A sensory integration carousel for a child, comprising:
- a base unit, comprising a base structure for placing on a support countertop surface and a mounting structure provided in an upper part of the base structure, wherein, a support interface is formed at a lower part of the base structure and in a circumferential direction configured to be pressed against the support countertop surface, and an outer surface of the base structure is provided in an arc shape in a direction to a bottom of the base structure from a top of the base structure;
- the mounting structure, comprising a mounting channel through the base structure, a mounting support component disposed within the mounting channel, and a connecting channel disposed along a center of the mounting support component and through the base structure;
- a carousel unit, comprising a carrying structure and a connecting structure connected to a lower portion of the carrying structure;
- wherein, the carrying structure is connected with the connecting structure as an integrated structure, and a carrying portion is disposed at an upper portion of the carrying structure for articles to be pressed against and in an arc surface;
- the connecting structure, comprising a supporting member that is enclosed by a lower part of the carrying structure and a connecting member connected to the supporting member;
- wherein, a lower part of the connecting member is disposed as a rotation shaft;
- and the rotation shaft is embedded in the connecting channel and connected to the base unit;
- and the carousel unit is arranged at an angle to the support interface of the base unit after the carousel unit is connected to the base unit via the rotation shaft;
- and the carousel unit is rotatably disposed along an axial direction of the rotation shaft via the rotation shaft relative to the base unit;
- a wrapping region is provided in a lower portion of the carrying structure, the supporting member is located within the wrapping region and covered by an outer end face of the carrying structure, which limits the supporting member within the carrying structure along the axial direction of the rotation shaft;
- the connecting member comprises a connecting shaft connected to the supporting member, and a rotation shaft integrally formed with a lower portion of the connecting shaft, and a connecting plate protrudes outwardly at an upper part of the connecting shaft and is arranged in a length direction of the connecting shaft, and all or part of a structure of an upper part of the connecting shaft and of the connecting plate are located within the wrapping region and covered by the outer end face of the carrying structure, which is capable of limiting the connecting plate within the carrying structure along a circumferential direction of the rotation shaft;
- the supporting member is provided as a panel structure aligned with a longitudinal direction of the carrying portion, and a plurality of connecting plates are arranged at an interval along a circumferential direction of the connecting shaft, and each connecting plate is arranged along a radial direction of the connecting shaft, and connected vertically with a lower surface of the supporting member;
- the carrying structure comprises a carrying plate, a first limit member protruding from a lower surface of the carrying plate and disposed adjacent to an upper part of the connecting shaft, and a second limit member protruding from a lower surface of the carrying plate and mounted to the connecting plate;
- and the wrapping region comprises a first region disposed within a lower structure of the carrying plate, a second region disposed within the first limit member, and a third region disposed within the second limit member;
- and the supporting member is enclosed by the first region and covered by an outer end surface of the carrying plate, a top surface of the supporting member is attached to a top surface of the first region, a bottom surface of the supporting member is in contact with a bottom surface of the first region, and a circumferential side surface of the supporting member is fitted within a circumferential side surface of the first region;
- and all or part of a structure of an upper part of the connecting shaft is within the second region and covered by an outer end surface of the first limit member, a circumferential side surface of an upper portion of the connecting shaft is pressed against or bonded with a circumferential side surface of the second region;
- and at least a portion of the connecting plate is enclosed within the third region and covered by an outer end surface of the second limit member;
- one side surface of the connecting plate is pressed against or bonded to one side surface of the third region, another side surface of the connecting plate is pressed against or bonded to another side surface of the third region.