CN-121995720-A - Intelligent electronic watch with quartz movement

Abstract

The invention relates to the field of watches, in particular to an intelligent electronic watch with a quartz movement, wherein a first functional cavity and a second functional cavity are arranged in a watch case, the first functional cavity is used for accommodating the quartz movement, an intelligent control unit and a low-power consumption communication module, the second functional cavity is used for accommodating a sensor module, a power supply module, a vibration motor and an interactive key, a first slot and a second slot are respectively formed in the upper side and the lower side of the watch case, the first slot penetrates through the first functional cavity, the second slot penetrates through the second functional cavity, a first connecting part and a second connecting part for connecting a watchband are arranged on the watch case, a quick-release structure for quickly changing electrons is arranged on the watch case, and the quick-release structure is used for quickly changing electrons, so that the technical problems that the electronic loss is relatively fast after electronic components such as the intelligent module are integrated and the like in the traditional quartz watch are relatively complex in procedure when the electrons are changed are solved.

Inventors

• WEI ZHENJIANG
• WU SHUGANG
• GUO YANFEN

Assignees

• 福建众辰精密机芯有限公司

Dates

Publication Date

20260508

Application Date

20260408

Claims (10)

1. 1. The intelligent electronic watch with the quartz movement comprises a watch case, a dial plate, a pointer assembly, the quartz movement, an intelligent control unit, a low-power consumption communication module, a sensor module, a power supply module, a vibration motor and an interactive key, and is characterized in that a first functional cavity and a second functional cavity are arranged in the watch case, the first functional cavity is used for placing the quartz movement, the intelligent control unit and the low-power consumption communication module, the second functional cavity is used for placing the sensor module, the power supply module, the vibration motor and the interactive key, a first slot and a second slot are respectively formed in the upper side and the lower side of the watch case, the first slot penetrates through the first functional cavity, the second slot penetrates through the second functional cavity, the first functional cavity and the second functional cavity are mutually communicated through a connecting channel, a first connecting part and a second connecting part for connecting the watch case are arranged on the watch case, and a quick-dismantling structure for quickly replacing electrons is arranged on the watch case.
2. 2. The electronic timepiece with a quartz movement as recited in claim 1, wherein the first functional cavity is disposed above the second functional cavity, the first functional cavity being proximate to the dial.
3. 3. The electronic timepiece with a quartz movement according to claim 2, wherein the first and second connection portions are symmetrically disposed at both ends of the case, the first and second connection portions are identical in structure, the first connection portion includes two connection protrusions symmetrical to each other, and the connection is made by clamping the band between the two connection protrusions.
4. 4. The intelligent electronic watch with the quartz movement is characterized in that the quick-release structure comprises a quick-release hole, a cover plate and an ejection assembly, wherein the quick-release hole is respectively formed in the watch case, the cover plate is used for sealing the second groove, the ejection assembly is arranged on the cover plate and is close to the second function cavity, the cover plate is ejected through the ejection assembly, the ejection assembly comprises an ejection spring and an elastic connecting rod, the ejection spring is arranged at the central position of the cover plate, the elastic connecting rod is arranged at the edge of the upper plate surface of the cover plate, the elastic connecting rod forms an included angle of 80-85 degrees with the upper plate surface of the cover plate, an extension lug is arranged at the tail end of the free end of the elastic connecting rod, the extension lug extends out of the watch case from the second function cavity through the quick-release hole, when the cover plate is matched and connected with the watch case, the ejection spring ejects the lower surface of the power supply module, and the extension lug on the elastic connecting rod is clamped on the quick-release hole, and the extension lug is in a circular arc structure.
5. 5. The electronic timepiece with a quartz movement as recited in claim 4, wherein the total number of the quick release holes is four, and two of the quick release holes are respectively disposed between the two connection protrusions.
6. 6. The electronic timepiece with a quartz movement as recited in claim 5, wherein the hole edge of the quick release hole is provided with a guide surface, a projection of a vertical surface of the guide surface is in a semi-water droplet shape, and the quick release hole is positioned at the bottommost end of the guide surface.
7. 7. The electronic timepiece with a quartz movement as recited in claim 6, wherein the connecting protrusion has a locking hole for locking the wristband, the wristband is engaged with the connecting protrusion by a connecting rod, and the connecting rod is movably locked in the locking hole.
8. 8. The intelligent electronic watch with the quartz movement according to claim 7, wherein the connecting rod is of an elastic rod structure, the two ends of the connecting rod are stressed to shrink towards a central point and recover after losing force, a guide channel is arranged at the hole edge of the clamping hole, the width of the guide channel is the same as the aperture of the clamping hole, the connecting rod is stressed to move on the guide channel, the guide channel extends towards the central position of the watch case in an inclined mode, and the projection of the guide channel on a vertical plane forms an included angle of 75-85 degrees with the horizontal plane.
9. 9. The intelligent electronic watch with the quartz movement of claim 8, wherein the connecting rod is provided with two pushing rings, the pushing rings are circumferentially arranged on the connecting rod, and the positions of the pushing rings on the vertical surface correspond to the positions ‌ ‌ of the quick-release holes.
10. 10. The intelligent electronic watch with the quartz movement of claim 9, wherein the connecting rod is clamped in the clamping hole in an initial state, the connecting rod is driven by external force to retract to move along the guide channel, the connecting rod is close to the center of the watch case and abuts against the extending convex block, the extending convex block is stressed to retract towards the second functional cavity, the connecting rod is separated from the quick-release hole under the elastic action of the pressing spring, and the cover plate is separated from the watch case for electronic replacement.

Description

Intelligent electronic watch with quartz movement Technical Field The invention relates to the field of watches, in particular to an intelligent electronic watch with a quartz movement. Background The watch has undergone century development, and three main types of mechanical watches, quartz watches and electronic watches are gradually formed, and by combining the quartz watches and the electronic watches, the watch is essentially wearable equipment integrating the accuracy of traditional quartz timing and modern intelligent functions. The watch generally uses the quartz movement to ensure the high precision of basic travel time, integrates intelligent functions such as Bluetooth connection, message reminding, health monitoring and the like, and realizes the combination of classical and science and technology. ‌ A The invention patent with the Chinese patent application number 201310398296.2 discloses a method for improving the time keeping precision of a quartz electronic watch and the quartz electronic watch. The method for improving the timekeeping precision of the quartz electronic watch comprises the steps of presetting a corresponding relation between the accuracy of the quartz crystal oscillation frequency and the ambient temperature, presetting a time difference compensation period, collecting the ambient temperature according to the set sampling frequency in the time difference compensation period, further arranging a time difference compensation point in the time difference compensation period, calculating the average value of all the ambient temperatures in the time difference compensation period where the time difference compensation point is located and before the time difference compensation point, obtaining a first temperature average value, obtaining the accuracy of the actual oscillation frequency of the quartz crystal in the corresponding time difference compensation period, obtaining the travel time error according to the accuracy of the actual oscillation frequency of the quartz crystal, and compensating the travel time of the quartz electronic watch according to the travel time error. The method for improving the time keeping precision of the quartz electronic watch can reduce the errors of the travel time and the standard time of the quartz electronic watch. The technical scheme provided by the invention is mainly aimed at improving the precision of the watch, the precision of the quartz electronic watch can be very precise in the actual use process, but the quartz movement can only be used as a driving piece for the watch to walk, and electrons are required to supply power for the quartz movement on one hand and other intelligent electronic components on the other hand, in other words, along with the continuous enrichment of the watch function, the electrons are required to supply power for a plurality of components at the same time, the daily use electric loss is increased, the frequency for replacing the electrons is correspondingly increased, and the electricity replacing time is required to be saved by simplifying the electron replacing process. Disclosure of Invention Therefore, aiming at the problems, the invention provides the intelligent electronic watch with the quartz movement, which solves the technical problems that the electronic loss is faster after the electronic components such as an intelligent module are integrated, and the procedures are more complicated when the electronic components are replaced in the traditional quartz watch. The intelligent electronic watch with the quartz movement comprises a watch case, a dial plate, a pointer assembly, the quartz movement, an intelligent control unit, a low-power consumption communication module, a sensor module, a power supply module, a vibrating motor and an interactive key, wherein a first functional cavity and a second functional cavity are arranged in the watch case, the first functional cavity is used for placing the quartz movement, the intelligent control unit and the low-power consumption communication module, the second functional cavity is used for placing the sensor module, the power supply module, the vibrating motor and the interactive key, a first slot and a second slot are respectively formed in the upper side and the lower side of the watch case, the first slot penetrates through the first functional cavity, the second slot penetrates through the second functional cavity, the first functional cavity and the second functional cavity are mutually communicated through a connecting channel, a first connecting part and a second connecting part for connecting the watch case are arranged on the watch case, and a quick-dismantling structure for quickly replacing electrons is arranged on the watch case, and the quick-dismantling structure is used for quickly replacing the electronic watchband. Further, the first functional cavity is arranged above the second functional cavity, and the first functional cavity is close