CN114995088B - Mode switching type clock device - Google Patents

Abstract

The invention relates to the technical field of clocks and discloses a mode switching type clock device which comprises a machine core, a driving structure, a magnetic seat, a head module and an eye module, wherein the machine core is used for outputting driving force, the machine core is connected with the driving structure, and the magnetic seat is used for outputting magnetic force; the head module comprises a hair measuring piece, the driving structure is used for driving the hair measuring piece to swing, and when the hair measuring piece swings, the display area is gradually displayed or gradually hidden; the eye module comprises a swinging piece and an eye piece, the swinging piece is connected with the eye piece, the outer end of the swinging piece is provided with a magnetic block, and the magnetic seat is used for driving the magnetic block to swing reciprocally along the two sides of the magnetic seat. Under the action of the magnetic seat, the magnetic blocks are arranged in a reciprocating manner along the two sides of the magnetic seat, so that the eye swinging simulation is realized, and the device is more vivid and interesting; the driving structure controls the hair volume piece to swing, the simulated hair volume is reduced, the user intuitively sends out the volume reduction, the user is reminded to be in rest time, and the reminding mode is more striking and the reminding effect is better.

Description

Mode switching type clock device

Technical Field

The invention relates to the technical field of clocks, in particular to a mode switching type clock device.

Background

The clock is an instrument for measuring and displaying time, and is various in types, and can be classified into sundial, pendulum clock, quartz clock and the like according to the timing principle, and can be classified into alarm clock, astronomical clock, chess clock and the like according to functions.

Currently, clocks are often used for displaying time, have single functions, or are generally used for reminding time.

In the prior art, the clock generally utilizes voice or flashing light to remind time, and the prior patent with the application number 201620978502.6 discloses a clock with a voice reminding function, and the prior patent with the application number 201920971593.4 discloses a novel light reminding type alarm clock.

Adopt the warning mode of pronunciation or light, lack interestingly, the unable body of user can't experience, lead to reminding effect not good.

Disclosure of Invention

The invention aims to provide a mode switching type clock device and aims to solve the problem of poor clock reminding effect in the prior art.

The invention is realized in such a way that the mode switching type clock device comprises a machine core, a driving structure, a magnetic seat, a head module and an eye module, wherein the machine core is used for outputting driving force, the machine core is connected with the driving structure, and the magnetic seat is used for outputting magnetic force; the head module comprises a hair volume piece, the driving structure is used for driving the hair volume piece to be arranged in a swinging mode, the hair volume piece is provided with a presenting area, and when the hair volume piece swings, the presenting area is arranged in a gradually presenting or gradually hiding mode; the eye module comprises a swinging piece and an eye piece, the swinging piece is connected with the eye piece, the inner end of the swinging piece is hinged, the outer end of the swinging piece is provided with a magnetic block, the magnetic seat and the magnetic block are in magnetic repulsion arrangement, and the magnetic seat is used for driving the magnetic block to swing reciprocally along two sides of the magnetic seat.

Further, the mode switching type clock device comprises a clock shell, wherein the movement, the driving structure, the magnetic seat, the head module and the eye module are respectively arranged on the clock shell; the clock shell comprises a shell body and a transparent plate, wherein the shell body is provided with a presentation opening, the transparent plate is covered by the transparent plate, the transparent plate comprises a shielding area and a presentation area, the presentation area is arranged in a transparent mode, the shielding area is used for shielding the hair volume piece, the shielding area and the presentation area are arranged in the same plane, and the shielding area is arranged in a butt joint mode with the extension of the presentation area.

Further, the clock shell comprises a head plate, the head plate is arranged on the shell, the head plate and the transparent plate are arranged in a right opposite mode, the head plate comprises a hair volume area and an eye area, the hair volume piece gradually covers the hair volume area or gradually uncovers the hair volume area to be arranged, the eye area is provided with two eyes, the eye piece is provided with two eye beads, and the two eye beads are arranged in one-to-one correspondence with the two eyes.

Further, the drive structure includes one-level multiple gear, second grade multiple gear and drive module, the core with one-level multiple gear is the meshing and arranges, just the core is used for the drive one-level multiple gear is the rotation and arranges, one-level multiple gear with second grade multiple gear is the meshing and arranges, second grade multiple gear includes interior pinion rack and external pinion rack, interior pinion rack with external pinion rack is connected and synchronous rotation arranges, external pinion rack with one-level multiple gear is the meshing and arranges, the internal pinion rack has internal tooth portion and empty space, the internal tooth portion with empty space surrounds the butt joint along the circumference and arranges, the internal tooth portion with drive module is meshing or separates and arranges, the internal tooth portion is used for the conduction driving force extremely drive module, empty space is used for cutting off the driving force conduction extremely drive module, drive module with the volume piece is the connection and arranges, just drive module is used for the drive volume piece is the swing and arranges.

Further, the drive module includes drive gear, transverse plate and actuating lever, drive gear has the gear post, the gear post receives the drive force and rotates along circumference and arrange, the transverse plate is transversely arranged, the transverse plate has the pole groove, the pole groove extends along longitudinal direction and arranges, the gear post inlays and establishes the pole groove arranges, the gear post is used for driving the transverse plate is transversely arranged, the inner of actuating lever with the transverse plate is the connection arrangement, the outer end of actuating lever with the volume piece is the connection arrangement, transverse plate lateral shifting is used for the drive the actuating lever is the swing and arranges, the actuating lever is used for driving the volume piece is the swing and arranges.

Further, the transverse plate is provided with an outer connecting section, the outer connecting section is provided with plate tooth sections, the plate tooth sections are transversely arranged in an extending mode, an inner rod head is formed at the inner end of the driving rod, the inner rod head is provided with rod tooth parts, the rod tooth parts are circularly arranged in an annular mode, and the rod tooth parts are meshed with the plate tooth sections; when the plate tooth section moves transversely, the driving rod is driven to swing along the rod tooth part.

Further, the driving gear comprises an inner driving tooth and an outer driving plate, the inner driving tooth and the outer driving plate are arranged in a central superposition manner, the diameter value of the outer driving plate is larger than that of the inner driving tooth, the inner driving tooth and the inner tooth part are arranged in a meshed or separated manner, the gear column and the outer driving plate are arranged in a connection manner, the gear column is arranged in a protruding extending manner along the axial direction of the outer driving plate, and the gear column is arranged in an epitaxial manner close to the outer driving plate; along the longitudinal direction of the rod groove, the rod groove forms a longitudinal diameter value, and the longitudinal diameter value is consistent with the diameter value of the outer driving plate.

Further, the primary multiple gear comprises a pinion and a large gear, the diameter value of the large gear is larger than that of the small gear, the large gear and the small gear are arranged in a central superposition mode, the large gear and the small gear are arranged in a synchronous rotation mode, the small gear and the outer gear are arranged in a meshing mode, and the large gear and the movement are arranged in a meshing mode; the number of teeth of the large gear and the number of teeth of the small gear are arranged in a common multiple.

Further, the swinging piece comprises a swinging shaft and a swinging rod, wherein the inner end of the swinging shaft is fixedly arranged, the outer end of the swinging shaft penetrates through the upper part of the swinging rod to be arranged, and the magnetic block is arranged at the lower part of the swinging rod; the swing axle has the spacing groove, the spacing groove is the arc and arranges, along deviating from the axle center direction of swing axle, the spacing groove is flaring form and arranges, the swing lever has the stopper, the stopper is protruding the arranging, the stopper inlays to be established the spacing groove is arranged, the both sides of spacing groove form the cell wall respectively, the cell wall is the slope and arranges, the stopper includes two piece faces, the piece face is the slope respectively and arranges, the piece face with the cell wall is coincide or separate arrangement.

Further, the clock shell comprises a time disc plate and a disc dividing plate, a clock is connected with the time disc plate, a minute hand is connected with the disc dividing plate, the movement is used for synchronously driving the time disc plate and the disc dividing plate to be arranged in a synchronous rotation mode, the rotation amplitude of the time disc plate and the rotation amplitude of the disc dividing plate are not uniformly arranged, the time disc plate is used for driving the clock to rotate circumferentially, and the disc dividing plate is used for driving the minute hand to rotate circumferentially; the time plate and the disc separating plate are correspondingly arranged at intervals, and the time plate and the disc separating plate are respectively arranged between the magnetic blocks and the magnetic seats.

Compared with the prior art, in the use process of the mode switching type clock device, as the magnetic seat and the magnetic blocks are arranged in a magnetic repulsion mode, under the action of the magnetic seat, the magnetic blocks are arranged in a reciprocating mode along the two sides of the magnetic seat, and the swinging piece is driven to swing along the magnetic seat, so that the eye piece is driven to swing, the eyes are driven to swing, the simulated eye swinging is realized, the clock device is more vivid and has better interestingness; when the clock is used, the movement outputs driving force to the driving structure, the driving structure controls the hair volume piece to swing, and when the clock is in a rest time period, for example, 0-3 am, the hair volume piece swings to enable the display area to be gradually hidden, the analog hair volume is reduced, a user intuitively sends the reduction, the user is reminded of the rest time at the moment, and the reminding mode is more striking and has better reminding effect; when the device is not in rest time, the hair measuring sheet swings reversely, so that the display area is gradually displayed and arranged, the device is more interesting, and therefore, the switch between rest mode reminding and working mode reminding is realized, and the device is more interesting.

Drawings

FIG. 1 is a schematic diagram of the change of the transmission rate of a mode-switching clock device according to the present invention;

FIG. 2 is an exploded schematic view of a mode-switched clock device provided by the present invention;

FIG. 3 is a schematic perspective view of a driving structure of a mode switching clock device according to the present invention;

FIG. 4 is a schematic diagram illustrating an internal layout of a driving module of a mode-switching clock device according to the present invention;

FIG. 5 is a right side view schematically illustrating a driving structure of a mode switching clock device according to the present invention;

FIG. 6 is a schematic diagram of a driving variation of a driving module of the mode-switching clock device according to the present invention;

fig. 7 is a schematic perspective view of the cooperation between a secondary multiple gear and a driving gear of the mode switching clock device provided by the invention;

FIG. 8 is a schematic perspective view of a two-stage multiple gear of the mode-switching timepiece device of the invention;

FIG. 9 is a schematic diagram illustrating an eye module layout of a mode-switching clock device according to the present invention;

FIG. 10 is an enlarged schematic view of part A of the mode switching clock device according to the present invention;

FIG. 11 is a right side view of an eye module layout of a mode-switched clock device according to the present invention;

fig. 12 is a schematic layout perspective view of a time plate and a split plate of the mode switching clock device provided by the invention.

Detailed Description

The present invention will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.

The implementation of the present invention will be described in detail below with reference to specific embodiments.

The same or similar reference numerals in the drawings of the present embodiment correspond to the same or similar components; in the description of the present invention, it should be understood that, if there is an azimuth or positional relationship indicated by terms such as "upper", "lower", "left", "right", etc., based on the azimuth or positional relationship shown in the drawings, it is only for convenience of describing the present invention and simplifying the description, but it is not indicated or implied that the apparatus or element referred to must have a specific azimuth, be constructed and operated in a specific azimuth, and thus terms describing the positional relationship in the drawings are merely illustrative and should not be construed as limitations of the present patent, and specific meanings of the terms described above may be understood by those skilled in the art according to specific circumstances.

Referring to fig. 1-12, a preferred embodiment of the present invention is provided.

The mode switching type clock device comprises a machine core 5, a driving structure 1, a magnetic seat 6, a head module and an eye module 3, wherein the machine core 5 is used for outputting driving force, the machine core 5 is connected with the driving structure 1, and the magnetic seat 6 is used for outputting magnetic force; the head module comprises a hair volume piece 2, the driving structure 1 is used for driving the hair volume piece 2 to be arranged in a swinging way, the hair volume piece 2 is provided with a presenting area, and when the hair volume piece 2 swings, the presenting area is gradually presented or gradually hidden; the eye module 3 comprises a swinging piece 31 and an eye piece 32, the swinging piece 31 and the eye piece 32 are connected, the inner end of the swinging piece 31 is hinged, the outer end of the swinging piece 31 is provided with a magnetic block 44, the magnetic seat 6 and the magnetic block 44 are magnetically arranged in a repulsive manner, and the magnetic seat 6 is used for driving the magnetic block 44 to swing reciprocally along two sides of the magnetic seat 6.

In the above-mentioned mode switching type clock device, in the use process of the clock, because the magnetic base 6 and the magnetic block 44 are arranged in a magnetic repulsion way, under the action of the magnetic base 6, the magnetic block 44 is arranged in a reciprocating way along the two sides of the magnetic base 6 to drive the swinging piece 31 to swing along the magnetic base 6, thereby driving the eye piece 32 to swing and further driving the eyes to swing, so as to simulate the swing of eyes, thereby having more liveliness and better interest; when the clock is used, the movement 5 outputs driving force to the driving structure 1, the driving structure 1 controls the hair volume piece 2 to swing, and when the clock is in a rest time period, for example, 0-3 am, the hair volume piece 2 swings to enable a presentation area to be gradually hidden, the analog hair volume is reduced, a user intuitively sends out the reduction, the user is reminded of the rest time at the moment, and the reminding mode is more striking and has better reminding effect; when the user is not in rest time, the hair volume piece 2 swings reversely, the display area is caused to be gradually displayed and arranged, and the user is more interesting, so that the user can realize the switching between rest mode reminding and working mode reminding, and the user is more interesting.

The mode switching type clock device comprises a clock shell 4, and a core 5, a driving structure 1, a magnetic seat 6, a head module and an eye module 3 are respectively arranged on the clock shell 4; under the action of the clock shell 4, the setting of the movement 5, the driving structure 1, the magnetic base 6, the head module and the eye module 3 is facilitated.

The clock shell 4 comprises a shell and a transparent plate, wherein the shell is provided with a presentation opening, the transparent plate is covered by the cover to present the opening, the transparent plate comprises a shielding area and a presentation area, the presentation area is arranged in a transparent mode, the shielding area is used for shielding the hair volume piece 2, the shielding area and the presentation area are arranged in the same plane, and the shielding area is arranged in a butt joint mode with the extension of the presentation area.

Therefore, through the cooperation of the shielding area and the presentation area, the presentation area is gradually hidden or gradually presented, and the switching among different modes is realized.

The clock shell 4 comprises a head plate 41, the head plate 41 is arranged on the shell, the head plate 41 and the transparent plate are arranged in a right-facing way, the head plate 41 comprises a hair volume area and an eye area, the hair volume sheet 2 is arranged to gradually cover the hair volume area or gradually uncover the hair volume area, the eye area is provided with two eyes, the eye sheet 32 is provided with two eye beads 321, and the two eye beads 321 are arranged in a one-to-one correspondence way with the two eyes; by simulating the eye swinging in the eye area, the device is more vivid and interesting, and by the hair volume area, the hair volume change is more obvious, so that the user can intuitively send the change of the hair volume.

The driving structure 1 comprises a first-stage multiple gear 12, a second-stage multiple gear 13 and a driving module 11, wherein the movement 5 and the first-stage multiple gear 12 are in meshed arrangement, the movement 5 is used for driving the first-stage multiple gear 12 to be in rotary arrangement, the first-stage multiple gear 12 and the second-stage multiple gear 13 are in meshed arrangement, the second-stage multiple gear 13 comprises an inner toothed plate 132 and an outer toothed plate 131, the inner toothed plate 132 and the outer toothed plate 131 are connected and synchronously rotate to be in meshed arrangement, the inner toothed plate 131 and the first-stage multiple gear 12 are in meshed arrangement, the inner toothed part and the empty part 134 are in circumferential butt joint arrangement, the inner toothed part and the driving module 11 are in meshed or separated arrangement, the inner toothed part is used for conducting driving force to the driving module 11, the empty part 134 is used for cutting off driving force conduction to the driving module 11, the driving module 11 and the transmitting piece 2 are in connected arrangement, and the driving module 11 is used for driving the transmitting piece 2 to be in swinging arrangement.

When the device is used, the movement 5 outputs driving force to drive the first-stage multiple gear 12 to be arranged in a rotating mode, the second-stage multiple gear 13 is driven to be arranged in a rotating mode, the time period is divided through the cooperation of the first-stage multiple gear 12 and the second-stage multiple gear 13, when the device is in a normal time period, the second-stage multiple gear 13 is arranged in an idling mode, the driving structure 1 does not receive the driving force, the hair volume piece 2 is in a normal hair volume state, when the device is in the hair volume change time period, for example, 0-3 am, the second-stage multiple gear 13 drives the driving module 11 to be in a driving state, the hair volume piece 2 is driven to be arranged in a swinging mode, the display area of the hair volume piece 2 is gradually hidden in a swinging mode, and therefore, a user is reminded of rest time at the moment, the reminding mode is more striking and interesting, and the reminding effect is better.

The transmission change time period comprises a reduction time period and a reset time period, and when the transmission change time period is in the reduction time period, the presentation area is in gradual hiding arrangement, and a user is reminded of being in rest time now; when the device is in the reset time period, the presentation area is in gradual presentation arrangement, and the range of the presentation of the hair volume is reset.

The time reduction period can be 0-3 in the early morning, the time reduction period can be 4-7 in the morning, the specific time area of the time reduction period can be preset according to the requirement, and the time reduction period can be preset according to the requirement.

In a specific embodiment, after the reset period is finished, the hair volume piece 2 swings to the maximum range of the presentation area, and when the reduction period is not finished, the presentation area of the hair volume piece 2 is always in the maximum range; once the time reaches the reduced time period, the driving lever 113 swings again and swings in the opposite direction, causing the presenting area of the hair volume segment 2 to be in a gradually hidden arrangement until the hair volume segment 2 is completely in a shielding state, and when the reduced time period is over, the range of the presenting area of the hair volume segment 2 is at a minimum until the reset time period is opened, and the presenting area of the hair volume segment 2 is not reset to the maximum range recently.

The driving module 11 comprises a driving gear 111, a transverse plate 112 and a driving rod 113, wherein the driving gear 111 is provided with a gear column 115, the gear column 115 is driven to rotate along the circumference and is arranged transversely, the transverse plate is provided with a rod groove 114, the rod groove 114 extends along the longitudinal direction and is arranged in an embedded mode, the gear column 115 is embedded in the rod groove 114 and is used for driving the transverse plate 112 to be arranged transversely, the inner end of the driving rod 113 is connected with the transverse plate 112, the outer end of the driving rod 113 is connected with the hair volume piece 2, the transverse plate transversely moves to drive the driving rod 113 to be arranged in a swinging mode, and the driving rod 113 is used for driving the hair volume piece 2 to be arranged in a swinging mode.

Thus, when the driving module 11 is in a driving state, the driving gear 111 is in a rotating arrangement to drive the gear column 115 to rotate along the circumference, and as the gear column 115 is embedded with the rod groove 114 for arrangement, the gear column 115 is tested in the circumference rotation to drive the transverse plate to move transversely, and the transverse plate drives the driving rod 113 to swing in the moving process, so that the hair size piece 2 is driven to swing, and the display area is gradually displayed or gradually hidden.

When the presenting area of the hair volume piece 2 is gradually hidden, the presenting area of the hair volume piece 2 is completely in a shielding state based on requirements.

The two ends of the transverse plate 112 are respectively penetrated through the clock shell 4, so that the clock shell 4 plays a role in positioning the transverse plate 112, limits the deflection and the deflection of the transverse plate 112, ensures that the transverse plate 112 moves back and forth along the transverse direction when driven by the driving force, and further ensures the swing driving of the driving rod 113.

The transverse plate 112 is provided with an outer connecting section, the outer connecting section is provided with plate tooth sections which are transversely extended and arranged, the inner end of the driving rod 113 forms an inner rod head, the inner rod head is provided with rod tooth parts, the rod tooth parts are annularly arranged, and the rod tooth parts are meshed with the plate tooth sections; when the plate tooth segments are moved in the lateral direction, the drive rod 113 is driven in a swinging arrangement along the rod tooth.

Thus, when the transverse plate 112 moves transversely, the outer connecting section moves transversely synchronously, and the plate tooth section moves transversely to drive the rod tooth part to rotate, so that the driving rod 113 swings along the rod tooth part; under the meshing and matching action of the rod tooth parts and the plate tooth sections, the connection stability between the transverse plate 112 and the driving rod 113 is improved, and the transmission of driving force is ensured.

The driving gear 111 comprises an inner driving tooth and an outer driving plate, the inner driving tooth and the outer driving plate are arranged in a central superposition manner, the diameter value of the outer driving plate is larger than that of the inner driving tooth, the inner driving tooth and the inner tooth part 133 are arranged in a meshed or separated manner, the gear column 115 and the outer driving plate are arranged in a connection manner, the gear column 115 is arranged in a protruding extending manner along the axial direction of the outer driving plate, and the gear column 115 is arranged in an extending manner close to the outer driving plate; along the longitudinal direction of the rod groove 114, the rod groove 114 forms a longitudinal diameter value, which is arranged in correspondence with the diameter value of the outer drive plate.

In the driving state, the inner driving teeth and the outer driving plate are arranged in a synchronous rotation way, the rotation diameter value of the gear column 115 is the transverse movement distance of the transverse plate 112, and the driving force is received and transferred to the transverse plate 112 under the cooperation of the inner driving teeth and the outer driving plate.

In addition, when the internal tooth part 133 is arranged in a meshed manner with the internal driving teeth, the driving force is transmitted to the internal driving teeth through the internal tooth part 133, so that the driving gear 111 is driven, the transverse plate 112 is driven, and the hair measuring piece 2 is driven; when the internal tooth portion 133 is arranged separately from the internal drive teeth, the secondary multiple gear 13 is arranged idly, and the driving force is not transmitted to the internal drive teeth, and at this time, the driving gear 111 is arranged stationary.

The secondary multiple gear 13 includes an inner toothed plate 132 and an outer toothed plate 131, the outer toothed plate 131 forms an outer toothed portion, the outer toothed portion is annularly circularly arranged, the outer toothed plate 131 and the inner toothed plate 132 are concentrically arranged, the inner toothed plate 132 is connected with the inner toothed portion 133, the inner toothed portion 133 is convexly arranged along a radial direction deviating from the inner toothed plate 132, the inner toothed plate 132 is provided with an empty portion 134, the inner toothed portion and the empty portion 134 are circumferentially arranged in a surrounding and abutting manner, inner driving teeth are correspondingly arranged with the inner toothed plate 132, and when the inner driving teeth rotate to the empty portion 134, power transmission of the secondary multiple gear 13 and the driving gear 111 is interrupted.

Thus, when the time period is reduced, the inner driving teeth and the inner tooth part 133 are meshed, the driving structure 1 is in a driving state, and the presenting area of the hair measuring piece 2 is gradually hidden; when the presenting area of the hair measuring sheet 2 is completely shielded, the inner driving teeth rotate to the empty part 134, the driving force is in an interrupted arrangement, and the driving gear 111 is in a static arrangement; in the reset time period, the inner driving teeth and the inner tooth part 133 are meshed, the driving structure 1 is in a driving state, the presenting areas of the hair volume pieces 2 are gradually presented, and the resetting of the presenting areas of the hair volume pieces 2 is realized.

The swing directions of the driving lever 113 for the reduced period and the reset period are arranged in opposite directions.

The first-order multiple gear 12 comprises a pinion and a large gear, the diameter value of the large gear is larger than that of the small gear, the large gear and the small gear are arranged in a central superposition mode, the large gear and the small gear are arranged in a synchronous rotation mode, the small gear is arranged in a meshing mode with the outer toothed plate 131, and the large gear is arranged in a meshing mode with the movement 5; the number of teeth of the large gear and the number of teeth of the small gear are arranged in a common multiple; in this way, the movement 5 outputs a driving force, and the common multiple of the amplifying gear is realized by the cooperation of the pinion and the large gear.

The common multiple of the gears is 24 hours, corresponding to the time of day, so that the internal tooth portion 133 occupies only one section of the circumference, the other sections are in idle state, the movement 5 normally outputs driving force, and the driving structure 1 is in a stagnation state, so that the normal time of the movement 5 is not influenced, and normal time presentation is realized.

The common multiple of gears may be set by referring to the common multiple setting principle of gears of the hour hand 42, minute hand 43 and second of the clock, which is common knowledge and will not be described in detail in the following.

The clock shell 4 is respectively arranged on the movement 5, the first-order multiple gear 12, the second-order multiple gear 13, the driving structure 1 and the transmitting piece 2; the device is convenient for setting the movement 5, the first-order multiple gear 12, the second-order multiple gear 13, the driving structure 1 and the measuring piece 2.

The hair measuring piece 2 is provided with protruding parts which are arranged in a protruding arc shape, two ends of each protruding part respectively form an external extension edge, the hollowed-out opening forms an opening wall, and the external extension edges extend to the opening wall for arrangement; under the action of the bulge, the change of the quantity of the hair is highlighted and more striking; moreover, under the action of the protruding part, the protruding part realizes the simulation of hair sea, and has more liveliness and similarity.

When the eye module 3 is used, the clock normally performs time presentation, and in the use process, magnetic force is output through the magnetic seat 6, and as the magnetic seat 6 and the magnetic block 44 are in magnetic repulsion arrangement, under the action of the magnetic seat 6, the magnetic block 44 is in reciprocating movement arrangement along the two sides of the magnetic seat 6, so that the swinging piece 31 is driven to swing along the magnetic seat 6, the eye piece 32 is driven to swing, and the eyes are driven to swing, so that the simulated eye swinging is realized; therefore, the clock not only presents time, but also has liveness and fun through the simulated swing of eyes, and is more attractive by combining cartoon images.

The clock shell 4 is respectively arranged on the swinging piece 31, the eye piece 32 and the magnetic base 6, so that the swinging piece 31, the eye piece 32 and the magnetic base 6 are convenient to set.

The eye region is provided with a nose part which is arranged at the lower edge between the two eyes; make whole more lively, improve user's liking feel, simultaneously, cooperation nose makes eye swing more lively.

The head plate 41 is detachably provided with a shell arrangement, so that a user can replace different shell plates according to requirements, and different cartoon images can be replaced.

The clock shell 4 comprises a head plate 41, the head plate 41 is arranged on the shell, the head plate 41 and the transparent plate are arranged in a right-facing way, the head plate 41 comprises a hair volume area and an eye area, the hair volume sheet 2 is arranged to gradually cover the hair volume area or gradually uncover the hair volume area, the eye area is provided with two eyes, the eye sheet 32 is provided with two eye beads 321, and the two eye beads 321 are arranged in a one-to-one correspondence way with the two eyes; by simulating the eye swinging in the eye area, the device is more vivid and interesting, and by the hair volume area, the hair volume change is more obvious, so that the user can intuitively observe the hair volume change

The swinging member 31 comprises a swinging shaft 33 and a swinging rod, wherein the inner end of the swinging shaft 33 is fixedly arranged, the outer end of the swinging shaft 33 is penetrated through the upper part of the swinging rod, and the lower part of the swinging rod is provided with a magnetic block 44; thus, the swinging of the swinging member 31 is realized by the swinging lever rotating with respect to the swinging shaft 33.

The upper part of the swinging rod is provided with a positioning groove, the swinging shaft 33 is provided with positioning parts which are arranged in an arc shape, and the positioning parts are embedded into the positioning groove; under the cooperation of the positioning groove and the positioning part, the assembling stability of the swinging rod and the swinging shaft 33 is enhanced.

The swing shaft 33 has a limit groove, the limit groove is arc-shaped, along deviating from the axle center direction of the swing shaft 33, the limit groove is flaring-shaped, the swing lever has a limit block 34, the limit block 34 is protruding, the limit block 34 is embedded with the limit groove, two sides of the limit groove respectively form groove walls, the groove walls are obliquely arranged, the limit block 34 comprises two block surfaces, the block surfaces are obliquely arranged respectively, and the block surfaces and the groove walls are overlapped or separated.

In this way, under the cooperation of the limiting groove and the limiting block 34, the swing amplitude and the interval of the swing rod are limited, so that the swing amplitude of the swing rod is prevented from being too large; meanwhile, under the limitation of the block surface and the groove wall, the swing amplitude and the section of the swing rod are limited, and the overlarge swing amplitude of the swing rod is avoided.

When the swing rod specifically swings, one surface moves towards one groove wall direction under the repulsion of magnetic force, and the other surface moves away from the other groove wall direction until one surface is overlapped with the other groove wall, and under the action of the one groove wall, the limiting block surface continues to move so as to limit the swing of the swing rod; when the device swings reversely, the other block face moves towards the other groove wall direction, and one block face moves away from the groove wall direction until the other block face and the other groove wall are overlapped, and the block face is limited to move continuously under the action of the other groove wall; thus, a region in which the swing lever swings left and right is formed.

The movement 5 is used for providing driving force, and under the action of the movement 5, the time is presented by matching with the hour hand 42, the minute hand, the second hand and the like.

The movement 5 comprises a mandrel, the inner end of the swinging member 31 forms a hinge part, and the hinge part and the mandrel are coaxially arranged along the longitudinal direction; thus, the swinging piece 31 swings left and right along the axial direction of the center, so that the overall stability of the clock is improved, and the swinging of the swinging piece 31 is smoother.

The clock shell 4 comprises an inner shell, the upper part of the swinging piece 31 is hinged with the inner shell, the inner shell is provided with an inner shell groove, and the swinging piece 31 is arranged in the inner shell groove; under the action of the inner shell groove, the swing area of the swinging piece 31 is limited, and the overlarge swing amplitude of the swinging piece 31 is avoided.

The inner shell groove comprises a round groove and an expansion groove, the round groove and the expansion groove are communicated, the expansion groove is arranged in an expansion shape along the direction deviating from the round groove, the swinging piece 31 comprises a hinge part and a swinging part, the swinging part is arranged in a strip shape, the hinge part is embedded with the round groove, and the swinging part is embedded with the expansion groove; therefore, under the action of the circular groove, the hinge parts are arranged in a circumferential swinging way, and under the action of the expansion groove, the swinging area of the swinging parts is limited and guided, so that the overlarge swinging amplitude of the swinging parts is avoided.

The swinging part is provided with two fixing columns which are arranged at intervals corresponding to each other along the extending direction of the swinging part, the two fixing columns penetrate through the eye piece 32 respectively and are used for fixing the eye piece 32; under the effect of two fixed columns, be convenient for the setting of eye piece 32, simultaneously, make the eye piece 32 of quiet value state arrange in the middle of, like this, eye piece 32 swing atress is more steady.

The eye piece 32 is provided with a middle piece part which is arranged in the middle of the eye piece 32, and the two fixing columns respectively penetrate through the middle piece part to enable the eye piece 32 in a static state to be arranged in the middle, so that the swing stress of the eye piece 32 is more stable.

The eye pieces 32 are arranged in an arc shape, so that the swing stress of the eye pieces 32 is facilitated, the stress of the whole eye pieces 32 is more uniform, and the swing stability of the eye pieces 32 is improved.

The magnetic seat 6 is electrified to be in a magnetic force output state, the magnetic seat 6 is provided with a magnetic valve, and the magnetic valve is used for adjusting the electrified strength of the magnetic seat 6; in this way, the magnetic force seats 6 have different power-on intensities, and the output magnetic forces have different magnitudes, so that the swing amplitude of the swinging piece 31 is different, and various swing requirements are met.

Swing amplitude embodiment: the clock has a rest time period, for example, at night, the time period is changed from 19 to 7, the magnetic valve adjusts the power-on strength of the magnetic seat 6 to be in a low magnetic force state, at the moment, the swing amplitude of the swing piece 31 is small and slow, the user is reminded of taking a rest, the rest time period can be 12 to 14 midday, and the user is reminded of taking a rest at afternoon; when the magnetic valve is in the non-rest time period, the magnetic valve adjusts the power-on strength of the magnetic seat 6 to be in a high magnetic force state, and at the moment, the swing amplitude of the swing piece 31 is large and quick, so that a user is reminded of being in a working state.

The clock shell 4 comprises a time disc plate 7 and a split disc plate 8, an hour hand 42 is connected with the time disc plate 7, a split needle 43 is connected with the split disc plate 8, the movement 5 is used for synchronously driving the time disc plate 7 and the split disc plate 8 to be synchronously rotated, the rotation amplitudes of the time disc plate 7 and the split disc plate 8 are in inconsistent arrangement, the time disc plate 7 is used for driving the hour hand 42 to circumferentially rotate, and the split disc plate 8 is used for driving the split needle 43 to circumferentially rotate; thus, the movement 5 rotates the hour hand 42, minute hand 43 and second, thereby realizing the presentation of time.

The common multiple setting of the gears for hour 42, minute 43 and second is a multiple setting, achieving an hour equal to sixty minutes and a minute equal to sixty seconds.

The time plate 7 and the split plate 8 are correspondingly arranged at intervals, and the time plate 7 and the split plate 8 are respectively arranged between the magnetic block 44 and the magnetic seat 6; the swinging piece 31 is arranged in a dislocation way with the hour hand 42, the minute hand 43 and the second; in this way, under the separation action of the dial, the swinging of the swinging member 31 does not affect the normal rotation of the hour hand 42 and the minute hand 43, and the time presentation is avoided from being affected by the swinging of the swinging member 31.

Dial embodiment: the dial comprises a dial plate 7 and a dial plate 8, the movement 5 penetrates through the dial plate 7 and the dial plate 8 respectively, the movement 5 is used for synchronously driving the dial plate 7 and the dial plate 8 to rotate, the dial plate 7 is arranged at the hour hand 42, and the dial plate 8 is arranged at the minute hand 43; thus, through the cooperation of the hour plate 7 and the minute plate 8, the rotation of the hour hand 42 and the minute hand 43 is realized, and the presentation of time is ensured.

The time plate 7 and the minute plate 8 are made of materials which are not influenced by magnetic force, and the hour hand 42 and the minute hand 43 are made of materials which are not influenced by magnetic force, so that the rotation of the time plate 7, the minute plate 8, the hour hand 42 and the minute hand 43 is not influenced by the magnetic block 44 and the magnetic seat 6, and the normal presentation of time is ensured.

Dial embodiment: the dial includes time-disc plate 7, minute dish plate 8 and second dish plate, and core 5 runs through time-disc plate 7, minute dish plate 8 and second dish plate respectively, and core 5 is used for synchronous drive time-disc plate 7, minute dish plate 8 and second dish plate to be the rotation and arranges, and time-disc plate 7 is installed to hour hand 42, minute hand 43 installs minute dish plate 8. Setting a second plate in seconds; thus, by the cooperation of the hour plate 7, the minute plate 8 and the second plate, the rotation of the hour hand 42, the minute hand 43 and the second hand is realized, and the presentation of time is ensured.

The hour plate 7, the minute plate 8 and the second plate are made of materials which are not affected by magnetic force, and the hour hand 42, the minute hand 43 and the second are made of materials which are not affected by magnetic force, so that the rotation of the hour plate 7, the minute plate 8, the second plate, the hour hand 42, the minute hand 43 and the second hand is not affected by the magnetic block 44 and the magnetic seat 6, and the normal presentation of time is ensured.

The foregoing description of the preferred embodiments of the invention is not intended to be limiting, but rather is intended to cover all modifications, equivalents, and alternatives falling within the spirit and principles of the invention.

Claims (7)

1. The mode switching type clock device is characterized by comprising a machine core, a driving structure, a magnetic seat, a head module and an eye module, wherein the machine core is used for outputting driving force, the machine core is connected with the driving structure, and the magnetic seat is used for outputting magnetic force;

the head module comprises a hair volume piece, the driving structure is used for driving the hair volume piece to be arranged in a swinging mode, the hair volume piece is provided with a presenting area, and when the hair volume piece swings, the presenting area is arranged in a gradually presenting or gradually hiding mode; the mode switching type clock device comprises a clock shell, and the movement, the driving structure, the magnetic seat, the head module and the eye module are respectively arranged on the clock shell; the clock shell comprises a shell body and a transparent plate, wherein the shell body is provided with a presentation opening, the transparent plate covers the presentation opening, the transparent plate comprises a shielding area and a presentation area, the presentation area is arranged in a transparent mode, the shielding area is used for shielding the hair volume piece, the shielding area and the presentation area are arranged in the same plane, and the shielding area and the extension of the presentation area are arranged in a butt joint mode;

the eye module comprises a swinging piece and an eye piece, wherein the swinging piece is connected with the eye piece, the inner end of the swinging piece is hinged, the outer end of the swinging piece is provided with a magnetic block, the magnetic seat and the magnetic block are magnetically arranged in a repulsive manner, and the magnetic seat is used for driving the magnetic block to swing reciprocally along the two sides of the magnetic seat;

The driving structure comprises a driving module, the driving module is connected with the hair volume piece, and the driving module is used for driving the hair volume piece to swing; the driving module comprises a driving gear, a transverse plate and a driving rod, wherein the driving gear is provided with a gear column, the gear column is driven to rotate along the circumference and is arranged in a transverse mode, the transverse plate is provided with a rod groove, the rod groove extends along the longitudinal direction and is embedded with the rod groove, the gear column is used for driving the transverse plate to be arranged in a transverse mode, the inner end of the driving rod is connected with the transverse plate, the outer end of the driving rod is connected with the hair volume piece, the transverse plate transversely moves to drive the driving rod to be arranged in a swinging mode, and the driving rod is used for driving the hair volume piece to be arranged in a swinging mode; the two ends of the transverse plate are respectively penetrated with the clock shell; the driving structure comprises a first-order multiple gear and a second-order multiple gear, the movement is meshed with the first-order multiple gear, the movement is used for driving the first-order multiple gear to be rotatably arranged, the first-order multiple gear is meshed with the second-order multiple gear, the second-order multiple gear comprises an inner toothed plate and an outer toothed plate, the inner toothed plate and the outer toothed plate are connected and synchronously rotatably arranged, the outer toothed plate is meshed with the first-order multiple gear, the inner toothed plate is provided with an inner toothed part and an empty part, the inner toothed part is meshed with or separated from the empty part along circumferential butt joint arrangement, the inner toothed part is used for transmitting driving force to the driving module, and the empty part is used for cutting off driving force transmission to the driving module.

2. The mode switching clock device of claim 1, wherein the clock case comprises a head plate, the head plate is arranged on the shell, the head plate is arranged opposite to the transparent plate, the head plate comprises a hair volume area and an eye area, the hair volume piece is arranged to gradually cover the hair volume area or gradually uncover the hair volume area, the eye area is provided with two eyes, the eye piece is provided with two eye beads, and the two eye beads are arranged in a one-to-one correspondence with the two eyes.

3. The mode switching timepiece of claim 1 wherein the transverse plate has an outer connecting section having plate tooth sections arranged in a transversely extending arrangement, the inner end of the drive bar forming an inner bar head having bar tooth portions arranged in an annular circular arrangement in meshing arrangement with the plate tooth sections; when the plate tooth section moves transversely, the driving rod is driven to swing along the rod tooth part.

4. The mode switching timepiece device according to claim 1, wherein the drive gear includes an inner drive tooth and an outer drive plate, the inner drive tooth and the outer drive plate are arranged in a center overlapping manner, a diameter value of the outer drive plate is larger than a diameter value of the inner drive tooth, the inner drive tooth is arranged in engagement with or separation from the inner tooth portion, the gear post is arranged in connection with the outer drive plate, and the gear post is arranged in a convex extension in an axial direction of the outer drive plate, and the gear post is arranged in an extension close to the outer drive plate; along the longitudinal direction of the rod groove, the rod groove forms a longitudinal diameter value, and the longitudinal diameter value is consistent with the diameter value of the outer driving plate.

5. The mode switching timepiece device according to claim 1, wherein the first order multiple gear includes a pinion and a large gear, the large gear having a diameter larger than that of the pinion, the large gear and the small gear being arranged in center coincidence, the large gear and the small gear being arranged in synchronous rotation, the small gear being arranged in meshing engagement with the external gear plate, the large gear being arranged in meshing engagement with the movement; the number of teeth of the large gear and the number of teeth of the small gear are arranged in a common multiple.

6. The mode switching type clock device according to claim 1 or 2, wherein the swinging member comprises a swinging shaft and a swinging rod, the inner end of the swinging shaft is fixedly arranged, the outer end of the swinging shaft is arranged through the upper part of the swinging rod, and the lower part of the swinging rod is provided with the magnetic block;

The swing axle has the spacing groove, the spacing groove is the arc and arranges, along deviating from the axle center direction of swing axle, the spacing groove is flaring form and arranges, the swing lever has the stopper, the stopper is protruding the arranging, the stopper inlays to be established the spacing groove is arranged, the both sides of spacing groove form the cell wall respectively, the cell wall is the slope and arranges, the stopper includes two piece faces, the piece face is the slope respectively and arranges, the piece face with the cell wall is coincide or separate arrangement.

7. The mode switching clock device of claim 2, wherein the clock case comprises a time plate and a minute plate, a clock is connected with the time plate, a minute hand is connected with the minute plate, the movement is used for synchronously driving the time plate and the minute plate to rotate synchronously, the rotation amplitudes of the time plate and the minute plate are in inconsistent arrangement, the time plate is used for driving the clock to rotate circumferentially, and the minute plate is used for driving the minute hand to rotate circumferentially; the time plate and the disc separating plate are correspondingly arranged at intervals, and the time plate and the disc separating plate are respectively arranged between the magnetic blocks and the magnetic seats.