Anti-falling child walk learning support

Abstract

The invention discloses an anti-falling child walk learning support, and belongs to the field of child products. The anti-falling child walk learning support is characterized by comprising a supporting inner ring, a stabilizing outer ring, a vertical supporting spring, a vertical sheath, a power generation device, a traction guide rail and a traction ring, wherein the diameter of the supporting inner ring is smaller than that of the stabilizing outer ring, the vertical supporting spring is arranged between the supporting inner ring and the stabilizing outer ring, and a vertical sheath sleevesthe vertical support spring; the vertical supporting spring sleeves a supporting rubber column, the supporting rubber column is a hollow cavity, and an inflation port and a deflation port are formed in the hollow cavity; An advancing wheel is arranged on the stabilizing outer ring, the power generation device is arranged at one side of the travelling wheel, and the traction guide rail is arrangedon the supporting inner ring; a sliding groove is formed on the traction guide rail, and a sliding block is arranged in the sliding groove and is connected with the traction ring. The anti-falling child walk learning support is high in design integrity, is convenient and simple to use, is ingenious in conception and is suitable for popularization and application.

Description

technical field [0001] The invention belongs to the field of children's products, and in particular relates to a fall-proof child toddler bracket. Background technique [0002] Children's walkers have appeared for many years. Traditional children's walkers use a desktop combined with cross-shaped cross brackets and traveling wheels to complete the theme structure of children's walkers, and this design has not changed for many years. This traditional product has the following disadvantages: firstly, when adjusting according to the height of different children, the gear adjustment is used (the current product adjustments all use gear racks under the table) to achieve height adjustment, but the gear type Compared with the gearless adjustment, the adjustment is just like the difference between a manual transmission car and an automatic transmission car. The adjustment method of the former cannot achieve any fixed position; secondly, this design has advantages in front and rear l...

AI Technical Summary

Problems solved by technology

This traditional product has the following disadvantages: firstly, when adjusting according to the height of different children, the gear adjustment is used (the current product adjustments all use gear racks under the table) to achieve height adjustment, but the gear type Compared with the gearless adjustment, the adjustment is just like the difference between a manual transmission car and an automatic transmission car. The adjustment method of the former cannot achieve any fixed position; secondly, this design has advantages in front and rear length (because there is a There is a support plate at the rear), so in fact, the top view of the product shows an almost oval design. This design is not easy for children to fall when walking back and forth, but when the child deviates to the left and right, there may be a baby walker topple over, causing further injury to children