CN211741858U

CN211741858U - Intelligent movement hand-manipulating watch

Info

Publication number: CN211741858U
Application number: CN201922130137.XU
Authority: CN
Inventors: 刘以钦; 林淑芳
Original assignee: Shenzhen Health Legend Technology Co ltd
Current assignee: Shenzhen Health Legend Technology Co ltd
Priority date: 2019-12-03
Filing date: 2019-12-03
Publication date: 2020-10-23
Anticipated expiration: 2029-12-03

Abstract

The utility model relates to an intelligent movement hand watch, which comprises a minute hand and an hour hand, wherein the minute hand is independently controlled by a first machine core, the hour hand is independently controlled by a second machine core, and the first machine core and the second machine core are single-coil machine cores; still including mutual fixed mounting's table upper cover and table drain pan together to and set up at inside microprocessor, PCB mainboard, battery, memory, the rhythm of the heart collection module of table upper cover and table drain pan, microprocessor is connected with first core, second core, battery, memory, rhythm of the heart collection module respectively through the PCB mainboard, and first core and second core pass through screw fixed mounting on table drain pan. This hand-manipulating watch can obtain the rhythm of the heart data of human motion to need not to show just can directly show the human rhythm of the heart through the hand-manipulating through the display screen, guaranteed pleasing to the eye and the effect of traditional hand-manipulating watch, also saved the cost, this hand-manipulating watch can also indicate human motion intensity through the hand-manipulating simultaneously.

Description

Intelligent movement hand-manipulating watch

Technical Field

The utility model relates to an intelligence wrist-watch field, more specifically relates to an intelligence motion hand-manipulating wrist-watch.

Background

Along with the rapid development of watch technology, watches are more and more intelligent, and especially multifunctional intelligent watches are more popular with people and can not be separated from the life of people gradually. In recent years, smart watches have been developed with increasing heat, and various smart watch manufacturers have successively released various smart watches. The smart watch is powerful in that the smart watch not only combines the functions of a smart phone to use except displaying time and timing, but also adds the functions of the smart bracelet, such as various functions of detecting the motion state, human heart rate health, air pressure change, short message mail, voice interaction, navigation and the like.

The heart rate detection is one of the representatives of the new development functions of the intelligent watch and one of the newly added configuration functions of the current intelligent watch. The intelligent watch detects the heart rate from the wrist of the wearer through the heart rate sensor arranged on the intelligent watch, and can reflect the real-time health state of a human body. In order to see the real-time heart rate of human motion more directly perceivedly, current heart rate wrist-watch all adopts the display screen to show, but also hope to see own motion heart rate to traditional hand watch (especially the wrist-watch of many high-grade still is the hand watch), if also show heart rate data through setting up the display screen, must change the structural design of hand watch, the hand show is sheltered from by the display screen very easily at the little hand watch of original volume and area, also increase the wrist-watch volume simultaneously, influence molding and pleasing to the eye, it is unacceptable to traditional hand watch fan. In addition, if the display screen is arranged at the same time, because the display font of the display screen is smaller, the heart rate condition cannot be clearly seen by a user who is a little older, the observation of the hand-manipulating indication time is also influenced, and the production cost of the watch is increased due to the increase of the display screen.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome prior art's defect and not enough, provide an intelligence motion hand-manipulating wrist-watch, this hand-manipulating wrist-watch can obtain the rhythm of the heart data of human motion to need not to show through the display screen and just can directly show human rhythm of the heart through the hand-manipulating, guaranteed traditional hand-manipulating wrist-watch pleasing to the eye and effect, also saved the cost. Meanwhile, the hand-manipulating watch can indicate the exercise intensity of a human body through manipulating the hand.

In order to achieve the above object, the utility model provides an intelligent movement hand watch, the hand watch includes minute hand and hour hand that are used for time indication function, its characterized in that, minute hand is by first core independent control, hour hand is by second core independent control, first core and second core are single coil core;

the first machine core comprises a first stepping motor, a first microprocessor and a first coil, the first microprocessor, the first coil, the first stepping motor and the minute hand are connected in sequence,

the second movement comprises a second stepping motor, a second microprocessor and a second coil, the second microprocessor, the second coil, the second stepping motor and the hour hand are connected in sequence,

the hand-manipulating watch further comprises a watch upper cover and a watch bottom case which are fixedly mounted together, and a microprocessor, a PCB mainboard, a battery, a memory and a heart rate acquisition module are arranged inside the watch upper cover and the watch bottom case, the microprocessor is connected with the first core, the second core, the battery, the memory and the heart rate acquisition module through the PCB mainboard respectively, and the first core and the second core are fixedly mounted on the watch bottom case through screws.

According to an embodiment of the present invention, the hand-manipulating watch further includes a hand-manipulating face, the hand-manipulating face is fixedly disposed above the first and second movement, a rotating shaft of the first movement penetrates the hand-manipulating face and then is connected to the minute hand, and the minute hand is controlled to operate by the rotating shaft of the first movement; the rotating shaft of the second movement penetrates through the dial face of the watch and then is connected with the hour hand, the hour hand is controlled to rotate through the rotating shaft of the second movement, and the rotating shaft of the first movement and the rotating shaft of the second movement are not coaxial.

According to an embodiment of the utility model, be located table needle literal top minute hand and hour hand are in on different planes or on the same plane.

According to the utility model discloses an embodiment, table needle face is provided with two regions, is minute hand operation region and hour hand operation region respectively, minute hand operation region and hour hand operation region have intersection or do not have intersection, just minute hand operation region is provided with the rhythm of the heart instruction scope, hour hand operation region is provided with rhythm of the heart intensity and indicates the grade.

According to the utility model discloses an embodiment, the hand watch still includes interior shadow, interior shadow sets up the screw and passes through screw fixed mounting on the table drain pan through three angle department in its four corners.

According to the utility model discloses an embodiment, the hand watch still includes NFC module and bluetooth communication module, the NFC module bonds through sticky mode interior shadow bottom surface, bluetooth communication module with microprocessor is connected.

According to the utility model discloses an embodiment, the bottom of table drain pan be provided with the double-colored membrane rhythm of heart cover that rhythm of heart collection module is connected, double-colored membrane rhythm of heart cover be used for with human skin contact in order to gather human rhythm of the heart.

According to the utility model discloses an embodiment, the hand-manipulating wrist-watch is still including setting up LED pilot lamp, the functional module and the setting of the downside of one of them one corner in the interior shadow four corners are in the function button of table drain pan side, functional module and function button are connected, functional module and LED pilot lamp all pass through the PCB mainboard with microprocessor looks communication is connected.

According to the utility model discloses an embodiment, the hand watch is still including all fixed the setting motor and the module of charging on the table drain pan, the motor all passes through with the module of charging the PCB mainboard with the microprocessor electricity is connected, the module of charging with the battery is connected, the module of charging is installed one side magnet, and another survey is installed and is done the motor, through the magnetic force of motor and magnet holds outlying charging device in order to charge.

Compared with the prior art, the utility model, following beneficial effect has: the utility model discloses intelligence motion hand-knitting watch line adopts heart rate sensor to obtain the rhythm of the heart data of human motion to need not to show through the display screen but directly show the human rhythm of the heart through the hand-knitting, guaranteed that traditional hand-knitting watch is pleasing to the eye and the outward appearance effect is not influenced, also saved the cost. Meanwhile, the hand-manipulating watch can indicate the exercise intensity of a human body through manipulating the hand.

Drawings

Fig. 1 is a schematic structural diagram of the intelligent sports hand watch of the present invention;

fig. 2 is a schematic structural diagram of a first core according to the present invention;

fig. 3 is a schematic structural diagram of a second movement according to the present invention;

fig. 4 is a schematic view of an embodiment of the present invention;

fig. 5 is a schematic view of another embodiment of the present invention;

fig. 6 is a schematic view of a further embodiment of the invention;

fig. 7 is the structure explosion diagram of the intelligent sport hand watch.

Detailed Description

The present invention will be described in further detail with reference to the following examples and drawings, but the present invention is not limited thereto.

As shown in fig. 1 to 7, the utility model provides an intelligence motion hand-manipulating watch, this hand-manipulating watch is including minute hand 31 and the hour hand 32 that is used for time indication function, minute hand 31 is by first core (not drawn in fig. 7) independent control, hour hand 32 is by second core 41 independent control, minute hand 31 and hour hand 32 are controlled respectively by two cores promptly, with adopting a core control minute hand on the present market, the hour hand, even the second hand is different in addition, first core and second core 41 are the single coil core. In the embodiment of the utility model, this hand wrist-watch does not have the second hand. The first machine core comprises a first stepping motor, a first microprocessor and a first coil, wherein the first microprocessor, the first coil, the first stepping motor and the minute hand are sequentially connected, and after the first microprocessor sends an instruction to the first coil, the first coil outputs two pulse signals with different frequencies to the first stepping motor, so that the first stepping motor controls the minute hand to realize forward rotation or reverse rotation; when the first coil outputs a 64 Hz frequency pulse signal to the first stepping motor, the first stepping motor controls the minute hand to rotate reversely;

the second movement 41 includes a second stepping motor, a second microprocessor and a second coil, wherein the second microprocessor, the second coil, the second stepping motor and the hour hand are connected in sequence, the second microprocessor sends an instruction to the second coil, and the second coil outputs two pulse signals with different frequencies to the second stepping motor, so that the second stepping motor controls the hour hand to realize forward rotation or reverse rotation; when the second coil outputs a 64 Hz frequency pulse signal to the second stepping motor, the second stepping motor controls the hour hand to rotate reversely;

the embodiment of the utility model provides an in, as shown in fig. 7, the hand watch still includes mutual fixed mounting together table upper cover 1 and table drain pan 2 to and set up at the inside microprocessor (not drawn in fig. 7) of table upper cover 1 and table drain pan 2, PCB mainboard 5, battery 6, memory (not drawn in fig. 7), heart rate collection module 7, the utility model discloses a table upper cover 1 is formed by the transparent material apron preparation, can be plastics or glass to fix on table drain pan 2 through sticky or buckle. The microprocessor, the battery 6, the memory and the heart rate acquisition module 7 are integrated on the PCB mainboard 5, the microprocessor is respectively connected with the first machine core, the second machine core 41, the battery 6, the memory and the heart rate acquisition module 7 through the PCB mainboard 5, and the first machine core and the second machine core 41 are fixedly arranged on the watch bottom case 2 through screws;

the utility model discloses the hand watch passes through heart rate collection module 7 and gathers the person's of wearing rhythm of the heart data, in order to let the person of wearing can in time and audio-visual motion rhythm of the heart data that obtains self and do not influence the traditional outward appearance and the effect of hand watch, directly adopts the minute hand to indicate corresponding rhythm of the heart data (can be provided with the scale of heart rate value on the face of hand watch), and need not to increase the display screen and carry out rhythm of the heart data display. The microprocessor receives heart rate data acquired by the heart rate acquisition module, then performs data analysis and processing, and sends an instruction to the first microprocessor of the first movement, the first microprocessor controls the first coil to generate a corresponding frequency pulse signal, when the minute hand needs to rotate forwards, a 32 Hz frequency signal is sent, when the minute hand needs to rotate backwards, a 64 Hz frequency signal is sent, finally the first stepping motor controls the minute hand to advance to the position of the corresponding heart rate data according to the received frequency signal, as for whether the minute hand rotates forwards or reversely to reach the position of the corresponding heart rate data, the time for the minute hand to advance to the position of the corresponding heart rate data or the required step number for the first stepping motor to advance are taken as the standard, namely if the time for the arrival of the forward rotation is less than the time for the arrival of the reverse rotation or the number of the arrival of the forward rotation is less than the number of steps for the reverse rotation, then the first coil generates the 32 Hz frequency signal to control the minute hand to rotate forwards, and otherwise, reversing. In the embodiment of the utility model, according to the collected heart rate value of the human body, the heart rate intensity of the human body movement can be obtained for measuring the exercise intensity of the human body, and the hour hand indicates the heart rate intensity of the human body under the control of the second movement; the microprocessor analyzes the heart rate intensity of the human body after receiving the heart rate data acquired by the heart rate acquisition module, and simultaneously sends an instruction to the second microprocessor of the second movement, the second microprocessor controls the second coil to generate a corresponding frequency pulse signal, when the clockwise rotation is required, a 32 Hz frequency signal is sent, when the counterclockwise rotation is required, a 64 Hz frequency signal is sent, finally the second stepping motor controls the clockwise to move to the position of the corresponding heart rate intensity according to the received frequency signal, the same as the minute hand, as for whether the clockwise rotates forwards or reversely rotates to the position of the corresponding heart rate intensity, the time for the clockwise to move to the position of the corresponding heart rate intensity or the number of steps required by the second stepping motor is the standard, namely, if the time for the clockwise rotation to reach is less than the time for the reverse rotation to reach or the number of steps for the clockwise rotation to reach is less than the number of steps for the reverse rotation to reach, the second coil generates a 32 hz frequency signal to control the hour hand to rotate forward and vice versa.

The embodiment of the utility model provides an in, the hand wrist-watch still includes table needle word face 8, for clear audio-visual instruction rhythm of the heart data and rhythm of the heart intensity, can be provided with rhythm of the heart data scale and rhythm of the heart intensity scale on table needle word face 8. The pointer character surface 8 is fixedly arranged above a first movement (not shown in figure 7) and a second movement 41, a rotating shaft of the first movement penetrates through the pointer character surface 8 and then is connected with a minute hand 31, and the minute hand 31 is controlled to rotate through the rotating shaft of the first movement; the pivot of second core 41 penetrates and connects hour hand 32 after table needle face 8, through the pivot control of second core 41 hour hand 32 operation, the embodiment of the utility model provides an, the pivot of first core and the pivot of second core 41 are not coaxial, lie in the minute hand 31 and the hour hand 31 of table needle face 8 top on different planes or the coplanar, if minute hand 31 and hour hand 32 are in on different planes, when hour hand and minute hand lie in the height on table needle face 8 nonconformity, minute hand operation region and hour hand operation region can have intersection or not have intersection; if the minute hand 31 and the hour hand 32 are on the same plane, and if the heights of the minute hand 32 and the minute hand 31 on the watch face 8 are consistent, the minute hand operating region and the hour hand operating region do not intersect, such design is to avoid the mutual interference between the minute hand 31 and the hour hand 32 during the operation process.

The embodiment of the utility model provides an in, minute hand operation area on the table needle face is provided with rhythm of the heart instruction scope, and hour hand operation area is provided with rhythm of the heart intensity and indicates the grade. The preferred heart rate indication range is 50-200, and the four heart rate intervals of 50-90,90-130,130-170 and 170-200 are divided; the heart rate intensity indication levels corresponding to the four heart rate intervals are arranged in four levels, the heart rate values corresponding to the four heart rate intervals sequentially range from 50 to 90, from 90 to 130, from 130 to 170 and from 170 to 200, and the four heart rate intensities can be distinguished and indicated by different colors.

The embodiment of the utility model provides an in, the hand watch still includes interior shadow 9, the spacing post that interior shadow 9 set up through the three angle in the inside four corners of table drain pan is fixed on table drain pan 2, and spacing post on the three angle can be screw 91 to through screw 91 with interior shadow 9 fixed mounting on table drain pan 2. The hand-manipulating watch further comprises an LED indicating lamp arranged on the lower side of the other corner of the inner shadow four corners, a functional module 11 and a functional key 22 arranged on the side edge of the watch bottom shell, wherein the functional module 11 is connected with the functional key 22, and the functional module 11 and the LED indicating lamp are in communication connection with the microprocessor through a PCB mainboard 5. In order to make the hand-manipulating watch more beautiful, decorative screws with the same shape as screws on other three corners are arranged at the position of an inner shadow 9 on the LED indicating lamp, and the LED indicating lamp is used for indicating the working state of the hand-manipulating watch. In the embodiment of the present invention, the function key 22 is used to implement the opening and closing of the hand-manipulating watch heart rate acquisition or the switching of the hand-manipulating intelligent function, for example, the function key is pressed for more than 3 seconds to open or close the heart rate acquisition function; realize the clock instruction and the heart rate within 1 second short-term press the function key, the mutual switching between the instruction of heart rate intensity, the embodiment of the utility model provides an in, the function switch also can be through giving the needle wrist-watch to execute in order to beat the signal and realize.

The embodiment of the utility model provides an in, the hand watch still includes NFC module 10 and bluetooth communication module 12, and NFC module 10 bonds through sticky mode and shadow 9 bottom surfaces in, and bluetooth communication module 12 is connected with microprocessor. Can realize through this NFC module 10 or bluetooth communication module 12 the utility model discloses the hand wrist-watch carries out data communication with smart mobile phone or other smart machines, installs the APP application control of hand wrist-watch in order to realize data exchange and functional control in the cell-phone promptly, for example time calibration, rhythm of the heart data information transmission storage and so on.

The embodiment of the utility model provides an in, the bottom of table drain pan is provided with the double-colored membrane rhythm of heart cover 71 that is connected with rhythm of the heart collection module, and double-colored membrane rhythm of the heart cover 71 is used for contacting with human skin in order to gather human rhythm of the heart.

The embodiment of the utility model provides an in, the hand watch is still including the motor 13 and the module of charging of equal fixed setting on table drain pan 2, and motor 13 and module 14 of charging all are connected with microprocessor electricity through PCB mainboard 5, and module 14 of charging is connected with the battery, and a magnet 15 is installed to module 14 one side of charging, and another survey installation is motor 13, holds outlying charging device in order to charge through the magnetic force of motor 13 and magnet 15.

To sum up, through the utility model discloses a hand watch can obtain the rhythm of the heart data of human motion to need not to show just can directly show human rhythm of the heart through the hand through the display screen, guaranteed pleasing to the eye and the effect of traditional hand watch. Meanwhile, the hand-manipulating watch can indicate the exercise intensity of a human body through manipulating the hand.

The above embodiments are preferred embodiments of the present invention, but the embodiments of the present invention are not limited to the above embodiments, and any other changes, modifications, substitutions, combinations, and simplifications which do not violate the spirit and principle of the present invention should be equivalent replacement modes, and all are included in the scope of the present invention.

Claims

1. An intelligent movement hand-manipulating watch comprises a minute hand and an hour hand which are used for time indication function, and is characterized in that the minute hand is independently controlled by a first movement, the hour hand is independently controlled by a second movement, and the first movement and the second movement are single-coil movements;

2. The intelligent sports hand-manipulating watch according to claim 1, wherein the hand-manipulating watch further comprises a hand-manipulating face, the hand-manipulating face is fixedly arranged above the first movement and the second movement, a rotating shaft of the first movement penetrates the hand-manipulating face and then is connected with the minute hand, and the rotation of the minute hand is controlled through the rotating shaft of the first movement; the rotating shaft of the second movement penetrates through the dial face of the watch and then is connected with the hour hand, the hour hand is controlled to rotate through the rotating shaft of the second movement, and the rotating shaft of the first movement and the rotating shaft of the second movement are not coaxial.

3. The intelligent sports needle watch of claim 2, wherein the minute hand and the hour hand located above the face of the watch hand are on different planes or on the same plane.

4. An intelligent sports hand watch according to claim 3, wherein the watch face is provided with two zones, namely a minute hand running zone and an hour hand running zone, the minute hand running zone and the hour hand running zone have an intersection or no intersection, the minute hand running zone is provided with a heart rate indication range, and the hour hand running zone is provided with a heart rate intensity indication level.

5. The intelligent sports needle watch of claim 4, further comprising an inner shadow, the inner shadow being fixedly mounted on the watch case by screws by being disposed at three of its four corners.

6. The intelligent sports hand watch of claim 5, further comprising an NFC module and a Bluetooth communication module, wherein the NFC module is adhered to the bottom surface of the inner shadow by gluing, and the Bluetooth communication module is connected with the microprocessor.

7. The intelligent sports acupuncture watch according to claim 6, wherein a bicolor membrane heart rate cover connected with the heart rate acquisition module is arranged at the bottom of the watch bottom case and is used for being in contact with human skin to acquire human heart rate.

8. The intelligent sports hand watch according to claim 7, further comprising an LED indicator lamp disposed on the lower side of one of the four corners of the inner shadow, a function module and a function button disposed on the side of the watch case, wherein the function module is connected with the function button, and the function module and the LED indicator lamp are both in communication connection with the microprocessor through the PCB motherboard.

9. The intelligent sports hand watch according to claim 8, further comprising a motor and a charging module both fixedly disposed on the watch case, wherein the motor and the charging module are electrically connected to the microprocessor through the PCB board, the charging module is connected to the battery, one side of the charging module is mounted with a magnet, and the other side of the charging module is mounted with the motor, and the motor and the magnet attract a peripheral charging device for charging.