HIGH CHAIR STRUCTURE

Abstract

A high chair structure is disclosed. In the disclosed high chair, an upper tray board is elastically fixed on a tray assembly of a seat part thereof. In addition, two fixing-belt receiving grooves are disposed on two sides of the seat part, and two cover boards are disposed on the openings of the fixing-belt receiving grooves to cover thereon. Moreover, the high chair further comprises a desk part that can be separated from the seat part, so that the desk part can be used as a desk alone.

Claims

1. A high chair, comprising: a seat part comprising a baseboard and a peripheral wall extended from the baseboard to define a seating space; a tray part set up between the two sides of the peripheral wall of the seat part, wherein the tray part comprises: a tray assembly having a trap area disposed on an upper surface of the trap assembly, wherein two sides of the tray assembly are locked on the peripheral wall on two sides of the seat part, and the trap area has at least two corresponding concave holes disposed on a periphery of the trap area; and an upper tray board correspondingly accommodated in the trap area of the tray assembly; elastic tenons disposed on an outer surface of the upper tray board to correspond to the concave holes, so that the tenons can just inserted into the concave holes to fix the upper tray board on the tray assembly when the upper tray board is correspondingly disposed in the trap area of the tray assembly.

2. The high chair of claim 1, wherein an outer surface of the upper tray board has notches to correspond to the concave holes, an elastic segment is across two sidewalls of the notches, and the tenons are disposed on the elastic segments.

3. The high chair of claim 2, further comprising: two fixing-belt receiving grooves respectively disposed on two sides of the peripheral walls of the seat part; fixing belts, wherein the two fixing-belt receiving grooves are respectively combined with one ends of the fixing belts, and free ends of the fixing belts are buckled to each other; two insert slots respectively disposed on upper edges of the openings of the two fixing-belt receiving grooves; bumps respectively disposed on lower edges of the openings of the fixing-belt receiving grooves; two cover boards respectively disposed on the openings of the fixing-belt receiving grooves; two insert sheets respectively disposed in the insert slots; and two grooves respectively disposed on the cover boards to receive the bumps, so that the cover boards are used to cover the fixing-belt receiving grooves.

4. The high chair of claim 3, wherein the fixing belts on two sides of the seat part comprises back belts and seat belts, and free ends of the back belts are buckled to each other and free ends of the seat belts are buckled to each other.

5. The high chair of claim 4, further comprising: a desk part; at least three socket parts equiangularly disposed on a periphery of the desk part; intercalation holes respectively disposed on the socket parts; linking rods respectively disposed below and extended downward from the seat part to respectively correspond to the socket parts; fasteners pivotally disposed on bottoms of the linking rods and inserted into the intercalation holes to fix the seat part on the desk part; and supporting legs disposed below bottoms of the socket parts.

6. The high chair of claim 5, wherein middle parts of the fasteners are pivotally assembled with the linking rods to let two ends of each of the fasteners moves like a seesaw, wherein one end of each of the fasteners toward the seat part is a pressing end, and the other end of each of the fasteners has a hook extended along the body of the fastener first and then tilt upward to form an inclined surface on the bottom of the hook.

7. The high chair of claim 3, further comprising a desk part; at least three socket parts equiangularly disposed on a periphery of the desk part; intercalation holes respectively disposed on the socket parts; linking rods respectively disposed below and extended downward from the seat part to respectively correspond to the socket parts; fasteners pivotally disposed on bottoms of the linking rods and inserted into the intercalation holes to fix the seat part on the desk part; and supporting legs disposed below bottoms of the socket parts.

8. The high chair of claim 7, wherein middle parts of the fasteners are pivotally assembled with the linking rods to let two ends of each of the fasteners moves like a seesaw, wherein one end of each of the fasteners toward the seat part is a pressing end, and the other end of each of the fasteners has a hook extended along the body of the fastener first and then tilt upward to form an inclined surface on the bottom of the hook.

9. The high chair of claim 1, further comprising: two fixing-belt receiving grooves respectively disposed on two sides of the peripheral walls of the seat part; fixing belts, wherein the two fixing-belt receiving grooves are respectively combined with one ends of the fixing belts, free ends of the fixing belts are buckled to each other; two insert slots respectively disposed on upper edges of the openings of the two fixing-belt receiving grooves; bumps disposed respectively on lower edges of the openings of the fixing-belt receiving grooves; two cover boards respectively disposed on the openings of the fixing-belt receiving grooves; two insert sheets respectively disposed in the insert slots; and two grooves respectively disposed on the cover boards to receive the bumps, so that the cover boards are used to cover the fixing-belt receiving grooves.

10. The high chair of claim 9, wherein the fixing belts on two sides of the seat part comprises back belts and seat belts, and free ends of the back belts are buckled to each other and free ends of the seat belts are buckled to each other.

11. The high chair of claim 10, further comprising: a desk part; at least three socket parts equiangularly disposed on a periphery of the desk part; intercalation holes respectively disposed on the socket parts; linking rods respectively disposed below and extended downward from the seat part to respectively correspond to the socket parts; fasteners pivotally disposed on bottoms of the linking rods and inserted into the intercalation holes to fix the seat part on the desk part; and supporting legs disposed below bottoms of the socket parts.

12. The high chair of claim 11, wherein middle parts of the fasteners are pivotally assembled with the linking rods to let two ends of each of the fasteners moves like a seesaw, wherein one end of each of the fasteners toward the seat part is a pressing end, and the other end of each of the fasteners has a hook extended along the body of the fastener first and then tilt upward to form an inclined surface on the bottom of the hook.

13. The high chair of claim 9, further comprising: a desk part; at least three socket parts equiangularly disposed on a periphery of the desk part; intercalation holes respectively disposed on the socket parts; linking rods respectively disposed below and extended downward from the seat part to respectively correspond to the socket parts; fasteners pivotally disposed on bottoms of the linking rods and inserted into the intercalation holes to fix the seat part on the desk part; and supporting legs disposed below bottoms of the socket parts.

14. The high chair of claim 13, wherein middle parts of the fasteners are pivotally assembled with the linking rods to let two ends of each of the fasteners moves like a seesaw, wherein one end of each of the fasteners toward the seat part is a pressing end, and the other end of each of the fasteners has a hook extended along the body of the fastener first and then tilt upward to form an inclined surface on the bottom of the hook.

15. The high chair of claim 1, further comprising: a desk part; at least three socket parts equiangularly disposed on a periphery of the desk part; intercalation holes respectively disposed on the socket parts; linking rods respectively disposed below and extended downward from the seat part to respectively correspond to the socket parts; fasteners pivotally disposed on bottoms of the linking rods and inserted into the intercalation holes to fix the seat part on the desk part; and supporting legs disposed below bottoms of the socket parts.

16. The high chair of claim 15, wherein middle parts of the fasteners are pivotally assembled with the linking rods to let two ends of each of the fasteners moves like a seesaw, wherein one end of each of the fasteners toward the seat part is a pressing end, and the other end of each of the fasteners has a hook extended along the body of the fastener first and then tilt upward to form an inclined surface on the bottom of the hook.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0021] FIG. 1 is a tree-dimensional disassembled diagram of a seat part and an upper tray board according to this invention.

[0022] FIG. 2 is a three-dimensional assembled diagram showing a low-angle view of the seat part and the upper tray board according to this invention.

[0023] FIG. 3 is a local low-angle view of the upper tray board according to this invention.

[0024] FIG. 4 is a lateral assembled view of the tray assembly of the tray part and the upper tray board according to this invention.

[0025] FIG. 5 is a diagram showing the relationships of the seat part, a cover board, back belts, and seat belts according to this invention.

[0026] FIG. 6 is a diagram showing the seat part fixed on a chair according to this invention.

[0027] FIG. 7 is a three-dimensional disassembled diagram showing the seat part and the desk part.

[0028] FIG. 8 is a diagram showing the fasteners is to be inserted in the intercalation holes according to this invention.

[0029] FIG. 9 is a three-dimensional assembled diagram of seat part and desk part in this invention.

[0030] FIG. 10 is a diagram showing the fasteners is inserted in the intercalation holes according to this invention.

[0031] FIG. 11 is a diagram showing the fasteners is going to be removed from the intercalation holes according to this invention.

[0032] FIG. 12 is a diagram showing the fasteners is removed from the intercalation holes according to this invention.

DETAILED DESCRIPTION

[0033] To more completely and clearly illustrate the technical means and effects of this invention, the detailed descriptions are set forth below. Please refer to the disclosed figures and the reference numbers.

[0034] Please refer to FIGS. 1 and 2. In this disclosure, the high chair comprises a seat part 1 and a tray part 2.

[0035] The seat part 1 comprises a baseboard 11 and a peripheral wall 12 extended from the baseboard 11 to define a seating space 13.

[0036] The tray part 2 is set up between the two sides of the peripheral wall 12 of the seat part 1 and comprises a tray assembly 21 and an upper tray board 22. Two sides of the tray assembly 21 are locked on the peripheral wall 12 on two sides of the seat part 1. A trap area 211 is disposed on the upper surface of the trap assembly 21. At least two concave holes 212 are disposed on periphery of the trap area 211. The upper tray board 22 is correspondingly accommodated in the trap area 211 of the tray assembly 21. Elastic tenons 221 are disposed on the outer surface of the upper tray board 22 to correspond to the concave holes 212. When the upper tray board 22 is correspondingly disposed in the trap area 211 of the tray assembly 21, the tenons 221 can just inserted into the concave holes 212 to fix the upper tray board 22 on the tray assembly 21, as shown in FIG. 4.

[0037] In the tray assembly 21, a shallow arc groove 213 is disposed on the periphery of the trap area 211 to form a gap between the tray assembly 21 and the upper tray board 22 after both are combined. Therefore, the tray assembly 21 and the upper tray board 22 can be easily separated.

[0038] Please refer to FIGS. 3 and 4. The outer surface of the upper tray board 22 has notches 222 to correspond to the concave holes 212. An elastic segment 223 is across two sidewalls of the notches 222. The tenons 221 are disposed on the elastic segments 223. Since the elastic segment 223 is suspended in the air to have elasticity. Therefore, the tenons 221 disposed on the elastic segment 223 also has elasticity.

[0039] Please refer to FIG. 5. Two fixing-belt receiving grooves 14 are respectively disposed on two sides of the peripheral walls 12 of the seat part 1. The fixing-belt receiving grooves 14 are respectively combined with one ends of back belts 15 and seat belts 16. Two free ends of the back belts 15, which are far away from the fixing-belt receiving grooves 14, are buckled each other. Two free ends of the seat belts 16, which are far away from the fixing-belt receiving grooves 14, are also buckled with each other. Two insert slots 141 are disposed on the upper edges of the openings of the two fixing-belt receiving grooves 14, and bumps 142 are disposed on the lower edges of the openings of the fixing-belt receiving grooves 14. Cover boards 17 are disposed on the openings of the fixing-belt receiving grooves 14. An insert sheet 171 is disposed in the insert slot 141. Grooves 172 are disposed on the cover boards 17 to receive the bumps 142. The cover boards 17 are used to cover the fixing-belt receiving grooves 14. When the back belts 15 and the seat belts 16 are not used, the back belts 15 and the seat belts 16 can be placed in the fixing-belt receiving grooves 14 and covered by the cover boards 17.

[0040] When the seat part 1 is installed on a general chair 4, the seat part 1 is placed on a seating surface 41 of the chair 4. The free ends of the back belts 15 on two sides of the seat part 1 are placed on a seat back 42 of the chair 4 and buckled to each other. At the same time, the free ends of the seat belts 16 on two sides of the seat part 1 are placed below the searing surface 41 and buckled to each other. Therefore, the seat part 1 can be fixed on the seating surface 41, as shown in FIG. 6.

[0041] Breach 173 are formed on one side of the cover boards 17 away from the insert sheets 171 to form gaps between the cover boards 17 and the fixing-belt receiving groove 14, so that the cover boards 17 may be easily opened.

[0042] Moreover, the high chair further comprises a desk part 3, as shown in FIGS. 7-12. At least three socket parts 31 are equiangularly disposed on the periphery of the desk part 3. Intercalation holes 311 are disposed on the socket part 31. Linking rods 18 are disposed below and extended downward from the seat part 1 to respectively correspond to the socket part 31. Fasteners 19 are pivotally disposed on the bottoms of the linking rods 18. The fasteners 19 are inserted into the intercalation holes 311 to fix the seat part 1 on the desk part 3. Supporting legs 32 are disposed below the bottoms of the socket parts 31.

[0043] Please refer to FIGS. 9 and 10. The bottom of the linking rod 18 of the seat part 1 correspondingly disposed on the socket part 31 of the desk part 3, such that the fastener part 19 is inserted into the intercalation hole 311 of the socket part 31 to let the seat part 1 and desk part 3 can be stably assembled and positioned. The seat part 1 and the desk part 3 can be quickly assembled when an infant needs to be fed. The fasteners 19 can be operated at the same time to separate the fasteners 19 and the intercalation holes 311, as shown in FIGS. 11 and 12, so that the seat part 1 can be removed from the desk part 3 to meet the requirement of small desks and chairs in the infant's life to increase the economic value of the high chair.

[0044] Please refer to FIGS. 8 and 10-12. The middle parts of the fasteners 19 are pivotally assembled with the linking rods 18, so that the two ends of the fasteners 19 can be moved like a seesaw. The end of the fastener 19 toward the seat part 1 is a pressing end 191. The other end of the fastener 19 toward the desk part 3 has a hook 192. The hook 192 is extended along the body of the fastener 19 first and then tilt upward to form an inclined surface 193 on the bottom of the hook 192. Therefore, when the seat part 1 is placed on the desk part 3 and the linking rods 18 are inserted in the intercalation holes 311, if the seat part 1 is directly pressed down, the hook 192 can across the top edge of the intercalation holes 311 and hook the intercalation holes 311 to adopt a pivotally connecting structure through the fasteners 19 and the inclined surfaces 193 on the bottoms of the hooks 192. Accordingly, the seat part 1 can be conveniently hooked and fixed on the desk part 3.