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CN-224207373-U - Carrying toy

CN224207373UCN 224207373 UCN224207373 UCN 224207373UCN-224207373-U

Abstract

A transport toy provided with a spiral slope (11) which is spirally wound so as to form a cylindrical hollow portion inside and on which an object can be placed on a road surface, and a rotatable push plate (32) which is provided in the hollow portion and has a rotation axis along the center line of the hollow portion, wherein a pushing mechanism (30) which pushes the object (70) upward on the slope (11) by rotation of the push plate (32) pushes a portion of the object (70) which protrudes from the road surface while rotating in the hollow portion, is provided on the outer edge of the road surface so as to stand with an outer wall (11 a) which is in sliding contact with the object (70) when pushed up, and the road surface is configured so that a portion of the object (70) placed on the slope (11) protrudes into the hollow portion, and the push plate (32) rotates in the hollow portion and pushes a portion of the object (70) which protrudes from the road surface. The carrying toy has the characteristic of simple structure.

Inventors

  • Nagaishi Tadashi
  • The river is clear and wide
  • INOUE TAKUYA

Assignees

  • 株式会社多美

Dates

Publication Date
20260508
Application Date
20250321
Priority Date
20250115

Claims (13)

  1. 1. A transport toy is characterized by comprising: A slope spirally wound so as to form a cylindrical hollow portion inside and capable of placing an object on a road surface, and A pushing-up mechanism provided in the hollow portion and having a rotatable push plate having a rotation axis along a center line of the hollow portion, the push plate being rotated to push up the object on the slope, An outer wall which is in sliding contact with the object during the pushing is vertically arranged at the outer edge of the pavement, The road surface is configured such that a part of the object placed on the slope protrudes into the hollow portion, The pushing plate rotates in the hollow portion and pushes a portion of the object protruding from the road surface.
  2. 2. The carrying toy of claim 1, wherein the toy is configured to be moved from the first position to the second position, The inner edge of the pavement is not provided with an inner wall vertically.
  3. 3. The carrying toy of claim 1, wherein the toy is configured to be moved from the first position to the second position, The pushing and lifting mechanism comprises a cylinder arranged in the hollow part and having an axis consistent with the central line, and A push plate provided on an outer periphery of the cylinder and having secondary symmetry centering on the axis, and the outer periphery of the cylinder is capable of being brought into contact with an inner portion of the object placed on the slope.
  4. 4. The carrying toy of claim 3, wherein the toy is configured to move, The push plate is formed in a flat plate shape having a long strip shape in the axial direction.
  5. 5. The carrying toy of claim 3, wherein the toy is configured to move, The slope is provided with a cutout portion, a part of the outer wall of which is cut out, at a position of a predetermined height, and a discharge port for discharging the object to the outside of the slope is attached to the cutout portion.
  6. 6. The carrying toy of claim 5, wherein the toy is configured to move, The slope is provided with a guide wall near the discharge port for guiding the object on the slope to the discharge port by sliding contact.
  7. 7. The carrying toy of claim 6, wherein the toy is configured to move, The guide wall corresponding to the discharge port provided midway in the slope is configured to be able to protrude and retract with respect to the road surface.
  8. 8. The carrying toy according to any one of claims 1 to 7, wherein, The object is an automobile toy, and on the slope, the automobile toy is placed in a state in which an inner wheel is separated from the road surface.
  9. 9. The carrying toy of claim 5, wherein the toy is configured to move, The object is an automobile toy, on the slope, the automobile toy is placed in a state that an inner wheel is separated from the road surface, and on the slope, a rib which is in sliding contact with the lower surface of a chassis of the automobile toy is arranged in front of the discharge port so as to correct the inclination of the automobile toy in a wheel-separated state.
  10. 10. The carrying toy of claim 5, wherein the toy is configured to move, The object is an automobile toy, the automobile toy is placed on the slope in a state that an inner wheel is separated from the road surface, an inclined surface is arranged on the inner side of the road surface and in front of the discharge port, and the inclined surface is contacted with the inner wheel in a wheel-separating state, so that the inner wheel can climb on the road surface.
  11. 11. The carrying toy of claim 5, wherein the toy is configured to move, The object is a toy car, the toy car is placed on the slope in a state that an inner wheel is separated from the road surface, and a convex part which is in sliding contact with the rear part of the toy car along with the rotation of the push plate is formed in front of the discharge port on the push plate, so that the toy car is pushed out.
  12. 12. The carrying toy of claim 5, wherein the toy is configured to move, The object is a toy car, the toy car is placed on the slope in a state that the inner wheels are separated from the road surface, and a convex part which is in sliding contact with the rear part of the toy car along with the rotation of the push plate is formed in front of the discharge port on the push plate, so that the front part of the toy car is lifted.
  13. 13. The carrying toy of claim 5, wherein the toy is configured to move, The object is a toy car, the toy car is placed on the slope in a state that the inner wheels are separated from the road surface, and a convex part which is contacted with the inner side surface of the toy car is formed in front of the discharge port on the pushing plate, so that the toy car is stable to the pushing plate.

Description

Carrying toy Technical Field The present utility model relates to a carrying toy. Background Conventionally, a conveyance toy having a spiral slope along which an object can be moved upward is known (patent document 1). In such a conveyance toy, a pushing mechanism is provided on the inner side of a spiral slope, and a pushing plate extending to the slope surface is rotated to push the rear portion of the object, so that the object can move upward along the slope. Patent document 1 Japanese patent publication No. 6747812 (JP 6747812B 2) According to the conveyance toy described in patent document 1, the push plate is configured to be movable up and down, and in order to return the push plate reaching the end of the slope to the start end, it is necessary to store the push plate in a cylinder inside the slope so as not to interfere with the slope, lower the push plate in the cylinder, and project the push plate onto the slope again at the start end, and the structure is complicated. The present utility model has been made in view of such circumstances, and an object thereof is to provide a carrying toy with a simple structure. Disclosure of utility model The first conveyance toy comprises a spiral slope which is spirally wound so as to form a cylindrical hollow part inside and can place an object on a road surface, and a rotatable push plate which is arranged in the hollow part and has a rotation axis along the center line of the hollow part, wherein the push plate is rotated to push the object upwards on the slope, an outer wall which is in sliding contact with the object during pushing is vertically arranged at the outer edge of the road surface, the road surface is configured so that a part of the object placed on the slope protrudes into the hollow part, and the push plate rotates in the hollow part and pushes the part of the object protruding from the road surface. The second carrying toy provided by the utility model is characterized in that on the basis of the first carrying toy, the inner edge of the road surface is not provided with an inner wall in a standing mode. The third carrying toy according to the present utility model is the first carrying toy, wherein the pushing mechanism includes a cylinder provided in the hollow portion and having an axis coincident with the center line, and a pushing plate provided on an outer periphery of the cylinder and having a secondary symmetry centering on the axis, and the outer periphery of the cylinder is capable of being brought into contact with an inner portion of the object placed on the slope. The fourth carrying toy according to the present utility model is the third carrying toy, wherein the push plate is formed in a flat plate shape elongated in the axial direction. In the fifth carrying toy according to the present utility model, in addition to the third carrying toy, a cutout portion in which a part of the outer wall is cut out is provided at a predetermined height position on the slope, and a discharge port for discharging the object to the outside of the slope is provided at the cutout portion. In the sixth aspect of the utility model, in the fifth aspect of the utility model, a guide wall is provided on the slope in the vicinity of the discharge port, the guide wall guiding the object on the slope to the discharge port by sliding contact. The seventh carrying toy according to the present utility model is the sixth carrying toy, wherein the guide wall corresponding to the discharge port provided midway in the slope is configured to be capable of protruding and retracting with respect to the road surface. An eighth carrying toy according to the present utility model is the carrying toy according to any one of the first to seventh aspects, wherein the object is an automobile toy, and the automobile toy is placed on the slope with the inner wheels thereof being separated from the road surface. The ninth object of the present utility model is to provide the fifth object of the present utility model, wherein the object is a car toy, the car toy is placed on the slope in a state that the inner wheels are separated from the road surface, and a rib which is in sliding contact with the underside of the chassis of the car toy is provided in front of the outlet on the slope to correct the inclination of the car toy in a wheel-separated state. In the tenth carrying toy according to the present utility model, in the fifth carrying toy, the object is a car toy, the car toy is placed on the slope in a state that an inner wheel is separated from the road surface, and an inclined surface is provided in front of the discharge port on the inner side of the road surface, and the inclined surface is brought into contact with the inner wheel in a wheel separation state so that the inner wheel can climb up the road surface. In the eleventh conveyance toy according to the present utility model, in the fifth conveyance toy, the object is a car toy, the car toy is placed o