CN215741806U - Multi-combination-form rolling ball slide ejection toy - Google Patents

Abstract

A multi-combination rolling ball slide ejection toy comprises a support body, at least one rolling ball slide, at least one rolling ball, an upper guide disc, a lower guide disc, a vertical pipeline, an ejection mechanism and a trigger mechanism; the support body comprises at least two support columns; the vertical pipeline is arranged between the upper guide disc and the lower guide disc; the upper guide disc is provided with a ball inlet and at least one ball outlet, and the ball inlet is communicated with the upper end of the vertical pipeline; the ejection end of the ejection mechanism is positioned at the lower end opening of the vertical pipeline; the rolling ball slide consists of a plurality of slide components which are matched with each other, and each slide component is provided with a rolling ball inlet, a rolling ball outlet and a rolling ball slide way; the rolling ball inlet of the slide component at the uppermost side is positioned right below the ball outlet; the ball outlet of the lowermost slide member is directly above the lower guide plate. The rolling ball slide can be assembled into various shapes, can be expanded at will, encourages children to assemble the rolling ball slide by hands, can realize the circular motion of the rolling ball, teaches through lively activities, and is beneficial to developing the intelligence of the children.

Description

Multi-combination-form rolling ball slide ejection toy

Technical Field

The utility model relates to the field of toys, in particular to a multi-combination-form rolling ball slide ejection toy.

Background

At present, children's early education toys tend to be developed in the aspect of edutainment, and enable children to learn various knowledge during playing.

Spin slide toy is one of children's early education toy, receives children to love deeply, mainly relies on spin slide to guide spin from last to motion down to promote children's observation power and attention. However, current slide toy is integral mostly, and the molding is comparatively single, can't expand, do not need children to do all can't play the hand equipment by oneself, can't play arouse children's effect of starting and improving children's ability of starting, be difficult to arouse children's intelligence, and this kind of slide toy of spin has only shown spin from last rolling process extremely down, can not realize the circulatory motion of spin, need incessantly place the manual eminence at the slide of spin with the spin, children will feel tired very fast, can't temper and improve children's study and thinking ability betterly, can not effectively satisfy children's amusement requirement.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem of providing a multi-combination-form rolling ball slide ejection toy which can be assembled into rolling ball slides with various shapes, can be expanded randomly, encourages children to assemble the rolling ball slides by hands, can realize the circular motion of the rolling ball, teaches through lively activities and is beneficial to developing the intelligence of the children. The technical scheme is as follows:

the utility model provides a multiunit combination form slide ejection toy, includes supporter, at least one slide and at least one spin, its characterized in that: the ejection mechanism is used for ejecting the rolling balls, and the trigger mechanism is used for triggering the ejection mechanism; the support body comprises at least two support columns; the upper guide discs are arranged at the upper ends of the supporting stand columns, the lower guide discs are arranged right below the upper guide discs, and the vertical pipelines are arranged between the upper guide discs and the lower guide discs; the upper guide disc is provided with a ball inlet and at least one ball outlet, and the ball inlet of the upper guide disc is communicated with the upper end opening of the vertical pipeline; the ejection mechanism and the trigger mechanism are both arranged on the lower guide disc, and the ejection end of the ejection mechanism is positioned at the lower end opening of the vertical pipeline; the rolling ball slide is composed of a plurality of slide components which are matched with each other, each slide component is respectively and detachably arranged on the corresponding supporting upright post, each slide component is provided with a rolling ball inlet, a rolling ball outlet and a rolling ball slide way for the rolling ball to roll from top to bottom, the position of the rolling ball inlet is higher than that of the rolling ball outlet, and the rolling ball inlet is communicated with the rolling ball outlet through the rolling ball slide way; the rolling ball inlet of the next sliding board component corresponds to the rolling ball outlet of the previous sliding board component; the rolling ball inlet of the slide component at the uppermost side is right below the corresponding ball outlet on the upper guide disc; the ball outlet of the lowermost slide member is directly above the lower guide plate.

Usually, the position on the bottom of the inner cavity of the lower guide disc, which corresponds to the lower end opening of the vertical pipeline, is the lowest, and the rolling ball entering the lower guide disc can roll towards the position along the bottom of the inner cavity of the lower guide disc under the action of the gravity of the rolling ball; the ball inlet is arranged at the position with the lowest height on the bottom of the inner cavity of the lower guide disc, the ball outlet is arranged at the position with the lowest height on the bottom of the inner cavity of the lower guide disc, and the rolling ball entering the upper guide disc rolls towards the ball outlet along the bottom of the inner cavity of the upper guide disc under the action of self gravity.

During the use, children can install each slide component respectively on corresponding support post according to oneself idea to through mutually supporting between each slide component, can assemble into various models and the spin slide that can expand wantonly, encourage children to do all can the hand equipment by oneself. After the rolling ball slide is assembled, children can put the rolling balls into the cavity of the upper guide disc, the rolling balls can roll towards the ball outlet along the bottom of the inner cavity of the upper guide disc under the action of self gravity, fall into the rolling ball inlet of the slide component at the uppermost side of the rolling ball slide through the ball outlet, roll from top to bottom along the rolling ball slide ways of all the slide components of the rolling ball slide under the action of self gravity, and fall into the cavity of the lower guide disc through the rolling ball outlet of the slide component at the lowermost side; then the rolling ball rolls to a position between the lower end opening of the vertical pipeline and the ejection end of the ejection mechanism along the bottom of the inner cavity of the lower guide disc under the action of self gravity; then, the child can trigger the ejection mechanism to act through the trigger mechanism, eject the rolling ball to enable the rolling ball to ascend along the vertical pipeline, enter the cavity of the upper guide disc through the ball inlet and roll towards the ball outlet along the bottom of the inner cavity of the upper guide disc under the action of self gravity; through repetition above-mentioned process, can realize the spin at last positioning disk, spin slide, down the circular motion between positioning disk and the vertical pipeline, the reinforcing is interesting, and the edutainment is in happy, can temper and improve children's study and thinking ability betterly, effectively satisfies child's amusement requirement, and the edutainment is in happy, helps inspiring children's intelligence.

In the preferred scheme, the support upright post is formed by sequentially splicing a plurality of upright post members from top to bottom, and an installation connecting section is formed between every two adjacent upright post members; the slide component is provided with at least one mounting ring which is sleeved on the corresponding mounting connection section. During the equipment, splice each stand component from top to bottom in proper order, and cup joint the collar of each slide component respectively on corresponding erection joint section in the concatenation process, two stand components that are in both sides about the slide component this moment can carry on spacingly to this slide component jointly, the equipment is simple, and convenient, and make the position after the slide component equipment firm, and, because the slide component has the collar, the slide component can rotate the angle of adjustment wantonly around the support post that locates, not only can change the whole form that the slide of spin launches the toy, and can graft on the slide component of adjacent support post with the spin export of this slide component, realize the route transfer of slide component on two adjacent support posts of spin.

In the preferred scheme, the lower end of the supporting upright post is provided with a supporting seat. The supporting seat can play the supporting role to the supporting column, so that the supporting column is stably placed.

The ball slide may be assembled using a plurality of slide members having the same shape or different shapes. Children can select the slide component of corresponding quantity to make up as required, can splice into the slide of various figurations grounder to can expand wantonly, play the effect of arousing children's energy of thinking and improving children's ability of working.

In one embodiment, each of the slide members has an arc-shaped ball ramp which is gradually inclined downward from one end thereof to the other end thereof, and the slide member is detachably mounted on the corresponding support post and the ball ramp thereof is disposed around the corresponding support post.

In another specific scheme, the slide components of the rolling ball slide comprise at least one first slide component with an arc-shaped rolling ball slide way which is gradually inclined downwards, at least one second slide component with a linear rolling ball slide way which is gradually inclined downwards, and at least one third slide component which is in a funnel shape with a large upper part and a small lower part, wherein the first slide component is detachably arranged on a corresponding supporting upright, and the rolling ball slide way of the first slide component is arranged around the supporting upright; the second slide component and the third slide component are detachably arranged between the two corresponding supporting upright posts.

The ejection mechanism can be in a lever seesaw form, one end of the seesaw is operated to eject the rolling ball from the lower end opening of the vertical pipeline, and the rolling ball enters the cavity of the upper guide disc along the vertical pipeline; the rolling ball can also be a spring arranged at the lower end of the vertical pipeline, and the rolling ball is ejected out of the vertical pipeline through gravitational potential energy and enters the cavity of the upper guide disc; or in other forms, are not limited thereto. For example: in one specific scheme, the ejection mechanism comprises a rocker and a rotating shaft, the middle part of the rocker is hinged to the lower guide disc through the rotating shaft, and the front part of the rocker is positioned at an opening at the lower end of the vertical pipeline; trigger mechanism is including triggering briquetting and reset spring, triggers the briquetting liftable install down on the guiding disc, the lower part of triggering the briquetting and the rear portion contact cooperation of wane, reset spring locates down between the guiding disc and the triggering briquetting. When the rocking plate is used, the pressing block can be triggered by pressing downwards to drive the front part of the rocking plate to swing upwards around the rotating shaft, so that the rolling ball is ejected; the reset spring can apply upward acting force to the trigger pressing block, so that the trigger pressing block automatically resets.

The multi-combination-form rolling ball slide ejection toy can guide rolling balls to move from top to bottom through the support body, the rolling ball slide, the rolling balls, the upper guide disc, the lower guide disc, the vertical pipeline, the ejection mechanism and the trigger mechanism, so that the observation power and the attention of children are improved.

Drawings

Fig. 1 is a schematic structural view of a multi-combination ball slide launching toy according to a preferred embodiment of the utility model.

Fig. 2 is a schematic structural view of a slide member of the multi-configuration ball-slide launching toy of fig. 1.

Detailed Description

As shown in fig. 1 and 2, the multi-combination rolling ball slide ejection toy comprises a support body 1, two rolling ball slides 2, a plurality of rolling balls 3, an upper guide disc 4, a lower guide disc 5, a vertical pipeline 6, an ejection mechanism 7 for ejecting the rolling balls 3, and a trigger mechanism 8 for triggering the ejection mechanism 7; the support body 1 comprises two support uprights 11; the upper guide disc 4 is arranged at the upper ends of the two support upright posts 11, the lower guide disc 5 is arranged right below the upper guide disc 4, and the vertical pipeline 6 is arranged between the upper guide disc 4 and the lower guide disc 5; the upper guide disc 4 is provided with a ball inlet 401 and two ball outlets 402, and the ball inlet 401 of the upper guide disc 4 is communicated with the upper end opening of the vertical pipeline 6; the ejection mechanism 7 and the trigger mechanism 8 are both arranged on the lower guide disc 5, and the ejection end of the ejection mechanism 7 is opened at the lower end of the vertical pipeline 6; the two rolling ball slides 2 correspond to the two supporting upright posts 11 one by one, the rolling ball slide 2 consists of a plurality of slide components 21 which are sequentially arranged from top to bottom and are mutually matched, each slide component 21 is respectively and detachably arranged on the corresponding supporting upright post 11, each slide component 21 is provided with a rolling ball inlet 2101, a rolling ball outlet 2102 and a rolling ball slide way 2103 for the rolling ball 3 to roll from top to bottom, the position of the rolling ball inlet 2101 is higher than that of the rolling ball outlet 2102, and the rolling ball inlet 2101 is communicated with the rolling ball outlet 2102 by the rolling ball slide way 2103; two slide components 21 which are matched up and down, wherein the ball inlet 2101 of the next slide component 21 corresponds to the ball outlet 2102 of the previous slide component 21; ball inlet 2101 of the uppermost slide member 21 is located directly below the respective ball outlet 402 of the upper guide disc 4 and ball outlet 2102 of the lowermost slide member 21 is located directly above the lower guide disc 5.

In the embodiment, the position on the bottom of the inner cavity of the lower guide disc 5, which corresponds to the lower end opening of the vertical pipeline 6, is the lowest, and the rolling ball 3 entering the lower guide disc 5 can roll towards the position along the bottom of the inner cavity of the lower guide disc 5 under the action of the self gravity; the ball inlet 401 is arranged at the highest position on the bottom of the inner cavity of the lower guide disc 5, the two ball outlets 402 are arranged at the lowest position on the bottom of the inner cavity of the lower guide disc 5, and the rolling ball 3 entering the upper guide disc 4 rolls towards the ball outlets 402 along the bottom of the inner cavity of the upper guide disc 4 under the action of the self gravity.

In this embodiment, the support column 11 is formed by sequentially splicing a plurality of column members 111 from top to bottom, and an installation connection section 112 is formed between two adjacent column members 111; the slide member 21 has an arc-shaped ball slide 2103 which is gradually inclined downward from one end to the other end thereof, the slide member 21 is provided with a mounting ring 211, the slide member 21 is sleeved on the corresponding mounting connection section 112 through the mounting ring 211 and the ball slide 2103 thereof is arranged around the corresponding support upright 11. When the support upright post 11 is assembled, in the process of splicing the upright post members 111, the mounting rings 211 of the slide members 21 are respectively sleeved on the corresponding mounting connection sections 112, at the moment, the two upright post members 111 positioned at the upper side and the lower side of the slide members 21 can limit the slide members 21 together, the assembly is simple and convenient, and the assembled positions of the slide members 21 are stable, and the slide members 21 are provided with the mounting rings 211, so that the slide members 21 can rotate freely around the support upright post 11 to adjust the angle, the overall form of the slide ball ejection toy can be changed, the outlet 2102 of the slide member 21 can be connected to the slide members 21 of the adjacent support upright posts 11, and the path transfer of the slide members 21 on the adjacent two support upright posts 11 by the slide members 3 is realized.

In this embodiment, a support base 12 is mounted to the lower end of the support column 11. The supporting seat can play the supporting role to the supporting upright post 11, so that the supporting upright post 11 is stably placed.

The ejection mechanism 7 can be in a lever seesaw form, one end of the seesaw is operated to eject the rolling ball 3 from the lower end opening of the vertical pipeline 6, so that the rolling ball enters the cavity of the upper guide disc 4 along the vertical pipeline 6; or a spring arranged at the lower end of the vertical pipeline 6 can eject the rolling ball 3 out of the vertical pipeline 6 to enter the cavity of the upper guide disc 4 through gravitational potential energy; or in other forms, are not limited thereto.

The use method of the multi-combination rolling ball slide ejection toy is briefly described as follows:

during the equipment, splice each stand component 111 from top to bottom in proper order, and in the concatenation process, children can be according to oneself thought, cup joint the collar 211 of each slide component 21 respectively on corresponding erection joint section 112 (be in two stand components 111 of slide component 21 upper and lower both sides at this moment can carry on spacingly to this slide component 21 jointly), and through mutually supporting between each slide component 21, can assemble into various models and spin slide 2 that can expand wantonly, encourage children to do all can the hand equipment by oneself. After the assembly of the rolling ball slide 2 is completed, a child can put the rolling ball 3 into the cavity of the upper guide disc 4, the rolling ball 3 can roll towards the ball outlet 402 along the bottom of the inner cavity of the upper guide disc 4 under the action of self gravity, fall into the ball inlet 2101 of the slide component 21 at the uppermost side of the rolling ball slide 2 through the ball outlet 402, roll from top to bottom along the ball slide ways 2103 of the slide components 21 of the rolling ball slide 2 under the action of self gravity, and fall into the cavity of the lower guide disc 5 through the ball outlet 2102 of the slide component 21 at the lowermost side; then the rolling ball 3 rolls to a position between the lower end opening of the vertical pipeline 6 and the ejection end of the ejection mechanism 7 along the bottom of the inner cavity of the lower guide disc 5 under the action of self gravity; then, the child can trigger the ejection mechanism 7 to act through the trigger mechanism 8, eject the rolling ball 3 to enable the rolling ball to rise along the vertical pipeline 6, enter the cavity of the upper guide disc 4 through the ball inlet 401, and roll towards the ball outlet 402 along the bottom of the inner cavity of the upper guide disc 4 under the action of self gravity; through repetition above-mentioned process, can realize spin 3 at last positioning disk 4, spin slide 2, down positioning disk 5 and vertical pipeline 6 between the cyclic motion, the reinforcing is interesting, and teaching in happy, can temper and improve children's study and thinking ability betterly, effectively satisfies child's amusement requirement, teaching in happy, helps inspiring children's intelligence.

In addition, it should be noted that the names of the parts and the like of the embodiments described in the present specification may be different, and the equivalent or simple change of the structure, the characteristics and the principle described in the present patent idea is included in the protection scope of the present patent. Various modifications, additions and substitutions for the specific embodiments described may be made by those skilled in the art without departing from the scope of the utility model as defined in the accompanying claims.

Claims (5)

1. The utility model provides a multiunit combination form slide ejection toy, includes supporter, at least one slide and at least one spin, its characterized in that: the ejection mechanism is used for ejecting the rolling balls, and the trigger mechanism is used for triggering the ejection mechanism; the support body comprises at least two support columns; the upper guide discs are arranged at the upper ends of the supporting stand columns, the lower guide discs are arranged right below the upper guide discs, and the vertical pipelines are arranged between the upper guide discs and the lower guide discs; the upper guide disc is provided with a ball inlet and at least one ball outlet, and the ball inlet of the upper guide disc is communicated with the upper end opening of the vertical pipeline; the ejection mechanism and the trigger mechanism are both arranged on the lower guide disc, and the ejection end of the ejection mechanism is positioned at the lower end opening of the vertical pipeline; the rolling ball slide is composed of a plurality of slide components which are matched with each other, each slide component is respectively and detachably arranged on the corresponding supporting upright post, each slide component is provided with a rolling ball inlet, a rolling ball outlet and a rolling ball slide way for the rolling ball to roll from top to bottom, the position of the rolling ball inlet is higher than that of the rolling ball outlet, and the rolling ball inlet is communicated with the rolling ball outlet through the rolling ball slide way; the rolling ball inlet of the next sliding board component corresponds to the rolling ball outlet of the previous sliding board component; the rolling ball inlet of the slide component at the uppermost side is right below the corresponding ball outlet on the upper guide disc; the ball outlet of the lowermost slide member is directly above the lower guide plate.

2. The multi-configuration ball-slide launching toy according to claim 1, wherein: the supporting upright post is formed by sequentially splicing a plurality of upright post members from top to bottom, and an installation connecting section is formed between every two adjacent upright post members; the slide component is provided with at least one mounting ring which is sleeved on the corresponding mounting connection section.

3. The multi-configuration ball-slide launching toy according to claim 1, wherein: and the lower end of the supporting upright post is provided with a supporting seat.

4. A multi-configuration ball-slide launching toy according to any of claims 1 to 3, characterised in that: each of the slide members has an arc-shaped ball ramp which is gradually inclined downward from one end thereof to the other end thereof, the slide members are detachably mounted on the corresponding support posts and the ball ramps thereof are arranged around the corresponding support posts.

5. A multi-configuration ball-slide launching toy according to any of claims 1 to 3, characterised in that: the slide components of the rolling ball slide comprise at least one first slide component with a rolling ball slide way which is in an arc shape and gradually inclines downwards, at least one second slide component with a rolling ball slide way which is in a straight shape and gradually inclines downwards, and at least one third slide component which is in a funnel shape with large top and small bottom, wherein the first slide component is detachably arranged on a corresponding supporting upright, and the rolling ball slide way of the first slide component is arranged around the supporting upright; the second slide component and the third slide component are detachably arranged between the two corresponding supporting upright posts.

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