CN206823026U - A kind of built-in gas bag Inflated jump film - Google Patents

Abstract

A kind of built-in gas bag Inflated jump film, including theca externa, interior film body, air-supply pipeline, relief pipeline, counter weight device and blast regulator control system, interior film body is using the closed gas bag unit being independently arranged, and it forms arc dome structure in the deflated condition, theca externa covers above interior film body and its inner surface top and the inner membrance external surface top under inflated condition are tangent, so that interior film body external membrane layer possesses resilient support effect, counter weight device is embedded in the lower section of theca externa and interior film body and the bottom pull of theca externa and interior film body is fixed on into ground, blast regulator control system is set outside theca externa, one end of air-supply pipeline and relief pipeline is connected with blast regulator control system, the other end connects with interior film body airbag chamber room.Built-in gas bag Inflated jump film prepared by the utility model, elastic reaction is good, and elastic force effect is not interfere with each other, safety of playing, various shapes, and achievable large span is built and is applied to outdoor adverse circumstances.

Description

A kind of built-in gas bag Inflated jump film

Technical field

Inflation recreation facility construction applications are the utility model is related to, specifically a kind of built-in gas bag Inflated jump Film.

Background technology

Inflation recreation facility manufacturing technology is reached its maturity, and market is sold in the inflation class product injection for containing changeable moulding, and Derive a series of auxiliary products such as inflatable chute, Inflated rock climbing, inflation trampoline.Wherein, inflate spring bed products because Its bounce interest and suitable for more people simultaneously play the characteristics of liked by the especially low age bracket children of numerous teenagers Love.

At present, the product of inflation trampoline class mainly uses sets up elastic network(s) and by nettle natural resiliency in air frames The structure of visitor's spring is realized, the mechanism of action of this kind of elastic web frame in ejection process is：Visitor is first by itself weight Power applies an initial torque straight down to elastic network(s), is deformed upon under elastic network(s) stress is backward, and by Moment edge Rope to surrounding transmission and is eventually transferred on the fixed frame of elastic nettle, due to existing interaction between power, Gu Determine framework and a bounce straight up equal in magnitude, in opposite direction is produced to elastic nettle, when the gravity that visitor is downward When potential energy is fully converted to the elastic potential energy of nettle, in the presence of the bounce, elastic network(s) launches and by the bullet of storage upwards Property potential energy be the upward kinetic energy of visitor, realize the spring of visitor；In this process, torque is delivered to by stress point through rope The framework strong point, opposition is passed at stress point after the framework strong point produces opposition, then by rope Visitor and produce rebound effect.

With this it can be found that the conducting path of torque is longer in whole transmittance process, while torque is being conducted along nettle During again there is decay, therefore when elastic nettle arrangement span is larger or stress point apart from the framework strong point farther out when, After visitor is downwardly applied to a starting force, bounce that one side starting force is passed back to through conductive process has decayed many, causes net The bounce of rope is not strong, visitor's jumping height is not high, and on the other hand, the generation of bounce can also prolong because conducting path is long Late, visitor is made to produce the bad sensation of nettle elasticity.Therefore, when using this kind of elastic web frame trampoline, to ensure that visitor fills The spring experience divided, the span of elastic nettle can not be set very greatly, and the material requirement to nettle is also high with quickening power of trying one's best Conduction of velocity and the attenuation for weakening power.

In addition, during using this kind of elastic web frame trampoline, because the conduction of power is completed by nettle rope, the framework strong point When producing bounce to stress point, upward bounce-back certainly will be produced to the entire rope between connection stress point and the strong point and made With so as to cause when having several visitors while being played in trampoline, wherein anti-caused by the starting force that a visitor applies Bullet effect can produce elastic force interference to all other visitors above torque conducting path, on the one hand this interference influences it He plays at the normal of visitor, is on the other hand interfered between several visitors caused by different frequency take-offs and is also possible to further weaken The elastic potential energy of nettle, reduce rebound effect.

Meanwhile during using this kind of elastic web frame trampoline, to fully ensure that rope elasticity, nettle need to leading in fixed frame Draw effect the lower moment be in tensioning state, so as to cause the spring face of trampoline to be always a planar structure, moulding can not be accomplished Diversity；And the trampoline of the planar structure is when mounted the reserved elastically-deformable space of nettle, need to generally ride upon certain height On the fixed frame of degree, and aid in collocation cushion pad to ensure safety of playing in lower section, cause such trampoline only preferably to select interior Manage, and be not suitable for the adverse circumstances such as outdoor strong wind or rainy day.

Therefore, it is good to design and develop a kind of elastic reaction, elastic force effect is not interfere with each other, and safety of playing, various shapes, can be achieved Large span is built and suitable for the novel trampoline structure of outdoor adverse circumstances, will be provided with positive meaning and and its wide market Prospect.

The content of the invention

Based on above variety of problems existing for existing trampoline class formation and to break through design bottleneck, the utility model provides A kind of built-in gas bag Inflated jump film, is supported by substituting traditional frame-type with gas bag unit support, and bullet is substituted with film layer Property nettle, so as to avoid the decay and delayed-action that rope class formation conducts to elastic force, greatly improves bullet as spring face The elastic response and elastic effect in jump face, and neighbouring multiple elastic force interference effects caused by region of bouncing are eliminated, ensure each trip Objective independent spring is independent of each other, while large span can be achieved in the case where neither influenceing film body surface pop effect and build, and is in Traditional nettle planar structure limitation has been broken away from the spring face of arc dome design, is realized in the case of occupation area of equipment identical The maximization in spring face, while disperseed squeezing action direction of the moment of face to film body, film body is possessed bigger pressure-bearing strong Degree, can meet the several visitors of each age group while play, in addition, cooperation of the film body by counter weight device and blast regulator control system Arrangement, can tackle the bad weathers such as outdoor strong wind safely.

To achieve the above object, technical solution adopted in the utility model is：

A kind of built-in gas bag Inflated jump film, including theca externa, interior film body, air-supply pipeline, relief pipeline, counter weight device With blast regulator control system, the interior film body is the closed gas bag unit being independently arranged, and it forms arc vault in the deflated condition Roof construction, theca externa covers above interior film body and its inner surface top and the inner membrance external surface top phase under inflated condition Cut so that interior film body external membrane layer possesses resilient support effect, counter weight device be embedded in the lower section of theca externa and interior film body and its It is fixedly linked by bottom outer-edge of the attachment means respectively with theca externa and interior film body, the outside of theca externa is provided with blast regulation and control System, one end of the air-supply pipeline and relief pipeline are connected with blast regulator control system, the air bag chamber of the other end and interior film body Connection.

As a kind of preferred scheme, the equal circumferential interval of bottom outer-edge of the theca externa and interior film body offers fixing hole, Counter weight device surface is correspondingly arranged on bracing wire hole, and theca externa and interior film body are soft between fixing hole and bracing wire hole by being arranged in respectively Property rope realize and be fixedly connected with counter weight device；Flexible rope adjustable counter weight apparatus bracing wire hole is consolidated with membrane material outermost edges Determine the fit tolerance between hole position, reduce installation difficulty.

As a kind of preferred scheme, the counter weight device is embedded in using steel frame construction and respectively outer membrane by anchor The lower section ground certain depth of layer and interior film body；Counter weight device is embedded in underground, and can neither to influence external equipment attractive in appearance, again may be used Mitigate weight mass on the premise of drawing intensity enough is ensured.

As a kind of preferred scheme, the interior film body bottom is provided with the mounting hole of air-supply pipeline and relief pipeline, air feed Pipeline and relief pipeline are embedded in below ground and realize the sealed connection with interior film body airbag chamber room by mounting hole；Wind-pressure tube Road is arranged in below film body, and outside membrane material structure can not be destroyed while having improved aesthetic appearance, when avoiding the tourist experience from bouncing with it is hard Matter pipeline collides with, and lifts the utilization ratio in spring face.

As a kind of preferred scheme, the initiating terminal of the air-supply pipeline is provided with blower fan apparatus, and end connects with interior film body； The initiating terminal of the relief pipeline is connected with interior film body, and end is communicated by a regulator with air；In blast regulator control system Pressure monitoring and control circuit are also equiped with, when circuit monitoring device detects that pressure is less than setting value in film, change can be driven Frequency device simultaneously controls the internal film body air bag chamber of blower fan apparatus to carry out mending wind supercharging, when circuit monitoring device detects that pressure surpasses in film When going out setting value, regulator can be controlled to open, release portion gas ensures that pressure is all the time in inner membrance body to be depressurized with this Optimal pressure values in setting.

As a kind of preferred scheme, soft cushion pad is folded between level ground on the inside of the bottom outer-edge of the theca externa Layer；By interior theca externa radian Different Effects, on the inside of theca externa between the external side of inner membrance there is overhanging portion, by the part Soft cushion is laid on lower section ground can effectively prevent that visitor is caused danger by hanging drop during the theca externa rupture of top, together When, the position climbs the starting point of theca externa dome as visitor upwards, is trampled often by crowd, lays soft cushion and also may be used Theca externa edge is avoided to cause rapid wear with directly being contacted between ground.

As a kind of preferred scheme, buffering sand pit, the outer rim of theca externa are provided with the outside of the bottom outer-edge of the theca externa Film body extends into certain depth in sand pit；Sand pit can both be ensured seamless between film body and ground with gland theca externa exterior rim edge Connection, prevents rainwater etc. from pouring in down a chimney and entering, while the fixing hole that can cover theca externa edge is attractive in appearance to promote equipment, is alternatively arranged as delaying Rushing facility prevents visitor from being collided with when imprudence is tumbled by film top with rigid ground.

As a kind of preferred scheme, the quantity of the interior film body may be configured as single or multiple；Using multiple interior film body lists When first, volume, size and putting position of each interior film body etc. can freely be set, but the outer membrane above each inner membrance body unit Layer profile also needs respective change, need to remain theca externa inner surface top and the inner membrance external surface top phase under inflated condition Cut, can not vacantly arrange.

Beneficial effect：

1st, Inflated jump membrane structure prepared by the utility model uses high-quality membrane material, and membrane material pliability is good and intensity is high, Continous way air feed is carried out by blast regulator control system in film body and constant pressure regulates and controls, film body is in optimal pressure status all the time, The excellent pop effect of film body is fully ensured that.

2nd, Inflated jump membrane structure prepared by the utility model is different from traditional nettle structure trampoline, its elastic effect Only with film internal pressure strong correlation without by nettle length limitation, therefore under conditions of ensureing that pressure is controllable in film, spring can be achieved The large span of film membrane material is set up, while meets that more visitor's group participations are played experience.

3rd, Inflated jump membrane structure prepared by the utility model, traditional frame-type branch is substituted with gas bag unit support Support, using gas as support carrier, and then improve the uniformity of stress and the comfortableness of spring；Certain point stress on spring face When, membrane material is recessed at the point, and the air-flow backward periphery that is pressurized in lower section springs up and forms the higher-pressure region in small pieces domain at concave point, the higher-pressure region Similar to the framework strong point in traditional nettle structure trampoline and possesses excellent elastic reactance, when several neighbouring visitors are same When bouncing, multiple stress points are just formed on spring face, each stress point is using the higher-pressure region of its concave point surrounding as the strong point Little framework independent one by one is formed, it is unaffected between each other, it thereby may be ensured that the spring of single-character given name visitor does not affect The spring process of other neighbouring visitors.

4th, Inflated jump membrane structure prepared by the utility model, theca externa use cambered design, reduce air resistance coefficient, Spring face is possessed certain buffering gradient simultaneously, add the security played；Counter weight device is embedded in underground not influence Equipment is attractive in appearance, and realizes that the seamless seal between membrane material and level ground connects by rope for traction, resists outside membrane material The outdoor bad weather such as strong wind rainwater.

5th, Inflated jump membrane structure prepared by the utility model, holistic conformation size adjustable, install convenient, can not only be used for A kind of permanent recreation facility is fixed on ground to be used for a long time, can also move installation, and all component according to demand Recycle and reuse, installation process does not produce any building waste.

Brief description of the drawings

Fig. 1 is that Inflated jump film arranges scheme of installation in the present embodiment；

Fig. 2 is the attachment structure schematic diagram of spring film membrane material edge and counter weight device；

Fig. 3 is the overlooking the structure diagram of Inflated jump film；

Fig. 4 is the dimensional structure diagram of Inflated jump film；

Fig. 5 combines for two groups of different spring films of size builds schematic diagram；

Brief description of the drawings：1st, sand pit, 2, soft cushion, 3, theca externa, 4, interior film body, 5, interior film body airbag chamber room, 6, Relief pipeline, 7, air-supply pipeline, 8, interior film body fixing hole, 9, theca externa fixing hole, 10, integrated house air vent, 11, pressure regulation dress Put, 12, blower fan apparatus, 13, blast integrated house, 14, level ground, 15, counter weight device, 16, flexible rope, the 17, first spring Film, the 18, second spring film.

Embodiment

The technical solution of the utility model is discussed further below in conjunction with drawings and Examples.

Embodiment：

A kind of built-in gas bag Inflated jump film integral installation structure provided by the utility model is as shown in figure 1, smooth Level ground 14 on be equipped with film body 4 and outer layer theca externa 3 in internal layer successively from inside to outside, wherein, interior film body 4 is independently sets The closed gas bag unit put, its membrane material can form arc dome structure from flexible pressure-resistant high polymer material and after inflating, so as to Play inflated supporting effect, theca externa 3 is covered above interior film body using as spring face, as the top layer directly contacted with visitor Film, theca externa 3 is especially from wear-resisting, uvioresistant, the high intensity membrane material for possessing self-cleaning function, and during installation, theca externa 3 should be close to The interior outer surface of film body 4 tensioning is arranged and makes its inner surface top and the outer surface top of interior film body 4 under inflated condition tangent, with to the greatest extent Gap between film body 4 and outer layer theca externa 3 in amount reduction internal layer so that the resilient support effect of interior film body 4 can pass through theca externa 3 Fully pass to top visitor.

For interior film body 4 and theca externa 3 are firmly secured on level ground 14, in the lower section of interior film body 4 and theca externa 3 Certain depth is embedded with counter weight device 15 under face, and counter weight device 15 uses steelframe collar tie beam structure, and it is horizontal solid by anchoring drill rod Due to underground about 50cm depths position；For convenience of being connected between top membrane material and lower section counter weight device 15, in counter weight device 15 Upper surface circumferential interval is provided with bracing wire hole, corresponding, and offering theca externa in the bottom outer-edge circumferential interval of theca externa 3 fixes The wide overlaps of 10cm are extended in hole 9, the bottom outer-edge border of interior film body 4, and border, which is spaced apart, on overlap is provided with interior film body fixing hole 8, theca externa 3 and interior film body 4 are realized and counter weight device 15 by the flexible rope 16 being arranged between fixing hole and bracing wire hole respectively Be fixedly connected, as shown in Figure 2.

To realize that the pressure in internal film body air bag chamber 5 is precisely controlled to maintain spring film layer all the time in optimal Elastic stage, the segment distance of space outside one of theca externa 3 are provided with blast integrated house 13, are provided with blast integrated house 13 by wind Machine device 12, regulator 11 and pressure monitoring and the blast regulator control system of control circuit composition, air-supply pipeline 7 and relief pipeline 6 one end is connected with blast regulator control system, and the other end connects with interior film body airbag chamber room 5；Wherein, air-supply pipeline 7 and relief tube Road 6 is embedded in below ground and is made from the engineering plastics of wear-resistant corrosion, and the bottom of interior film body 4 is provided with air duct Road 7 and the mounting hole of relief pipeline 6, the initiating terminal connecting fan device 12 of air-supply pipeline 7, end passes through mounting hole and interior film body Air bag chamber 5 is tightly connected, and the initiating terminal of relief pipeline 6 is connected by mounting hole with interior film body 4, and its end is filled by pressure regulation 11 are put to communicate with integrated house air vent 10；After air-supply pipeline 7 and relief pipeline 6 are installed in place, pressure monitoring and control electricity are opened Road carries out automatic monitoring and regulation and control with the pressure in internal film body air bag chamber 5：Show that membrane material is in most through repetition test first Pressure values during good elastic stage are simultaneously set as standard value, when circuit monitoring device detects that pressure is less than setting value in film, Then frequency converter can be driven and control blower fan apparatus 12 to carry out mending wind supercharging to interior film body air bag chamber 5, work as circuit monitoring device When detecting that pressure exceeds setting value in film, regulator 11 can be controlled to open, gas in film is discharged via relief pipeline 6 Part ensures optimal pressure values of the pressure all the time in setting in interior film body 4 to be depressurized, with this.

Carry out bounce film holistic conformation when, first according to fabricating yard size cook up inside and outside membrane material bed-plate dimension, And then calculate the collar tie beam size that measurement draws corresponding counter weight device 15, the seating position and air-supply pipeline of blast integrated house 13 7 and the arrangement length of relief pipeline 6, successively that counter weight device 15 is embedded in place afterwards, constructed blast integrated house 13 simultaneously configures Good corresponding blast regulator control system, lays air-supply pipeline 7 and relief pipeline 6 and is connected pipeline one end with blast regulator control system It is good, then interior film body 4 is positioned over above the collar tie beam position of counter weight device 15, fixed by the mounting hole and connection component of bottom The other end of good air-supply pipeline 7 and relief pipeline 6, then connected the interior film body 4 of top with counter weight device 15 by flexible rope 16 Connect, open blast regulator control system and blow afloat interior film body airbag chamber room 5, theca externa 3 is finally covered at into the interior top of film body 4, and lead to Cross flexible rope 16 to be fixed on membrane material outer rim on the counter weight device 15 of lower section, so as to complete the installation of spring film, such as Fig. 3 and figure Shown in 4.Wherein, theca externa 3 is very fast as the sole contact surface abrasion of visitor's climbing spring film dome, especially the side of theca externa 3 The position directly contacted between edge and ground, generation breakage is frequently easily trampled because of visitor, therefore selected on the base of theca externa 3 One layer of soft cushion 2 is laid between inner side and level ground 14 to mitigate abrasion and play cushioning effect, meanwhile, in theca externa Border sets a buffering sand pit 1 on the outside of 3 base, and the outer rim film body of theca externa 3 extends into certain depth in sand pit 1, the sand pit 1 Both it can ensure the seamless connection between film body and ground with the exterior rim edge of gland theca externa 3, and prevented rainwater etc. from pouring in down a chimney and entering, simultaneously It is attractive in appearance to promote equipment that theca externa fixing hole 9 can be covered, when being alternatively arranged as fender system prevents that visitor's imprudence from being tumbled by film top Collided with rigidity level ground 14.

As a kind of expansion scheme of the present embodiment, the sand pit 1 that spring film border is set can be replaced buffer subsystem, buffering ball The objects such as pond, the quantity of interior film body 4 may be configured as it is single or multiple, during using multiple inner membrance body units, it is each in film body body Product, size and putting position etc. can freely be set, but the theca externa profile above each inner membrance body unit also needs respective change, It need to remain that theca externa inner surface top and the inner membrance external surface top under inflated condition are tangent, can not vacantly arrange, such as Shown in Fig. 5, the first spring spring film 18 of film 17 and second, which is combined, builds composition combined type spring film, wherein, the first spring film 17 It is independently arranged with the interconnected and interior film body of theca externa of the second spring film 18, according to fabricating yard situation and use demand, also Three groups or more group spring films can be used to combine and build use, moulding can also realize variation.

Bounce film described in the present embodiment, can meet the several visitors of each age group while play, space is big, elastic force is sufficient, and energy Ensure that the spring process between adjacent two visitors is not interfere with each other, be very suitable for being arranged in the public places such as outdoor park for masses Amusement.

Certainly, embodiment described above is only that preferred embodiment of the present utility model is described, and is not pair Design of the present utility model and protection domain are defined, on the premise of the utility model design conception is not departed from, this area The all variations and modifications that middle ordinary skill technical staff makes to the technical solution of the utility model, it is new that this practicality all should be fallen into The protection domain of type.

Claims (8)

1. a kind of built-in gas bag Inflated jump film, including theca externa, interior film body, air-supply pipeline, relief pipeline, counter weight device and Blast regulator control system, it is characterised in that：The interior film body is the closed gas bag unit being independently arranged, and its shape in the deflated condition Camber dome structure, theca externa covers above interior film body and its inner surface top and the inner membrance external surface under inflated condition Top is tangent so that interior film body external membrane layer possesses resilient support effect, and counter weight device is embedded under theca externa and interior film body Just and it is fixedly linked by bottom outer-edge of the attachment means respectively with theca externa and interior film body, and theca externa and interior film body are led Level ground is fixed in drawing, and the outside of theca externa is provided with blast regulator control system, one end of the air-supply pipeline and relief pipeline It is connected with blast regulator control system, the air bag chamber of the other end and interior film body.

A kind of 2. built-in gas bag Inflated jump film according to claim 1, it is characterised in that：The theca externa and inner membrance The equal circumferential interval of bottom outer-edge of body offers fixing hole, and counter weight device surface is correspondingly arranged on bracing wire hole, theca externa and inner membrance Body is realized by the flexible rope that is arranged between fixing hole and bracing wire hole be fixedly connected with counter weight device respectively.

A kind of 3. built-in gas bag Inflated jump film according to claim 1, it is characterised in that：The counter weight device uses Steel frame construction and the lower section ground certain depth for being embedded in theca externa and interior film body respectively by anchor.

A kind of 4. built-in gas bag Inflated jump film according to claim 1, it is characterised in that：The interior film body bottom is set The mounting hole of air-supply pipeline and relief pipeline is equipped with, air-supply pipeline and relief pipeline are embedded in below ground and real by mounting hole Now with the sealed connection of interior film body airbag chamber room.

A kind of 5. built-in gas bag Inflated jump film according to claim 1, it is characterised in that：The air-supply pipeline rises Top is provided with blower fan apparatus, and end connects with interior film body；The initiating terminal of the relief pipeline connects with interior film body, and end passes through One regulator communicates with air.

A kind of 6. built-in gas bag Inflated jump film according to claim 1, it is characterised in that：The bottom of the theca externa On the inside of outer rim soft cushion is folded between level ground.

A kind of 7. built-in gas bag Inflated jump film according to claim 1, it is characterised in that：The bottom of the theca externa Buffering sand pit is provided with the outside of outer rim, the outer rim film body of theca externa extends into certain depth in sand pit.

A kind of 8. built-in gas bag Inflated jump film according to claim 1, it is characterised in that：The quantity of the interior film body It may be configured as single or multiple.