Multifunctional community game leisure facility suitable for children
Technical Field
The utility model relates to the technical field of community leisure facilities, in particular to a multifunctional community game leisure facility suitable for children.
Background
In modern community environments, the design of children's play facilities has become a focus of attention. Traditional children's play facilities are mostly single-function game devices, such as slides, swings, sand pits and the like, which can provide basic entertainment experience, but are thin in terms of stimulating the movement potential of children, team cooperation and exploring spirit.
At present, community game facilities generally lack innovative interaction elements, cannot sufficiently excite active participation of children, and lack challenges and interestingness. Traditional amusement rides have focused on simple physical activities such as sliding, swinging, etc., and lack a culture of child mental development and team cooperation capabilities. In addition, these facilities often fail to accommodate the needs of children of different ages, and for children of older ages these gaming facilities may be too simple to provide continuous appeal.
In contemporary child growth environments, social interactions, team cooperation, and diversity of movements become particularly important. However, existing community gaming establishments often do not integrate these elements well. This results in the difficulty of achieving a full-scale development of children during play, including improvement of social ability, training of team spirit, and varied physical training.
How to solve the technical problems is the subject of the present utility model.
Disclosure of utility model
In order to solve the defects of the prior art, the utility model provides a multifunctional community game leisure facility which is reasonable in design, safe and reliable, enables children to play to comprehensively develop, and is suitable for children, wherein social capacity is improved, team spirit is cultivated and various physical training is achieved.
The utility model provides a multifunctional community game leisure facility suitable for children, which solves the technical problems and comprises a center platform, wherein the center platform is connected with a straight slide and a climbing unit;
A sand pit is arranged below the center platform, one side of the center platform is connected with a high platform corridor, and the high platform corridor is provided with a pipeline slide and a lower slide bar;
The other side of the center platform is connected with an arch bridge through a crawling pipeline, a hanging bridge is arranged at the bottom of the crawling pipeline, a plurality of through holes are formed in the top of the crawling pipeline, and an annular frame is arranged at each through hole;
The center platform department is provided with the game board, be provided with a plurality of color buttons, start button, description and electronic score board on the game board, a plurality of positions of this facility are provided with the color button, the color button with game board wireless connection.
The top of the center platform is provided with a ceiling, and the climbing unit comprises a ladder, a climbing plate and a hanging bar;
One end of the horizontal section of the hanging bar is connected with the center platform, the other end is connected with the vertical section.
The game panel is internally provided with a central processing unit, and the central processing unit is provided with a receiving module and an output module and is responsible for controlling game logic, processing score information and controlling color conversion of the LED lamps;
And each color button is internally provided with an LED lamp, and a miniature wireless communication module is arranged and is in wireless connection with the receiving module and the output module of the central processing unit.
An energy storage battery pack is arranged in the game panel and is electrically connected with an embedded solar panel in the ceiling.
One end of the high corridor, which is far away from the center platform, is provided with a crawling ladder and a vertical lower slide bar;
and an inlet of the pipeline slide is arranged on one side of the high-rise corridor.
The arch bridge comprises a bridge body, wherein both ends of the bridge body are respectively provided with a cat ladder and a straight slide;
the top end of the arch bridge is fixedly connected with the center platform through a cross beam;
an opening for connecting the crawling pipeline is formed in one side, close to the central platform, of the arch bridge.
The crawling pipeline is a pipeline with a semicircular section and is obliquely arranged;
The annular frame comprises a plurality of vertical rods vertically connected with the edges of the through holes, color buttons are arranged at the top end of each annular frame, and the color buttons are located inside the annular frame.
The hanging bridge comprises a plurality of pedals connected to the bottom surface of the crawling pipeline through slings, and two ends of the hanging bridge are respectively communicated with the lower part of the arch bridge and the inside of the sand pit.
The center platform, the high platform corridor and the arch bridge are all provided with guardrails.
The beneficial effects of the utility model are as follows:
1. The multifunctional community game leisure facility provides comprehensive physical ability training for children through various amusement devices such as integrated slides, climbs, arch bridges, crawling pipelines, hanging bridges, sand pits and the like. The activities effectively promote physical coordination and balance of children, particularly climbing, hanging bridge and other projects, can exercise the upper limb strength and core muscle groups of the children, and is beneficial to the promotion of the whole physical ability of the children.
2. The integrated game panel and button system of the facility not only increases the interest of the game, but also promotes the intelligence development of children through the rule setting and scoring system. Finding a lit button requires the child to observe, memorize, and react quickly, and these activities help to increase the child's attention, memory, and speed of reaction. In addition, scoring and winning conditions in the game can still motivate children to learn statistical and basic mathematical concepts.
3. By participating in the game in teams, children can not only play with partners, but also learn the importance of team cooperation and fair competition in the game. Each member of the team needs to cooperate, working together, to achieve the goal of the game. Such a highly interactive game design helps to improve the social skills of children, including communication, negotiation and co-affective capabilities.
4. The game play facility is adaptable to different community environments, including urban and suburban areas. The outdoor environment factors are considered in the structural design, and durable materials and safety design are adopted, so that the facility is ensured to be stably used under various weather conditions. In addition, the solar power supply system determines the environmental protection and energy source self-sufficiency of the facility, and the arrangement is more suitable for various environmental conditions.
5. The multi-functional play structure and interactive elements can motivate the creativity and imagination of children. The nonlinear design and diversified selection of the game enable children to play freely during playing, and a game mode belonging to the children is created. The open game environment has great significance for children to explore new things and bring creative into play.
6. The safety of the children amusement facility is fully considered in design. All edges and corners of the amusement ride are rounded to reduce the risk of collision injuries. The used materials are environment-friendly and durable, and ensure the safety and stability of the facility for long-term use.
7. The game leisure facility of the present utility model positively affects the physical health of children by providing a variety of game modes and physical activities. Through physical activity, children can effectively release energy, alleviate pressure, improve sleep quality simultaneously.
Drawings
Fig. 1 is a front view of the present utility model.
Fig. 2 is a schematic perspective view of the present utility model.
Fig. 3 is an enlarged partial schematic view of the area a of fig. 2.
Fig. 4 is a schematic perspective view of a second embodiment of the present utility model.
The device comprises a central platform, 101, a straight slide, 102, a ceiling, 103, a cat ladder, 104, a climbing plate, 105, a hanging bar, 2, a sand pit, 3, a high corridor, 301, a pipeline slide, 302, a lower slide bar, 4, a crawling pipeline, 401, an annular frame, 5, an arch bridge, 501, a cross beam, 6, a hanging bridge, 7, a game panel, 701, a color button, 702, a start button, 703, an electronic score board, 704, instructions, 8, a color button, 9 and a guardrail.
Detailed Description
Technical characteristics of the present solution can be clearly illustrated, and the present solution is illustrated below by means of specific embodiments.
Referring to fig. 1 to 4, the embodiment is a multifunctional community game leisure facility suitable for children, comprising a center platform 1, wherein a ceiling 102 is arranged at the top of the center platform 1, the center platform 1 is connected with a straight slide 101 and a climbing unit, the climbing unit comprises a ladder 103, a climbing plate 104 and a hanging bar 105, one end of a horizontal section of the hanging bar 105 is connected with the center platform 1, and the other end of the horizontal section of the hanging bar is connected with a vertical section.
A sand pit 2 is arranged below the center platform 1, one side of the center platform 1 is connected with a high platform corridor 3, the high platform corridor 3 is provided with a pipeline slide 301 and a lower slide bar 302, one end, far away from the center platform 1, of the high platform corridor 3 is provided with a crawling ladder 103, and a vertical lower slide bar 302 is arranged, and one side of the high platform corridor 3 is provided with an inlet of the pipeline slide 301.
The opposite side of center platform 1 is connected with arched bridge 5 through crawling pipeline 4, and arched bridge 5 includes the bridge body, and bridge body both ends are provided with cat ladder 103 and straight slide 101 respectively, and crossbeam 501 fixed connection center platform 1 is passed through on the top of arched bridge 5, and crawling pipeline 4 bottom is provided with hanging bridge 6, and hanging bridge 6 includes a plurality of pedal of being connected in crawling pipeline 4 bottom surface through the hoist cable, and in the below and the sand pit 2 of arched bridge 5 are communicated respectively at hanging bridge 6's both ends.
An opening for connecting the crawling pipeline 4 is formed in one side, close to the center platform 1, of the arch bridge 5, a plurality of through holes are formed in the top of the crawling pipeline 4, an annular frame 401 is arranged at the through holes, the crawling pipeline 4 is a semicircular section pipeline and is obliquely arranged, the annular frame 401 comprises a plurality of vertical rods vertically connected with the edges of the through holes, color buttons 8 are arranged at the top end of each annular frame 401, and the color buttons 8 are located inside the annular frame 401.
The center platform 1, the high-rise corridor 3 and the arch bridge 5 are all provided with guardrails 9.
The center platform 1 is provided with a game panel 7, a plurality of color buttons 701, a start button 702, a specification 704 and an electronic score board 703 are arranged on the game panel 7, a plurality of parts of the facility are provided with color buttons 8, the color buttons 8 are in wireless connection with the game panel 7, a central processing unit is arranged in the game panel 7 and is provided with a receiving module and an output module which are responsible for controlling game logic, processing score information and controlling color conversion of LED lamps, each color button 8 is internally provided with an LED lamp, a miniature wireless communication module is arranged, the miniature wireless communication module is in wireless connection with the receiving module and the output module of the central processing unit, an energy storage battery pack is arranged in the game panel, and the energy storage battery pack is electrically connected with an embedded solar panel in a ceiling 102.
When the utility model is actually used, children playing games are divided into three teams of red, yellow and green, when the games start, the three color buttons 701 on the game panel 7 are simultaneously lighted, after a player presses the color buttons 701, the CPU randomly designates one color button 8, namely, the color button 8 with the color after the color buttons 701 are pressed is lighted on a certain place of a facility, after the player runs to the corresponding position to press the buttons, the color buttons 701 with the same color on the game panel 7 are lighted again, after the player presses the buttons, the lights with the same color are lighted on the random place again, and the score of the corresponding teams is increased on the electronic score board every time the player correctly presses the keys with the corresponding colors. By analogy, teams reaching a predetermined score are declared winners. The game panel 7 sounds winning music, the score is cleared after the start button 702 is pressed, and the game is restarted after the start button 702 is pressed again. All the color buttons 8 are connected with a central CPU through a wireless module, the central CPU controls the LED lamps of all the color buttons 8 to be turned on according to a game algorithm, and all the electronic elements are waterproof, so that the outdoor environment is adapted. Solar panels absorb solar energy during the day and convert it to electrical energy, which is stored in a battery pack that powers the facility during night or cloudy weather.
The technical features of the present utility model that are not described in the present utility model may be implemented by or using the prior art, and are not described in detail herein, but the above description is not intended to limit the present utility model, and the present utility model is not limited to the above examples, but is also intended to be within the scope of the present utility model by those skilled in the art.