The utility model content
The purpose of this utility model is to overcome above-mentioned weak point of the prior art and wrist-watch that a kind of pointer indicated altitude simple in structure, easy to operate, available, temperature, compass are provided.
The utility model is realized in the following way:
The wrist-watch of a kind of available pointer indicated altitude, temperature, compass, include the first pointer 1, the second pointer 2, button 4, table mirror 5, watchcase 6, watch core 7, battery 11, bottom 13, described watchcase 6 is interlockingly connected with bottom 13 and forms a cavity, and watch core 7 is arranged in the cavity; Table mirror 5 is located on the watchcase 6; The first pointer 1, the second pointer 2 are connected with watch core 7 respectively, and described button 4 is located on the watchcase 6, and are connected with watch core 7; Described battery 11 is located at the below of watch core 7, and is connected with watch core 7; It is characterized in that: also comprise the 3rd pointer 3, pressure transducer 8, compass sensor 9, temperature sensor 10; Described the 3rd pointer 3 is located on the watch core 7, and is connected with watch core 7; Described pressure transducer 8 is located at the inboard of watchcase 6, and is connected with watch core 7; Described compass sensor 9 is located on the watch core 7, and is connected with watch core 7; Described temperature sensor 10 is located at the below of watch core 7, and is connected with watch core 7.
Described watchcase 6 is provided with water proof ring 12 with the junction of bottom 13.
Described watch core 7 is provided with circuit board, and described circuit board comprises pressure detection circuit A, temperature sensing circuit B, compass testing circuit C, MCU circuit D, key circuit E, clock circuit F, reset circuit G, the first motor drive circuit H, the second motor drive circuit I, the 3rd motor drive circuit J; Described pressure detection circuit A is transferred to MCU circuit D with the atmospheric pressure signal; Described temperature sensing circuit B is transferred to MCU circuit D with ambient temperature signal; Described compass testing circuit C is transferred to MCU circuit D with aerial Geomagnetic signal; Described key circuit E offers MCU circuit D with command signal; Described reset circuit G provides stable signal to MCU circuit D; Described clock circuit F provides clock signal to MCU circuit D; Described MCU circuit D processes and sends to respectively the first motor drive circuit H, the second motor drive circuit I, the 3rd motor drive circuit J with signal.
The utility model has the advantage of: simple in structure, easy and simple to handle, and altitude gauge, thermometer, compass functional be integrated in wrist-watch the inside, wrist-watch also has height, air pressure, compass functional except time function; Adopt simultaneously three motor pointer indications, can the time of seeing, can also know the related data of height, temperature, compass, be fit to very much the outdoor exercises occasion.
Embodiment
Now by reference to the accompanying drawings, the utility model embodiment is described in detail in detail:
As shown in Figure 1 and Figure 2, the wrist-watch of a kind of available pointer indicated altitude, temperature, compass, include the first pointer 1, the second pointer 2, the 3rd pointer 3, button 4, table mirror 5, watchcase 6, watch core 7, pressure transducer 8, compass sensor 9, temperature sensor 10, battery 11, bottom 13, described watchcase 6 is interlockingly connected with bottom 13 and forms a cavity, and watch core 7 is arranged in the cavity; Table mirror 5 is located on the watchcase 6; The first pointer 1, the second pointer 2 are connected with watch core 7 respectively, and button 4 is located on the watchcase 6, and are connected with watch core 7; The 3rd pointer 3 is located on the watch core 7, and is connected with watch core 7; Pressure transducer 8 is located at the inboard of watchcase 6, and is connected with watch core 7; Compass sensor 9 is located on the watch core 7, and is connected with watch core 7; Temperature sensor 10 is located at the below of watch core 7, and is connected with watch core 7; Battery 11 is located at the below of watch core 7, and is connected with watch core 7; Watchcase 6 is provided with water proof ring 12 with the junction of bottom 13; Watch core 7 is provided with circuit board.
As shown in Figure 3, Figure 4, circuit board of the present utility model comprises pressure detection circuit A, temperature sensing circuit B, compass testing circuit C, MCU circuit D, key circuit E, clock circuit F, reset circuit G, the first motor drive circuit H, the second motor drive circuit I, the 3rd motor drive circuit J; Described pressure detection circuit A is transferred to MCU circuit D with the atmospheric pressure signal; Described temperature sensing circuit B is transferred to MCU circuit D with ambient temperature signal; Described compass testing circuit C is transferred to MCU circuit D with aerial Geomagnetic signal; Described key circuit E offers MCU circuit D with command signal; Described reset circuit G provides stable signal to MCU circuit D; Described clock circuit F provides clock signal to MCU circuit D; Described MCU circuit D processes and sends to respectively the first motor drive circuit H, the second motor drive circuit I, the 3rd motor drive circuit J with signal.
Pressure detection circuit A of the present utility model: the atmospheric pressure signal is changed into digital signal level.
Temperature sensing circuit B of the present utility model: ambient temperature signal is changed into digital signal level.
Compass testing circuit C of the present utility model: aerial Geomagnetic signal is changed into digital signal level.
MCU circuit D of the present utility model: according to various input signals, carry out arithmetic, logical operation, Machining Analysis outputs signal to the first motor drive circuit H, the second motor drive circuit I, the 3rd motor drive circuit J.
Key circuit E of the present utility model: input various user instructions to MCU circuit D.
Clock circuit F of the present utility model: provide stable clock signal to MCU circuit D.
Reset circuit G of the present utility model: provide reliable reset signal to MCU circuit D.
The first motor drive circuit H of the present utility model: accept MCU circuit D signal, drive 1 rotation of the first pointer.
The second motor drive circuit I of the present utility model: accept MCU circuit D signal, drive 2 rotations of the second pointer.
The 3rd motor drive circuit J of the present utility model: accept MCU circuit D signal, drive 3 rotations of the 3rd pointer.
Pressure detection circuit A of the present utility model changes into digital signal level with the atmospheric pressure signal and sends MCU circuit D to and process, temperature sensing circuit B changes into digital signal level with ambient temperature signal and sends MCU circuit D to and process, compass testing circuit C changes into digital signal level with Geomagnetic signal and sends MCU circuit D to and process, key circuit E sends key information to MCU circuit E, clock circuit F transmission clock signal is to MCU circuit D, reset circuit G transmits reset signal to MCU circuit D, and MCU circuit D transmits signal to the first motor drive circuit H, the second motor drive circuit I and the 3rd motor drive circuit J.
At usual state, each element circuit is in sleep state, reaches energy-conservation purpose.D retention time function of MCU circuit and temperature survey, transmission time information is given the first motor drive circuit H, the second motor drive circuit I information instruction time, the 3rd motor drive circuit J indication north and south information.
Measure instruction when MCU circuit D receives the height that key circuit E sends, MCU circuit D start immediately with pressure detection circuit A between communicate by letter, and send a command signal to pressure detection circuit A, pressure detection circuit A is activated; Pressure detection circuit A is used for detecting atmospheric pressure, and the pressure that detects or temperature signal change digital signal into through inner integrated A/D converter, then are transferred to MCU circuit D and read; MCU circuit D draws height value through calculating, process to process; MCU circuit D sends elevation information to the first motor drive circuit H, the second motor drive circuit I indicated altitude information, sends out simultaneously instruction and gets back to sleep state to pressure detection circuit A.
Send the temperature survey instruction when MCU circuit D receives key circuit E, MCU circuit D start immediately with temperature sensing circuit B between communicate by letter, and send a command signal to temperature sensing circuit B, temperature sensing circuit B is activated; Temperature sensing circuit B is used for the testing environment temperature, and the temperature signal that detects changes digital signal into through inner integrated A/D converter, then is transferred to MCU circuit D and reads; MCU circuit D draws temperature value through calculating, process to process.MCU circuit D sends temperature information to motor 3 driving circuit J indicated temperature information, also sends simultaneously instruction and gets back to sleep state to temperature sensing circuit B.
Measure instruction when MCU circuit D receives the compass that key circuit E sends, MCU circuit D start immediately with compass testing circuit C between communicate by letter, and send a command signal to compass testing circuit C, compass testing circuit C is activated; Compass testing circuit C is used for detecting the terrestrial magnetic field degree, and the terrestrial magnetic field degree simulating signal that detects changes digital signal into through the inner integrated A/D converter of geomagnetic sensor, then transfers out to MCU circuit D and reads; MCU circuit D determines magnetic north and orientation angles through processing; MCU circuit D sends magnetic north and orientation angles information to the 3rd motor drive circuit J indication compass azimuth information, sends out simultaneously instruction and gets back to sleep state to compass testing circuit C.
At each state, clock circuit F provides stable clock source for MCU circuit D; Reset circuit G provides stable reset source for MCU circuit D.