CN-121832230-B - Intelligent watch and movement structure thereof

CN121832230BCN 121832230 BCN121832230 BCN 121832230BCN-121832230-B

Abstract

The invention relates to the field of watch movement, in particular to an intelligent watch and a movement structure thereof, wherein an outer shell and a movement body are fixed through an adjusting mechanism arranged between the outer shell and the movement body, the movement body is movably arranged in the outer shell, a function adjusting button and a charging port are arranged on the side surface of the movement body, the intelligent watch is matched with a repulsive mechanism through an electromagnetic connecting piece, under the premise that the charging port is not exposed or a rubber blanking cover is not used, the reliable fixation between the core body and the outer shell is realized, under the non-charging state, the current is conducted to enable the movable magnetic block to be embedded into the mounting groove, the core body is ensured to be stably attached to the outer shell, the charging port is effectively sealed, the dustproof and waterproof performances of the whole machine are improved, and when the charging is needed, the magnetic force fixation can be relieved by disconnecting the current, so that the core body can swing downwards to expose the charging port. The scheme avoids the problem that the traditional magnetic base is not firmly fixed, and also avoids the sealing defect caused by long-term exposure of the physical interface.

Inventors

WEI ZHENJIANG
WANG WENXIU
SHI TING
GUO JUNXIN
LIN SONGBIN

Assignees

福建众辰精密机芯有限公司

Dates

Publication Date: 20260512
Application Date: 20260312

Claims (9)

1. The movement structure of the intelligent watch comprises a movement provided with an outer shell and a movement body, and is characterized in that the outer shell and the movement body are fixed through an adjusting mechanism arranged between the outer shell and the movement body, the movement body is movably installed in the outer shell, a function adjusting button and a charging port are arranged on the side face of the movement body, an inwards concave adjusting groove is formed in the position, close to the function adjusting button, of the inner end face of the outer shell, a spherical rotating shaft is installed in the adjusting groove, a through hole is formed in the surface of the spherical rotating shaft, and the function adjusting button extends out of the outer shell through the through hole; The lower side edge of the outer shell is provided with a straight surface for the movement body to swing downwards, the downward swing angle of the movement body is 0-20 degrees, and when the movement body is pushed downwards, the movement body swings downwards by taking the spherical rotating shaft as a fulcrum until the charging port is not blocked by the outer shell, and then the charging wire is connected; the adjusting mechanism comprises an electromagnetic connecting piece and a repulsive structure, wherein the electromagnetic connecting piece is arranged in the movement body, the repulsive structure is arranged in the outer shell, and the electromagnetic connecting piece and the repulsive structure are arranged close to each other; The electromagnetic connecting piece is of an arched structure, the electromagnetic connecting piece is composed of a plurality of conductive strips, adjacent ends of the two adjacent conductive strips are not abutted, the adjacent ends of the two adjacent conductive strips are connected through an electromagnetic column, the electromagnetic column penetrates through and is connected with the adjacent ends of the two adjacent conductive strips, the head end and the tail end of the electromagnetic connecting piece are connected with conductive coils, the two conductive coils are communicated with a micro relay, and the micro relay is connected with a power supply to control current conduction of the electromagnetic connecting piece through the micro relay; the repelling structure comprises mounting grooves arranged on the inner side surface of the outer shell, each mounting groove corresponds to each electromagnetic column, a positioning column and a limiting protrusion are arranged in each mounting groove, each limiting protrusion is arranged on one side, close to the electromagnetic column, of each mounting groove, each positioning column is arranged on one side, far away from each limiting protrusion, of each mounting groove and extends towards each limiting protrusion, a sliding magnetic block and a spring are sleeved outside each positioning column, and the sliding magnetic blocks are connected with the surfaces of the mounting grooves through the springs.
2. The movement structure of claim 1, wherein the outer housing inner end surface is provided with an outwardly protruding rubber protrusion near the charging port, and the rubber protrusion is embedded into the charging port to be abutted against the charging port when the movement body is mounted in the outer housing.
3. The movement structure of claim 2, wherein the inner surface of the upper end of the outer case abuts against the movement body, a space exists between the inner surface of the lower end of the outer case and the outer case, and a sealing ring extending toward the middle of the outer case is disposed at the outer edge of the lower end of the outer case, and covers and abuts against the surface of the movement body.
4. The movement structure of claim 3, wherein adjacent ends of two adjacent conductive strips are staggered in a front-back direction, the electromagnetic columns are perpendicular to the surfaces of the conductive strips, and protrude from the surface of the movement body, and when the electromagnetic connector is in a current conducting state, the electromagnetic columns are embedded into the mounting grooves.
5. The movement structure of claim 4, wherein one of the left and right sides of the conductive strip is provided with a bending portion bending toward a side far away from the repulsive structure, and the bending portions provided on two adjacent conductive strips face the same direction.
6. The movement structure of claim 5, wherein the electromagnetic pillar comprises a conductive hollow pillar and a sliding pillar arranged in the conductive hollow pillar, the peripheral surface of the sliding pillar is provided with an outwardly-protruding step edge and a movable magnetic block, the step edge is arranged on the surface of the sliding pillar, which is positioned in the conductive hollow pillar, and the movable magnetic block is arranged on the surface of the sliding pillar, which is not positioned in the conductive hollow pillar; When the electromagnetic connecting piece is conducted, the current magnetic pole on the surface of the conductive strip is opposite to the magnetic pole of the movable magnetic block, the movable magnetic block is repelled outwards, so that the movable magnetic block protrudes out of the surface of the machine core body and is embedded into the mounting groove.
7. The movement structure of claim 6, wherein the magnetic poles of the sliding magnetic blocks are opposite to the movable magnetic blocks, and when the current of the electromagnetic connector is not conducted, the spring pushes the sliding magnetic blocks outwards, and the movable magnetic blocks are pushed to retract into the movement body by the sliding magnetic blocks.
8. The movement structure of claim 7, wherein the electromagnetic connector has an arc-shaped cross section, and the bending angle is consistent with the side angle of the movement body.
9. A smart watch comprising the movement structure of any one of claims 1-7.

Description

Intelligent watch and movement structure thereof Technical Field The invention relates to the field of watch movement, in particular to an intelligent watch and a movement structure thereof. Background In the use of current intelligent wrist-watch, adopt wired, wireless mode to charge the energy storage, wireless charging is not really wireless, but is fixed in on the base that charges through the mode that magnetism was inhaled, and the fixed effect of this kind of fixed mode is not obvious, the circumstances that magnetic force is not enough and the slippage appears easily when the wrist-watch core is fixed again, and charge through the mouth that charges, often because the existence of the mouth that charges influences waterproof performance and the dustproof performance of core, and if through setting up rubber in the mouth department that charges, can directly influence the outward appearance aesthetic property of intelligent wrist-watch, consequently need one kind can effectively improve dustproof waterproof performance and do not influence pleasing to the eye intelligent wrist-watch. Disclosure of Invention The invention provides an intelligent watch and a movement structure thereof, which overcome the defects described in the background technology. The technical scheme adopted for solving the technical problems is as follows: The movement structure of the intelligent watch comprises a movement provided with an outer shell and a movement body, and is characterized in that the outer shell and the movement body are fixed through an adjusting mechanism arranged between the outer shell and the movement body, the movement body is movably installed in the outer shell, a function adjusting button and a charging port are arranged on the side face of the movement body, an inwards concave adjusting groove is formed in the position, close to the function adjusting button, of the inner end face of the outer shell, a spherical rotating shaft is installed in the adjusting groove, a through hole is formed in the surface of the spherical rotating shaft, and the function adjusting button extends out of the outer shell through the through hole; The lower side edge of the outer shell is provided with a straight surface for the movement body to swing downwards, the downward swing angle of the movement body is 0-20 degrees, and when the movement body is pushed downwards, the movement body swings downwards by taking the spherical rotating shaft as a fulcrum until the charging port is not blocked by the outer shell, and then the charging wire is connected; the adjusting mechanism comprises an electromagnetic connecting piece and a repulsive structure, wherein the electromagnetic connecting piece is arranged in the movement body, the repulsive structure is arranged in the outer shell, and the electromagnetic connecting piece and the repulsive structure are arranged close to each other; The electromagnetic connecting piece is of an arched structure, the electromagnetic connecting piece is composed of a plurality of conductive strips, adjacent ends of the two adjacent conductive strips are not abutted, the adjacent ends of the two adjacent conductive strips are connected through an electromagnetic column, the electromagnetic column penetrates through and is connected with the adjacent ends of the two adjacent conductive strips, the head end and the tail end of the electromagnetic connecting piece are connected with conductive coils, the two conductive coils are communicated with a micro relay, and the micro relay is connected with a power supply to control current conduction of the electromagnetic connecting piece through the micro relay; the repelling structure comprises mounting grooves arranged on the inner side surface of the outer shell, each mounting groove corresponds to each electromagnetic column, a positioning column and a limiting protrusion are arranged in each mounting groove, each limiting protrusion is arranged on one side, close to the electromagnetic column, of each mounting groove, each positioning column is arranged on one side, far away from each limiting protrusion, of each mounting groove and extends towards each limiting protrusion, a sliding magnetic block and a spring are sleeved outside each positioning column, and the sliding magnetic blocks are connected with the surfaces of the mounting grooves through the springs. According to the preferred technical scheme, the end face in the outer shell body is provided with the rubber bulge protruding outwards near the charging port, and when the movement body is arranged in the outer shell body, the rubber bulge is embedded into the charging port to be propped against the charging port. According to the preferred technical scheme, the inner side surface of the upper end of the outer shell body is propped against the movement body, a space exists between the inner side surface of the lower end of the outer shell body and the outer shell body, a sealing ring e