TWM562706U - Combination structure of bubble blowing toy - Google Patents

Abstract

The utility model relates to a combined structure of a blowing bubble toy, which has a bottle body, a step tube and a liquid immersing member, wherein the liquid immersing member is arranged in the step tube, the step tube system is arranged in the bottle body, the step tube has a stopper portion, and the liquid immersion member is arranged There is a stopper. When the liquid-impregnated member is assembled in the stepped tube, the stopper is pressed and deformed into the stepped tube, and is elastically restored to the original shape, and then stopped by the stopper to prevent the liquid-contacting member from coming out of the stepped tube, thereby facilitating Combination and ease of use.

Description

Blowing bubble toy combination structure

A combination structure of a blowing bubble toy, in particular, a liquid-impregnated member of a blowing bubble toy has an elastically deformable stopper, thereby facilitating a combined structure of the blowing bubble toy combination.

In order to facilitate the user's use, the bubble toy is provided with a liquid-impregnating piece in the bottle body, and the squeezed bottle body is used to raise the liquid-absorbent member to the outside of the bottle for the user to blow the bubble, and in order to achieve such an ascending effect, A stepped tube is arranged in the bottle body, so that the liquid immersing member is disposed in the stepped tube, and the liquid absorbing member is hydraulically driven to rise and lower in the stepped tube, but in order to prevent the liquid absorbing member from coming out of the stepped tube, the protruding portion in the stepped tube is used. The stopper prevents the liquid-absorbent member from coming out. However, the liquid-impregnated member of this method must be assembled into the stepped tube by assembly, and the liquid-impregnated member is easily separated and cannot be used.

The main purpose of the creation is to use the stopper piece provided on the stopper of the liquid-impregnating member, and when the liquid-adsorbing member is assembled in the stepped tube, it is deformed into the stepped tube under pressure and is stepped by the elastic state after being restored to the original state. The stop of the stopper in the tube prevents the liquid-impregnating member from coming out of the step tube, thereby achieving the convenience of combination and convenient use.

In order to achieve the above purpose, the combined structure of the bubble blowing toy comprises a bottle body, a step tube and a liquid immersing member, the bottle body having a bottle body and a bottle mouth connected above the bottle body; the two sides of the step tube are respectively formed The upper body and the lower tube body are connected to each other, and the lower tube body is convexly disposed on the inner wall adjacent to the side of the upper tube body; the liquid-impregnating member has a lifting rod and a liquid solution connected at both ends of the lifting rod Ring and stop a dipstick ring is located in the tube body above the stepped tube, the lifting rod and the stopper are located in the tube body below the step tube, and the stopper has a connecting portion connected to the lifting rod, and the end of the connecting portion extends obliquely toward the lifting rod There is a stopper piece, and a contraction space is formed between the stopper piece and the connecting portion, so that the stopper piece of the stopper piece is pushed by the stopper of the lower pipe body when the upper pipe body enters the lower pipe body; Flexing deformation toward the indentation space, and returning to the original state after the stopper piece passes over the stopper portion, and when the lifting rod is raised from the lower tube body into the upper tube body, the end of the stopper piece abuts the stopper The part will not come out of the upper tube.

The combination structure of the aforementioned blowing bubble toy, wherein the thickness of the liquid suction ring of the liquid-impregnating member is larger than the width of the pipe body below the stepped pipe, and the stopper of the liquid-impregnating member when the liquid-impregnated ring abuts against the bottom surface of the upper pipe body Will be located in the end of the lower tube.

The combination structure of the aforementioned blowing bubble toy, wherein the stopper piece of the stopper of the liquid-impregnating member is formed by bending the end of the connecting portion and extending obliquely toward the direction of the lifting rod.

The combination structure of the blowing bubble toy, wherein the bottom surface of the stopper piece of the liquid-impregnating member is formed with a pressure receiving surface, and the shape formed by the circumference of the pressure receiving surface is the same as the shape of the circumference of the inner wall of the tube below the stepped tube. Round.

1‧‧‧ bottle

11‧‧‧ bottle

12‧‧‧ bottle mouth

2‧‧‧step tube

21‧‧‧Upper body

211‧‧‧Connecting Block

22‧‧‧ Lower body

221‧‧‧stop

23‧‧‧Connected pipe

3‧‧‧Staining parts

31‧‧‧Staining ring

32‧‧‧ Lifting rod

33‧‧‧stops

331‧‧‧Connecting Department

332‧‧‧stop film

333‧‧‧retracted space

334‧‧‧pressured surface

335‧‧‧Resistance

5‧‧‧ bubble liquid

The first picture is a three-dimensional appearance of the creation of the step tube and the liquid-impregnated piece.

The second picture is an exploded view of the created step tube and the liquid-impregnated piece.

The third picture is a three-dimensional appearance of the liquid-impregnated piece of the creation.

The fourth picture is a schematic diagram of the creation of the liquid-impregnated piece into the step tube.

The fifth picture is a cross-sectional view of the creation of the liquid-impregnated piece into the stepped tube.

The sixth picture is a bottom view of the creation of the liquid-impregnated piece into the stepped tube.

The seventh picture is a schematic diagram of the creation of the present invention.

The eighth picture is a schematic diagram of the rise of the liquid component of the creation.

The ninth figure is a partial enlarged view of the eighth figure.

Referring to the first to seventh figures, it can be clearly seen from the figure that the combined structure of the present blowing bubble toy comprises a bottle body 1, a step tube 2 and a liquid absorbing member 3, wherein: the bottle body 1 having a bottle body 11 and a bottle mouth 12 connected above the bottle body 11; the step tube 2 is disposed in the bottle body 1 described above, and two sides thereof are respectively connected with the upper tube body 21 and the lower tube body 22, The lower tubular body 22 has a stopper portion 221 protruding from an inner wall adjacent to the side of the upper tubular body 21.

The liquid absorbing member 3 has a lifting rod 32 and a liquid absorbing ring 31 and a stopper 33 connected at both ends of the lifting rod 32. The stopping member 33 has a connecting portion 331 connected to the lifting rod 32, and the end of the connecting portion 331 faces the lifting rod 32. A stopper piece 332 is obliquely extended, and a contraction space 333 is formed between the stopper piece 332 and the connecting portion 331, and the liquid absorbing member 3 is integrally formed by the liquid absorbing ring 31, the lifting rod 32, and the stopper 33. Made.

The width of the dip ring 31 of the liquid absorbing member 3 is larger than the width of the tube body 22 below the step tube 2, and the stopper piece 332 of the stopper 33 is bent by the end of the connecting portion 331 and faces the lifting rod 32. Formed obliquely, the bottom surface of the stop piece 332 is formed with a pressure receiving surface 334, and the end surface is formed with a resisting surface 335. The shape of the peripheral surface of the pressure receiving surface 334 is formed by the inner wall of the tubular body 22 below the stepped tube 2. The shape of the circumference is the same and non-circular, and the shape of the shape formed by the circumference of the pressure-receiving surface 334 is slightly smaller than the area of the shape of the circumference of the inner wall of the tube body 22 below the step tube 2.

Referring to the fourth to ninth figures, it can be clearly seen from the figure that when the creation is in the configuration, the outer side of the end of the tubular body 21 above the stepped tube 2 is positioned inside the bottle opening 12 of the bottle body 1. The stepped tube 2 is suspended in the bottle body 11, and the stopper piece 332 of the stopper 33 of the liquid-impregnating member 3 is further introduced into the lower tube body 22 from the upper tube body 21, and received by the stopper portion 221 of the lower tube body 22. Pushing and bending toward the indentation space 333 to produce elastic deformation, and After the stopper piece 332 passes over the stopper portion 221, the elastic resetting function is restored to the original state, so that the liquid suction ring 31 of the liquid-impregnating member 3 is located in the upper body of the stepped tube 2, and the lifting rod 32 and the stopper member 33 are located below. The inside of the tubular body 22, and the stopper 33 is located below the stopper portion 221; when the user squeezes the bottle body 11 in which the bubble liquid 5 is accommodated, the pressure receiving surface 334 of the stopper 33 receives the bubble liquid 5 The hydraulic action is pushed, and the lifting rod 32 is lifted from the lower body 22 of the step tube 2 into the upper tube body 21, and the abutting surface 335 of the end of the stopper piece 332 is approached toward the stopping portion 221, and is resisted. The stopper portion 221 prevents the liquid-contacting member 3 from coming out of the upper tubular body 21; when the liquid-impregnating member 3 is lowered, since the width of the liquid-impregnating ring 31 is larger than the width of the lower tubular body 22, the liquid-impregnated ring 31 abuts against The bottom surface of the tubular body 21 is such that the stopper 33 is located in the end of the lower tubular body 22 to prevent the stopper 33 from falling out of the stepped tube 2 and failing.

The stepped tube 2 is further provided with a connecting tube 23, and the upper tube body 21 is provided with a connecting seat 211. The connecting tube 23 extends through the bottom of the upper tube body 21, and one end is inserted into the connecting seat 211 and connected through the connecting base 211. The upper end of the upper pipe body 21 is opened, and the other end of the communication pipe 23 is connected to the inner space of the bottle body 1 when the step pipe 2 is assembled in the bottle body 1, so that air can enter the bottle body 1 along the communication pipe 23. To reduce the number of times the bubble liquid 5 is replenished.

Therefore, the present invention is to solve the conventional problems and lacks. The key technology is to use the stopper piece 332 provided on the stopper 33 of the liquid-impregnating member 3 when the liquid-impregnating member 3 is assembled in the stepped tube 2. The pressure is deformed into the stepped tube, and after the elastic recovery to the original state, it is stopped by the stop portion in the stepped tube to prevent the liquid-absorbent member 3 from coming out of the stepped tube 2, thereby achieving the convenience of combination and convenient use.

Claims (4)

A combination structure of a blowing bubble toy comprises: a bottle body having a bottle body and a bottle mouth connected above the bottle body; the step tube is disposed in the bottle body, and the two sides thereof are respectively formed to communicate with each other a tubular body and a lower tubular body, the lower tubular body is convexly disposed on the inner wall of the side of the upper tubular body, and the outer side of the upper tubular body is positioned on the inner side of the bottle mouth; the liquid-impregnated member has a lifting rod And a liquid suction ring and a stopper connected to both ends of the lifting rod, the liquid suction ring is located in the pipe body above the step pipe, the lifting rod and the stopping member are located in the pipe body under the step pipe, and the stopping member has a connecting portion Connected to the lifting rod, the end of the connecting portion extends obliquely toward the lifting rod with a stop piece, and a contraction space is formed between the stopping piece and the connecting portion, so that the stopping piece of the stopping piece enters the lower tube from the upper tube body When the body is pressed, it is elastically deformed by being bent toward the retracted space by the stopper of the lower pipe body, and is restored to the original state by the elastic restoring ability after the stopper piece passes over the stopper portion, so that the lifting rod is lowered from the lower pipe body. When it rises into the upper tube body, the end of the stop piece abuts the stop portion and does not fall off The tubular body. The combined structure of the blowing bubble toy according to claim 1, wherein the dipstick width of the liquid-impregnating member is larger than the width of the tubular body below the stepped tube, and the liquid is applied when the dip-ring ring abuts against the bottom surface of the upper tubular body. The stop of the piece will be located in the end of the lower body. The combination structure of the blowing bubble toy according to claim 1, wherein the stopper piece of the stopper of the liquid-impregnating member is formed by bending the end portion of the connecting portion and extending obliquely in the direction of the lifting rod. The combination structure of the blowing bubble toy according to claim 1, wherein the bottom surface of the stopper piece of the liquid-impregnating member is formed with a pressure receiving surface, and the shape formed by the circumference of the pressure receiving surface is adjacent to the circumference of the inner wall of the tube below the stepped tube. The shape is the same and non-circular.