CN213049407U - Ejection ball toy - Google Patents

Referring to fig. 1 to 6, the present embodiment provides a pinball toy, which includes a

10 and a

20 movably disposed on the

10, wherein the pinball ejecting seat is provided with an

101, two sides of the

101 are respectively and symmetrically provided with a

11, two sides of the

20 are symmetrically provided with magnetic

21 magnetically connected to the

11, and the

20 is movably disposed on the

11 at two sides of the ejecting

101 through the magnetic

21 at two sides; the rear end of the

101 is provided with a

30, and the

30 is used for ejecting the

20 from the front end of the

101.

In the present embodiment, in order to facilitate holding the

10 for playing, a

12 is vertically disposed on a side surface of the

10, and the

12 may be shaped as a long bar, but it should be noted that the

12 may also be shaped as another shape such as a U-shaped bar, which is not described herein again. The

101 of the present embodiment has an open front end.

Specifically, the

11 on both sides of the

101 are respectively and rotatably provided with an annular

13, and the magnetic

21 on both sides of the

20 are respectively provided with an

22 engaged with the annular

13 on both sides of the

101. Therefore, the

20 of this embodiment can be easily attracted to the

13 on both sides of the

101 by the magnetic attraction force. In this embodiment, the magnet is installed inside the

11, the magnet is installed inside the

21 of the

20, and the

20 is attracted to the magnet of the

11 through the magnet.

The

30 comprises a pushing

31 and a twisting spring, and the pushing

31 is rotatably arranged in the

10 through the twisting spring; the middle of the push-out

31 of the present embodiment is rotatably disposed on the

10 through a torsion spring, the upper end of the push-out

31 upwardly extends out of the

10 and is provided with a

32, the lower end of the push-out

31 is rotatably provided with a

33, and the

33 is located in the

101 behind the

20. In use, the

32 at the upper end of the pushing

31 is quickly pressed to enable the

33 at the lower end of the pushing

31 to obtain a force of pushing forwards quickly, and the

20 is ejected through the

33. The

33 functions to reduce friction with the

20. When the

20 is ejected, the

32 is released, and the

31 is returned by the torsion spring.

In order to expand the function of ejecting the ball, the ejection seat of the embodiment further includes a pulling and rotating device, the pulling and rotating device includes a

40 and a

50, the

40 is connected with the

50, and the

50 is connected with the annular

13 on one side of the

101.

Specifically, the

40 includes a rotating

41, a return reel 42, a

43, a

44 and a

45, the rotating

41 is rotatably disposed on the

10, the return reel 42, the

45 and the

43 are coaxially fixed on the rotating

41, and the

45 is connected to the

50; the

44 is wound around the winding

43, and one end of the

44 is fixed to the

43.

In this embodiment, the return reel 42 has a hollow structure, the

41 passes through the middle of the return reel 42, and the return reel 42 is provided therein with a

46, the

46 is wound around the rotating

41, and the center end of the

46 is fixed to the rotating

41; the circumferential surface of the

43 is provided with an annular groove, the

44 is wound in the annular groove, and the other end of the

44 extends out of the ejection seat and is fixedly provided with a

47.

The annular

13 of the

101 connected with the

50 is rotatably arranged on the

10 through a fluted disc rotating shaft, one end of the fluted disc rotating shaft is coaxially arranged with the annular fluted

13, the other end of the fluted disc rotating shaft is coaxially provided with a

14, and the

14 is in transmission connection with the output end of the transmission gear set 50.

The

50 comprises a

51 and a driven

52, the

51 is movably connected with the

40, the

51 is slidably arranged on the

10, and the

51 is in transmission connection with the driven

52; the driven

52 is connected to the

13 on one side of the

101, that is, the driven

52 is in transmission connection with the

14. In this embodiment, the

10 is provided with a

102, the

51 is slidably disposed in the

102, and the

51 is located between the

40 and the driven

52.

In this embodiment, the

51 is movably connected to the

45 of the

40 through the

102, and since the

102 is located between the

45 and the driven

52, the

102 is designed to be inclined downward along the direction of the

45 toward the driven

52, so that when the

45 rotates clockwise under the action of the pulling outward force of the

44, the

51 rotates counterclockwise under the driving of the

45, and at the same time, the

45 gives the

51 an action force toward the driven

52, so that the

51 slides to the end close to the driven

52 in the

102 and is in transmission connection with the driven

52.

When the

44 is retracted by the returning force of the winding sheet, the rotating

41 rotates counterclockwise, and the

45 applies a force to the

51 in a direction away from the driven

52, and since the

51 is slidably disposed in the obliquely downward sliding

102, the

51 slides to an end away from the driven

52 in the

102 and is separated from the driven

52, so that an opposite force is not applied to the

14, and the normal acceleration of the

20 is ensured.

That is, when the

44 pulls the

45 to rotate, the

45 sequentially drives the

51, the driven

52 and the

14 to rotate, and finally the

14 obtains a counterclockwise rotational force, so that a rotational force opposite to the ejection direction can be applied to the

20 during the acceleration of the

20. After the

20 is ejected, the ejection ball can go back under the action of the rotation force opposite to the ejection direction, and finally returns to the

10 to be adsorbed and fixed again.

It should be noted that the number of the driven

52 in this embodiment is singular, that is, the number of the driven

52 may be one, or three, five, and the like, which is not described herein again.

1. A pinball toy, which is characterized in that:

the ejection device comprises an ejection seat and an ejection ball movably arranged on the ejection seat, wherein the ejection seat is provided with an ejection slot, two sides of the ejection slot are respectively and symmetrically provided with a magnetic attraction base, two sides of the ejection ball are symmetrically provided with magnetic attraction end surfaces magnetically connected with the magnetic attraction base, and the ejection ball is movably arranged on the magnetic attraction bases on two sides of the ejection slot through the magnetic attraction end surfaces on the two sides; and the rear end of the ejection slot is provided with a pushing mechanism, and the pushing mechanism is used for ejecting the ejection ball out of the front end of the ejection slot.

2. The pinball toy of claim 1, wherein:

the pushing mechanism comprises a pushing rod and a twisting spring, and the pushing rod is rotatably arranged in the ejection seat through the twisting spring.

3. The pinball toy of claim 2, wherein:

the middle part of the push-out rod is rotatably arranged on the ejection seat through a twisting spring, the upper end of the push-out rod upwards extends out of the ejection seat, the lower end of the push-out rod is rotatably provided with a pulley, and the pulley is positioned in an ejection groove behind the ejection ball.

4. The pinball toy of claim 1, wherein:

the magnetic suction bases on two sides of the ejection slot are respectively and rotatably provided with an annular fluted disc, and the magnetic suction end surfaces on two sides of the ejection ball are respectively provided with an annular rack which is meshed and connected with the annular fluted discs on two sides of the ejection slot.

5. The pinball toy of claim 4, wherein:

the ejection seat further comprises a pulling and rotating device, the pulling and rotating device comprises a pulling mechanism and a transmission gear set, the pulling mechanism is connected with the transmission gear set, and the transmission gear set is connected with an annular fluted disc on one side of the ejection groove.

6. The pinball toy of claim 5, wherein:

the pulling mechanism comprises a rotating shaft, a return reel, a winding roll, a pull rope and a driving gear, the rotating shaft is rotatably arranged on the ejection seat, the return reel, the driving gear and the winding roll are coaxially and fixedly sleeved on the rotating shaft, and the driving gear is connected with the transmission gear set; the pull rope is wound on the winding roll, and one end of the pull rope is fixed on the winding roll.

7. The pinball toy of claim 6, wherein:

the return reel is of a hollow structure, the rotating shaft penetrates through the middle part of the return reel, a return coil is arranged in the return reel, the return coil is wound on the rotating shaft, and the circle center end of the return coil is fixed on the rotating shaft; the periphery of the winding roll is provided with an annular groove, the pull rope is wound in the annular groove, and the other end of the pull rope extends out of the ejection seat and is fixedly provided with a pull ring.

8. The pinball toy of claim 5, wherein:

the annular fluted disc of the ejection slot connected with the transmission gear set is rotatably arranged on the ejection seat through a fluted disc rotating shaft, one end of the fluted disc rotating shaft is coaxially arranged with the annular fluted disc, the other end of the fluted disc rotating shaft is coaxially provided with a fluted disc gear, and the fluted disc gear is in transmission connection with the output end of the transmission gear set.

9. The pinball toy of claim 5, wherein:

the transmission gear set comprises a sliding gear and a driven gear, the sliding gear is movably connected with the pulling mechanism, the sliding gear is slidably arranged on the ejection seat, and the sliding gear is in transmission connection with the driven gear; the driven gear is connected with the annular fluted disc on one side of the ejection slot.

10. The pinball toy of claim 9, wherein:

the ejection seat is provided with a sliding groove, the sliding gear is arranged in the sliding groove in a sliding mode, and the sliding gear is located between the pulling mechanism and the driven gear.