuit 203 voltage input end is connected to the oxygenerator power supply 102 of oxygenerator, transforming circuit 203 voltage output end is connected to control chip 201, and described control chip 201 comprises signal circuit and current supply circuit with the connection of bluetooth module 202.
Bluetooth module is generally by blue tooth voice module and blue-teeth data module two kinds, and specifically, bluetooth module 202 described in the utility model is blue-teeth data module.
Because the input voltage of FPGA is generally 12V, the input voltage of single-chip microcomputer is generally 5V, the input voltage of bluetooth module is generally 3.3V, also the adaptive bluetooth module of 3V ~ 8V is had, therefore conveniently power, also be convenient to arrange in later development process comparatively complicated steering logic, described control chip 201 is single-chip microcomputer simultaneously.