JP2020157022A - Spring-type bathroom toy - Google Patents

Abstract

To disclose a spring-type bathroom toy.SOLUTION: A spring-type bathroom toy comprises an outer shell. Five cavities to increase buoyancy are installed in the outer shell. A spring roll component for accumulating force is installed in the outer shell. The spring roll component comprises a cavity B and a hollow C. A sleeve is installed in the right wall of the hollow C so as to be rotatable. A rotating shaft A coming in the cavity B is installed in the left end face of the sleeve. A rotating shaft B is installed in the left side wall of the hollow B so as to be rotatable. An interval between the rotating shaft B and the rotating shaft A is engaged by a ratchet through a wheel. A briquette for balancing the gravity center of the outer shell is installed in the outer shell.SELECTED DRAWING: Figure 1

Description

The present invention takes up the field of bathroom toy production, and specifically is a spring-type bathroom toy.

When children take a bath, room toys can be used to distract and help them take a bath, the water-floating toys they use while taking a bath are mostly inflatable rubber toys, uninteresting, Not enough to help parents bathe their children, which can only get attention for a while.

Chinese Patent Application Publication No. 105281893

An object of the present invention is to provide a spring-loaded bathroom toy, which has been used to overcome the above-mentioned drawbacks in the prior art.

The spring-type bathroom toy implemented based on the present invention includes an outer shell, and five cavities for increasing buoyancy are installed in the outer shell, and a repellent winding component for storing power is installed in the outer shell. Is installed, the strip-wound component includes the cavity B and the cavity C, and the sleeve is attached to the right wall of the cavity C so that the sleeve can rotate, and the left end surface of the sleeve has a rotation axis A entering the cavity B. It is installed so that the rotating shaft B can rotate on the left wall of the cavity B, and the rotating shaft B and the rotating shaft A are engaged by a ratchet through a wheel and inside the outer shell. A complex ore that balances the center of gravity of the outer shell is installed, a cavity A is installed in the outer shell, and a transmission that transmits the rotational torque of the rotating shaft A between the cavity A and the cavity B. Parts are installed, symmetrical rocking parts are installed on both the left and right sides of the cavity A, the rocking parts include a rotating disk A and a slide rod, and hinge pins are provided on the end faces of the rotating disk A. It is installed, and the slide rod and the hinge pin are connected by a connecting rod, and the articulated swing rod at the end of the slide rod is connected by the transmission component using the turntable A and the slide rod. A speed control component for controlling the transmission speed of the transmission component is installed in the cavity B by converting the transmitted torque into a reciprocating swing of the rocking rod and sliding the outer shell to the water surface.

A further technical scheme, the repellent winding component includes a key engaged by the sleeve and a spline, a fixed pin fixedly installed on the right wall of the cavity C, the fixing pin and the rotating shaft A. An iron tape is installed between the two, a slot opened upward is installed in the outer shell, and a sliding sleeve is installed in the slot so that the sliding sleeve can slide, and the bottom of the slot is installed. A magnet A is installed on the wall, a spline hole opened upward is installed in the sliding sleeve, a magnet B is installed on the bottom wall of the spline hole, and the magnet B is the said. It is engaged with a key by magnetic force, the key is engaged with the spline hole by a spline, a fixed block cavity is continuously provided in the top wall of the cavity B, and the fixed block is elastically engaged in the fixed block cavity. Together, the fixed block can mesh with the ratchet sleeve, and the sliding sleeve and the fixed block are interlocked with each other by a gear.

A further technical measure, the transmission component includes a pulley fixedly installed on the rotating shaft B, and is installed between the left and right walls of the cavity A so that the pulley shaft and the rotating shaft C can rotate. It is connected so as to be able to transmit between the pulley shaft and the rotating disk B, two large gears are installed on the pulley shaft, two small gears are installed on the rotating shaft C, and the small gears are installed. Engages with the large gear, and the number of teeth of the large gear is five times the number of teeth of the small gear.

A further technical measure, the swinging component includes a symmetrical cavity D, the rotating shaft C enters the cavity D, the rotating disk A is on the end face of the rotating shaft C, and the left and right sides of the outer shell. A symmetrical rocking cavity is installed on the end face, a chute is connected and installed between the rocking cavity and the cavity D, the slide rod is installed on the chute, and a sealing is performed on the slide rod. A plate is installed, the sealing plate is engaged so as to slide with the inner wall of the swing cavity, a plate A is connected to the end of the swing rod, and the plate A is hinged with the plate B. A position limiting block A and a position limiting block B are installed on the plate A, and the swing rod is connected to the upper and lower walls of the swing cavity by a hinge.

A further technical measure, the speed control component includes a vertical component A and a vertical component B that are rotatably installed on the right wall of the cavity B, and a rotating disk B is installed on the rotating shaft B. Five uniformly distributed circular pins are installed on the left end surface of the turntable B, and a plucked strip A is installed between the vertical component A and the cavity B. A repellent is installed between the cavities B.

The beneficial effects of the present invention are:

The swinging parts can be released when the potential energy is stored, and the swinging parts can convert the potential energy stored in the iron tape 37 into the power for the swinging rod 34 to swing. The speed control component 904 that moves the outer shell 10 to the surface of the water can control the recovery speed of the iron tape 37, and if the spring is wound only once, it can be played for a while, and it is a lot of fun and worth spreading.

FIG. 1 is a schematic diagram of the overall configuration of the present invention; FIG. 2 is a schematic cross-sectional configuration of FIG. 1 in the AA direction; FIG. 3 is a schematic cross-sectional configuration of FIG. 1 in the BB direction; FIG. 4 is an enlarged schematic diagram of C in FIG. 1. FIG. 5 is an enlarged schematic diagram of D in FIG. 1; FIG. 6 is an enlarged schematic diagram of E in FIG.

The following describes FIG. 1-6 in detail in the present invention, and for the sake of convenience, the orientation currently appearing in the latter sentence is defined as follows: the vertical, horizontal, front-back directions appearing in the latter sentence are shown in the figure. 1 It coincides with the vertical, horizontal, front-back directions of the projection relationship of the main body.

As shown in FIGS. 1-6, the spring-type bathroom toy of the present invention includes an outer shell 10, and five buoyancy-enhancing cavities are installed in the outer shell 10, and the outer shell 10 has five cavities. A repellent winding part 901 for storing power is installed, and the repellent winding part 901 includes a cavity B21 and a cavity C18, and is attached to the right wall of the cavity C18 so that the sleeve 17 can rotate. A rotating shaft A25 that enters the cavity B21 is installed on the left end surface, and a rotating shaft B19 is installed on the left wall of the cavity B21 so that the rotating shaft B19 can rotate. The wheel 23 is between the rotating shaft B19 and the rotating shaft A25. An aggregate 11 that is engaged by a ratchet through the outer shell 10 to balance the center of gravity of the outer shell 10 is installed in the outer shell 10, and a cavity A26 is installed in the outer shell 10. A transmission component 902 that transmits the rotational torque of the rotating shaft A25 is installed between the cavity B21 and the cavity B21, and symmetrical rocking components 903 are installed on both the left and right sides of the cavity A26. Includes a turntable A52 and a slide rod 56, a hinge pin 54 is installed on the end surface of the turntable A52, and the slide rod 56 and the hinge pin 54 are connected by a connecting rod 55, and the slide rod The articulated rocking rod 34 at the end of 56 converts the torque transmitted by the transmission component 902 into the reciprocating rocking 34 of the rocking rod 34 by using the rotating disk A52 and the slide rod 56, and the outside A speed control component 904 that controls the transmission speed of the transmission component 902 is installed in the cavity B21 by sliding the shell 10 onto the water surface.

As a useful and exemplary example, the repellent winding part 901 includes a key 16 engaged with the sleeve 17 by a spline, and a fixing pin 20 is fixedly installed on the right wall of the cavity C18. An iron tape 37 is installed between the fixing pin 20 and the rotating shaft A25, a slot 60 opened upward is installed in the outer shell 10, and a sliding sleeve is installed in the slot 60. 15 is installed so that it can slide, a magnet A61 is installed on the bottom wall of the slot 60, and a spline hole 14 opened upward is installed in the sliding sleeve 15, and the spline is installed. A magnet B45 is installed on the bottom wall of the hole 14, the magnet B45 is magnetically engaged with the key 16, the key 16 is engaged with the spline hole 14 by a spline, and the top wall of the cavity B21. A fixed block cavity 48 is continuously provided therein, and the fixed block 47 is elastically engaged with the fixed block cavity 48 so that the fixed block 47 can mesh with the ratchet sleeve 24 and is fixed to the sliding sleeve 15. The blocks 47 are interlocked with each other by a gear 46, and the key 16 is inserted into the sleeve 17 to be wound with a repellent thread, and the block 47 and the claw wheel 24 are tightly meshed to firmly fix the rotating shaft A25 so that it cannot be inverted. , The key 16 is inserted into the spline hole 14, pushed downward, and the gear 46 is rotationally interlocked, and the gear 46 moves the block 47 upward.

As a useful example, the transmission component 902 includes a pulley 23 fixedly installed on the rotation shaft B19 so that the pulley shaft 28 and the rotation shaft C32 can rotate between the left and right walls of the cavity A26. The pulley shaft 28 and the turntable B22 are connected so as to be transmitted, two large gears 27 are installed on the pulley shaft 28, and two small gears 27 are installed on the rotary shaft C32. A gear 31 is installed, the small gear 31 meshes with the large gear 27, the number of teeth of the large gear 27 is five times the number of teeth of the small gear 31, and the rotating shaft B19 rotates to rotate the pulley 23 shaft 28. And the large gear 27 are rotationally interlocked, and the large gear 27 is meshed to rotate the small gear 31 and the rotary shaft C32.

As a useful example, the swinging component 903 includes a symmetrical cavity D53, the rotating shaft C32 enters the cavity D53, and the turntable A52 is on the end face of the rotating shaft C32. Symmetrical rocking cavities 33 are installed on the left and right end faces of the outer shell 10, a chute 58 is connected and installed between the rocking cavity 33 and the cavity D53, and the slide rod 56 is installed in the chute 58. A sealing plate 57 is installed on the slide rod 56, and the sealing plate 57 is engaged with the inner wall of the swing cavity 33 so as to be slidable, and is engaged with the end of the swing rod 34. The plate A35 is connected, the plate A35 is connected to the plate B36 by a hinge, the position limiting block A50 and the position limiting block B51 are installed on the plate A35, and the swing rod 34 is the swing cavity. It is connected to the upper and lower walls of 33 by a hinge; the rotating shaft C32 rotates and interlocks the rotary plate A52 and the pin shaft 54, the plate A35 and the plate B36 swing and interlock with the connecting rod 55, and the rocking rod 34 moves up. When facing down, the plate B36 rolls over to the position limiting block B51, repels water to generate thrust, and when the swing rod 34 faces down, the plate body B36 rolls over to the position limiting block A50. , The obstructive force of the water flow is reduced, and the outer shell 10 is moved and interlocked.

As a useful example, the speed control component 904 includes a vertical component A40 and a vertical component B42 that are rotatably installed on the right wall of the cavity B21, and a turntable B22 is installed on the rotating shaft B19. On the left end surface of the turntable B22, five uniformly distributed circular pins 38 are installed, and a repellent A41 is installed between the vertical member A40 and the cavity B21. A repellent is installed between the vertical component B42 and the cavity B21, and when the rotating shaft B19 rotates and interlocks the rotating disk B22, the circular pin 38 rotates and interlocks the vertical component A40, and the circular pin 38 and the sword After the vertical part A40 is separated, the vertical part B42 catches the circular pin 38, the vertical part A40 returns, the vertical part B42 is pushed up, and the rotating disk B22 continues to rotate.

When using, the key 16 is inserted into the sleeve 17, the rotation shaft A25 is rotated and interlocked by turning the key 16, the repellent is started to be wound, and the fixed block 47 and the ratchet sleeve 24 are engaged with each other and the rotation shaft A25 cannot be reversed. The key 16 is inserted into the spline hole 14 and pushed downward, the magnet B45 attracts the key 16, the magnet A61 attracts the sliding sleeve 15, and the sliding sleeve 15 meshes to rotate and interlock the gear 46. , The gear 46 meshes to move the fixed block 47 upward, the ratchet sleeve 24 rotates by the action of the 铁 tape 37, and the rotating shaft B19 engages the rotating disk B22, the pulley shaft 28, and the large gear 27. In conjunction with rotation, the circular pin 38 moves and rotates the vertical component A40, and after the circular pin 38 is separated from the vertical component A40, the vertical component B42 fixes the circular pin 38 by the action of the repellent B43 and repels the circular pin 38. Article A41 restores the vertical component A40, pushes up the vertical component B42, the rotating disk B22 continues to rotate, the large gear 27 meshes to rotate the small gear 31 and the rotating shaft C32, and the rotating disk A52 and the hinge pin 54 The slide rod 56 is moved and interlocked up and down by the connecting rod 55, the slide rod 56 swings and interlocks the swing rod 34, and the rocking rod 34 swings and interlocks the plate A35 and the plate B36. When the moving rod 34 faces up, the plate B36 rotates to the position limiting block B51, which stirs water and generates thrust, and when the rocking rod 34 points downward, the plate B36 moves to the position limiting block A50. Rotates to reduce the resistance of the water flow, and the outer shell 10 is moved and interlocked.

The present invention: The power can be stored and the potential energy can be released by the key, and the swinging component can convert the potential energy stored in the iron tape into the swinging power of the swinging rod. The outer shell can be moved and interlocked in the water by the unstoppable rocking, the return speed of the iron tape 37 can be controlled by the speed control parts, and if you wrap the repellent only once, you can play for a while, there is a lot of fun, advertising worth it.

Engineers in this field can clarify that they do not deviate from the general spirit and ideas of the present invention, and various modifications can be made to the above examples, all of which are within the scope of protection of the present invention. The protection plan of the present invention should be standardized on the claim of the present invention.

The present invention takes up the field of bathroom toy production, and specifically is a spring-type bathroom toy.

When children take a bath, room toys can be used to distract and help them take a bath, the water-floating toys they use while taking a bath are mostly inflatable rubber toys, uninteresting, It's not enough to help parents bathe their children, which can only get attention for a while.

Chinese Patent Application Publication No. 105281893

An object of the present invention is to provide a spring-loaded bathroom toy, which has been used to overcome the above-mentioned drawbacks in the prior art.

The spring-type bathroom toy implemented based on the present invention includes an outer shell, and five cavities for increasing buoyancy are installed in the outer shell, and a repellent winding component for storing power is installed in the outer shell. Is installed, the strip-wound component includes the cavity B and the cavity C, and the sleeve is attached to the right wall of the cavity C so that the sleeve can rotate, and the left end surface of the sleeve has a rotation axis A entering the cavity B. It is installed so that the rotating shaft B can rotate on the left wall of the cavity B, and the rotating shaft B and the rotating shaft A are engaged by a ratchet through a wheel and inside the outer shell. A complex ore that balances the center of gravity of the outer shell is installed, a cavity A is installed in the outer shell, and a transmission that transmits the rotational torque of the rotating shaft A between the cavity A and the cavity B. Parts are installed, symmetrical rocking parts are installed on both the left and right sides of the cavity A, the rocking parts include a rotating disk A and a slide rod, and hinge pins are provided on the end faces of the rotating disk A. It is installed, and the slide rod and the hinge pin are connected by a connecting rod, and the articulated swing rod at the end of the slide rod is connected by the transmission component using the turntable A and the slide rod. the torque transmitted converted into reciprocating oscillation of said oscillating rod, slide the said shell on the water surface, the speed control part for controlling the transmission speed of the transmission element in the cavity B is installed.

A further technical scheme, the repellent winding component includes a key engaged by the sleeve and a spline, a fixed pin fixedly installed on the right wall of the cavity C, the fixing pin and the rotating shaft A. An iron tape is installed between the two, a slot opened upward is installed in the outer shell, and a sliding sleeve is installed in the slot so that the sliding sleeve can slide, and the bottom of the slot is installed. A magnet A is installed on the wall, a spline hole opened upward is installed in the sliding sleeve, a magnet B is installed on the bottom wall of the spline hole, and the magnet B is the said. It is engaged with a key by magnetic force, the key is engaged with the spline hole by a spline, a fixed block cavity is continuously provided in the top wall of the cavity B, and the fixed block is elastically engaged in the fixed block cavity. The fixed block can be engaged with the ratchet sleeve, and the sliding sleeve and the fixed block are interlocked with each other by a gear.

A further technical measure, the transmission component includes a pulley fixedly installed on the rotating shaft B, and is installed between the left and right walls of the cavity A so that the pulley shaft and the rotating shaft C can rotate. It is connected so that it can be transmitted between the pulley shaft and the rotating disk B , two large gears are installed on the pulley shaft, two small gears are installed on the rotating shaft C, and the small gears are installed. It meshes with a large gear, and the number of teeth of the large gear is five times the number of teeth of the small gear.

A further technical measure, the swinging component includes a symmetrical cavity D, the rotating shaft C enters the cavity D, the rotating disk A is on the end face of the rotating shaft C, and the left and right sides of the outer shell. A symmetrical rocking cavity is installed on the end face, a chute is connected and installed between the rocking cavity and the cavity D, the slide rod is installed on the chute, and a sealing is performed on the slide rod. A plate is installed, the sealing plate is engaged so as to slide with the inner wall of the swing cavity, a plate A is connected to the end of the swing rod, and the plate A is hinged with the plate B. A position limiting block A and a position limiting block B are installed on the plate A, and the swing rod is connected to the upper and lower walls of the swing cavity by a hinge.

A further technical measure, the speed control component includes a vertical component A and a vertical component B that are rotatably installed on the right wall of the cavity B, and a rotating disk B is installed on the rotating shaft B. Five uniformly distributed circular pins are installed on the left end surface of the turntable B, and a plucked strip A is installed between the vertical component A and the cavity B. A repellent is installed between the cavities B.

The beneficial effects of the present invention are:

The swinging parts can be released when the potential energy is stored, and the swinging parts can convert the potential energy stored in the iron tape 37 into the power for the swinging rod 34 to swing. The speed control component 904 that moves the outer shell 10 to the surface of the water can control the recovery speed of the iron tape 37, and if the spring is wound only once, it can be played for a while, and it is a lot of fun and worth spreading.

FIG. 1 is a schematic diagram of the overall configuration of the present invention; FIG. 2 is a schematic cross-sectional configuration of FIG. 1 in the AA direction; FIG. 3 is a schematic cross-sectional configuration of FIG. 1 in the BB direction; FIG. 4 is an enlarged schematic diagram of C in FIG. 1. FIG. 5 is an enlarged schematic diagram of D in FIG. 1; FIG. 6 is an enlarged schematic diagram of E in FIG.

The following describes FIG. 1-6 in detail in the present invention, and for the sake of convenience, the orientation currently appearing in the latter sentence is defined as follows: the vertical, horizontal, front-back directions appearing in the latter sentence are shown in the figure. 1 It coincides with the vertical, horizontal, front-back directions of the projection relationship of the main body.

As shown in FIGS. 1-6, the spring-type bathroom toy of the present invention includes an outer shell 10, and five buoyancy-enhancing cavities are installed in the outer shell 10, and the outer shell 10 has five cavities. A repellent winding part 901 for storing power is installed, and the repellent winding part 901 includes a cavity B21 and a cavity C18, and is attached to the right wall of the cavity C18 so that the sleeve 17 can rotate. A rotating shaft A25 that enters the cavity B21 is installed on the left end surface, and a rotating shaft B19 is installed on the left wall of the cavity B21 so that the rotating shaft B19 can rotate. The wheel 23 is between the rotating shaft B19 and the rotating shaft A25. An aggregate 11 that is engaged by a ratchet through the outer shell 10 to balance the center of gravity of the outer shell 10 is installed in the outer shell 10, and a cavity A26 is installed in the outer shell 10. A transmission component 902 that transmits the rotational torque of the rotating shaft A25 is installed between the cavity B21 and the cavity B21, and symmetrical rocking components 903 are installed on both the left and right sides of the cavity A26. Includes a turntable A52 and a slide rod 56, a hinge pin 54 is installed on the end surface of the turntable A52, and the slide rod 56 and the hinge pin 54 are connected by a connecting rod 55, and the slide rod The articulated rocking rod 34 at the end of 56 converts the torque transmitted by the transmission component 902 into the reciprocating rocking 34 of the rocking rod 34 by using the rotating disk A52 and the slide rod 56, and the outside A speed control component 904 that controls the transmission speed of the transmission component 902 is installed in the cavity B21 by sliding the shell 10 onto the water surface.

As a useful and exemplary example, the repellent winding part 901 includes a key 16 engaged with the sleeve 17 by a spline, and a fixing pin 20 is fixedly installed on the right wall of the cavity C18. An iron tape 37 is installed between the fixing pin 20 and the rotating shaft A25, a slot 60 opened upward is installed in the outer shell 10, and a sliding sleeve is installed in the slot 60. 15 is installed so that it can slide, a magnet A61 is installed on the bottom wall of the slot 60, and a spline hole 14 opened upward is installed in the sliding sleeve 15, and the spline is installed. A magnet B45 is installed on the bottom wall of the hole 14, the magnet B45 is magnetically engaged with the key 16, the key 16 is engaged with the spline hole 14 by a spline, and the top wall of the cavity B21. A fixed block cavity 48 is continuously provided therein, and the fixed block 47 is elastically engaged with the fixed block cavity 48 so that the fixed block 47 can mesh with the ratchet sleeve 24, and the sliding sleeve 15 and the fixed block can be engaged with each other. The space between 47 is interlocked by a gear 46, and the key 16 is inserted into the sleeve 17 to be wound with a repellent thread, and the block 47 and the claw wheel 24 are tightly engaged with each other to firmly fix the rotating shaft A25 so that it cannot be reversed. The key 16 is inserted into the spline hole 14, pushed downward, and the gear 46 is rotationally interlocked, and the gear 46 moves the block 47 upward.

As a useful example, the transmission component 902 includes a pulley 23 fixedly installed on the rotation shaft B19 so that the pulley shaft 28 and the rotation shaft C32 can rotate between the left and right walls of the cavity A26. The pulley shaft 28 and the turntable B22 are connected so as to be transmitted, two large gears 27 are installed on the pulley shaft 28, and two small gears are installed on the rotary shaft C32. 31 is installed, the small gear 31 meshes with the large gear 27, the number of teeth of the large gear 27 is five times the number of teeth of the small gear 31, and the rotating shaft B19 rotates with the pulley 23 shaft 28. The large gear 27 is rotationally interlocked, and the large gear 27 is meshed to rotate the small gear 31 and the rotary shaft C32.

As a useful example, the swinging component 903 includes a symmetrical cavity D53, the rotating shaft C32 enters the cavity D53, and the turntable A52 is on the end face of the rotating shaft C32. Symmetrical rocking cavities 33 are installed on the left and right end faces of the outer shell 10, a chute 58 is connected and installed between the rocking cavity 33 and the cavity D53, and the slide rod 56 is installed in the chute 58. A sealing plate 57 is installed on the slide rod 56, and the sealing plate 57 is engaged with the inner wall of the swing cavity 33 so as to be slidable, and is engaged with the end of the swing rod 34. The plate A35 is connected, the plate A35 is connected to the plate B36 with a hinge, the position limiting block A50 and the position limiting block B51 are installed on the plate A35, and the rocking rod 34 is the rocking cavity 33. The rotary shaft C32 rotates and interlocks the rotary plate A52 and the pin shaft 54, and the plate A35 and the plate B36 swing and interlock with the connecting rod 55, and the rocking rod 34 moves upward. When facing, the plate B36 rolls to the position limiting block B51, repels water to generate thrust, and when the swing rod 34 faces downward, the plate B36 rolls to the position limiting block A50. The obstructive force of the water flow is reduced, and the outer shell 10 is moved and interlocked.

As a useful example, the speed control component 904 includes a vertical component A40 and a vertical component B42 that are rotatably installed on the right wall of the cavity B21, and a turntable B22 is installed on the rotating shaft B19. On the left end surface of the turntable B22, five uniformly distributed circular pins 38 are installed, and a repellent A41 is installed between the vertical member A40 and the cavity B21. A repellent is installed between the vertical component B42 and the cavity B21, and when the rotating shaft B19 rotates and interlocks the rotating disk B22, the circular pin 38 rotates and interlocks the vertical component A40, and the circular pin 38 and the sword After the vertical part A40 is separated, the vertical part B42 catches the circular pin 38, the vertical part A40 returns, the vertical part B42 is pushed up, and the rotating disk B22 continues to rotate.

When using, the key 16 is inserted into the sleeve 17, the key 16 is rotated to rotate the rotating shaft A25, the repellent is started to be wound, and the fixed block 47 and the ratchet sleeve 24 are engaged with each other and the rotating shaft A25 cannot be reversed. The key 16 is inserted into the spline hole 14 and pushed downward, the magnet B45 attracts the key 16, the magnet A61 attracts the sliding sleeve 15, and the sliding sleeve 15 meshes to rotate and interlock the gear 46. , The gear 46 meshes to move and interlock the fixed block 47 upward, the ratchet sleeve 24 rotates by the action of the iron tape 37, and the rotating shaft B19 rotates and interlocks the rotating disk B22, the pulley shaft 28, and the large gear 27. , The circular pin 38 moves and rotates the vertical component A40, and after the circular pin 38 is separated from the vertical component A40, the vertical component B42 fixes the circular pin 38 by the action of the repellent B43, and the repellent A41 The vertical component A40 is restored, the vertical component B42 is pushed up, the rotary disk B22 continues to rotate, the large gear 27 meshes with the small gear 31 and the rotary shaft C32, and the rotary disk A52 and the hinge pin 54 are rotationally linked. The slide rod 56 is moved and interlocked up and down by the connecting rod 55, the slide rod 56 swings and interlocks the swing rod 34, and the rocking rod 34 swings and interlocks the plate A35 and the plate B36. Plate B36 rotates to position limiting block B51 when facing up, agitates water and generates thrust, and plate B36 rotates to position limiting block A50 when rocking rod 34 points down. , The resistance of the water flow is reduced, and the outer shell 10 is moved and interlocked.

The present invention: The power can be stored and the potential energy can be released by the key, and the swinging component can convert the potential energy stored in the iron tape into the swinging power of the swinging rod. The outer shell can be moved and interlocked in the water by the unstoppable rocking, the return speed of the iron tape 37 can be controlled by the speed control parts, and if you wrap the repellent only once, you can play for a while, there is a lot of fun, advertising worth it.

Engineers in this field can clarify that they do not deviate from the general spirit and ideas of the present invention, and various modifications can be made to the above examples, all of which are within the scope of protection of the present invention. The protection plan of the present invention should be standardized on the claim of the present invention.

Claims (5)

Five cavities that increase buoyancy are installed in the outer shell, including the outer shell, and a repellent winding part for storing power is installed in the outer shell, and the repellent winding part is a cavity. A rotating shaft A that includes B and a cavity C and is attached to the right wall of the cavity C so that the sleeve can be rotated, and a rotation axis A that enters the cavity B is installed on the left end surface of the sleeve, and rotates on the left wall of the cavity B. The shaft B is installed so that it can rotate, and the rotation shaft B and the rotation shaft A are engaged by a ratchet through a wheel, and an aggregate ore that balances the center of gravity of the outer shell is installed in the outer shell. A cavity A is installed in the outer shell, and a transmission component for transmitting the rotational torque of the rotating shaft A is installed between the cavity A and the cavity B, and both left and right sides of the cavity A are installed. A symmetrical swinging component is installed in the above, and the swinging component includes a rotating disk A and a slide rod, and a hinge pin is installed on the end face of the rotating disk A, and between the slide rod and the hinge pin. Is connected by a connecting rod, and the articulated swing rod at the end of the slide rod transfers the torque transmitted by the transmission component using the rotary disk A and the slide rod to the reciprocating swing of the swing rod. A spring-type bathroom toy characterized in that a speed control component for controlling the transmission speed of the transmission component is installed in the cavity B by converting the outer shell into a water surface and sliding the outer shell onto the water surface. The strip-wound component includes a key engaged by the sleeve and a spline, a fixing pin is fixedly installed on the right wall of the cavity C, and an iron tape is provided between the fixing pin and the rotating shaft A. Is installed, a slot opened upward is installed in the outer shell, a sliding sleeve is installed in the slot so that the sliding sleeve can slide, and a magnet A is installed on the bottom wall of the slot. It is installed, a spline hole opened upward is installed in the sliding sleeve, a magnet B is installed on the bottom wall of the spline hole, and the magnet B is engaged by the key and the magnetic force. Combined, the key is engaged with the spline hole by the spline, a fixed block cavity is continuously provided in the top wall of the cavity B, and the fixed block is elastically engaged with the fixed block cavity to be fixed. The block can mesh with the ratchet sleeve, the sliding sleeve and the fixed block are interlocked with a gear, the key is inserted into the sleeve and wound with a repellent, and the block and the claw wheel are tightly meshed and rotate. The spring according to claim 1, wherein the shaft A is tightly fixed so that it cannot be inverted, the key is inserted into the spline hole, the gear is pushed downward, the gear is rotated and interlocked, and the gear is interlocked by moving the block upward. Ceremony bathroom toys. The transmission component includes a pulley fixedly installed on the rotation shaft B, and is installed between the left and right walls of the cavity A so that the pulley shaft and the rotation shaft C can rotate, and the pulley shaft and the rotation It is connected so that it can be transmitted between the boards B, two large gears are installed on the pulley shaft, two small gears are installed on the rotating shaft C, and the small gears mesh with the large gears. The number of teeth of the large gear is five times the number of teeth of the small gear, the rotating shaft B rotates to link the pulley shaft and the large gear, and the large gear meshes to rotate the small gear and the rotating shaft C. The spring-type bathroom toy according to claim 1, wherein the spring-type bathroom toy is interlocked. The swinging component includes a symmetrical cavity D, the rotating shaft C enters the cavity D, the rotating disk A is on the end face of the rotating shaft C, and the swinging component is symmetrical to the left and right end faces of the outer shell. A moving cavity is installed, a chute is connected and installed between the swinging cavity and the cavity D, the slide rod is installed on the chute, and a sealing plate is installed on the slide rod. The sealing plate is slidably engaged with the inner wall of the swing cavity, a plate A is connected to the end of the swing rod, the plate A is connected to the plate B by a hinge, and the plate A is connected. A position limiting block A and a position limiting block B are installed on the plate A, and the rocking rod is connected to the upper and lower walls of the rocking cavity by a hinge; the rotating shaft C is a rotating disc A and a pin shaft. The plate A and the plate B are oscillated and interlocked by the connecting rod, and when the oscillating rod faces upward, the plate B turns to the position limiting block B and repels water to generate a thrust. The spring-type bathroom toy according to claim 1, wherein the plate body B turns to the position limiting block A when the swing rod faces downward. The speed control component includes a vertical component A and a vertical component B that are rotatably installed on the right wall of the cavity B, a rotating disk B is installed on the rotating shaft B, and the left end of the rotating disk B. Five uniformly distributed circular pins are installed on the surface, and a repellent A is installed between the vertical component A and the cavity B, and between the vertical component B and the cavity B. When the repellent is installed and the rotating shaft B rotates and interlocks the rotating disk B, the circular pin rotates and interlocks the vertical component A, and after the circular pin and the vertical component A are separated, the vertical component B moves. The spring-type bathroom toy according to claim 1, wherein the circular pin is hooked, the vertical component A is restored, the vertical component B is pushed up, and the turntable B continues to rotate.