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Publication numberCN103623579 A
Publication typeApplication
Application numberCN 201310573933
Publication date12 Mar 2014
Filing date13 Nov 2013
Priority date13 Nov 2013
Also published asCN103623579B
Publication number201310573933.5, CN 103623579 A, CN 103623579A, CN 201310573933, CN-A-103623579, CN103623579 A, CN103623579A, CN201310573933, CN201310573933.5
Inventors陈祖尧, 易伟林
Applicant芜湖华强文化科技产业有限公司
Export CitationBiBTeX, EndNote, RefMan
External Links: SIPO, Espacenet
Wind direction simulation device for aerial leap simulation
CN 103623579 A
Abstract
The invention relates to a wind direction simulation device for aerial leap simulation. The wind direction simulation device comprises a main conveying passageway. A first front wind sending passageway is connected to the lower portion of the left end of the main conveying passageway, an upper wind sending passageway is connected to the upper portion of the left end of the main conveying passageway, and an exhaust blower is connected to the upper portion of the right end of the main conveying passageway. A first front wind sending machine is connected to the lower end of the first front wind sending passageway, a projector is connected to the upper end of the first front wind sending passageway, a first wind direction reversing hook is arranged on the left side of the upper end of the front wind sending passageway, and a first wind blocking hook is arranged on the right side of the upper end of the first front wind sending passageway. A second front wind sending passageway is connected to the upper end of the projector. An upper wind sending machine is connected to the upper end of an upper wind sending passageway. The second front wind sending passageway is located on the left side of the upper wind sending passageway, and a second front wind sending machine is connected to the upper end of the second front wind sending passageway. The wind direction simulation device has the advantages of being reasonable in structure and design, convenient to control, high in automation degree and the like, can be used for air flow simulation when aerial leap is simulated indoors, and is high in simulation vivid degree.
Claims(4)  translated from Chinese
1.一种空中飞跃模拟用风向模拟装置,包括主输送通道,其特征在于:所述主输送通道的左端下部连接有一号前送风通道,主输送通道的左端上部连接有上送风通道,主输送通道的右端上部连接有排风机;所述一号前送风通道的下端连接有一号前送风机,一号前送风通道的上端连接有放映器,一号前送风通道的上端左侧设有一号风向换向弯钩,一号前送风通道的上端右侧设有一号挡风弯钩;所述放映器的上端连接有二号前送风通道;所述上送风通道的上端连接有上送风机;所述二号前送风通道位于上送风通道的左侧,二号前送风通道的上端连接有二号前送风机。 An air leap analog with wind simulation apparatus, comprising a main conveying path, characterized in that: the lower part of the left end of the main conveying path is connected to the air supply passage One front, upper portion of the main conveying path is connected to the left end of the air passage, right upper main transport channel is connected to the exhaust fan; One front lower end of the air passage is connected to a blower One front upper end of the front air channel One projection device is connected, the left upper side One front air passage One has wind commutation hook, right upper air passage is provided before One One wind hooks; upper end of the screening device is connected to front air channel II; the upper end of the upper air passage connected to the blower; the number two on the left side of the front air passage air passage, the upper air passage connecting the former number two before there blower II.
2.根据权利要求1所述的一种空中飞跃模拟用风向模拟装置,其特征在于:所述的二号前送风通道的下端左侧设有二号风向换向弯钩,二号前送风通道的下端右侧设有三号风向换向弯钩,所述二号风向换向弯钩的弯曲度与一号风向换向弯钩的弯曲度相同。 An aerial according to one of the wind with a leap analog simulation apparatus, characterized in that the claim: II sent before a lower end of the left side of the front air passage is provided II II wind commutation hook, bottom right air channel is provided Three wind commutation hook, the number two wind commutation hook curvature and the curvature of the One wind commutation same hook.
3.根据权利要求2所述的一种空中飞跃模拟用风向模拟装置,其特征在于:所述的上送风通道的下端左侧设有二号挡风弯钩,且二号挡风弯钩与三号风向换向弯钩相贴合。 3. An air 2 with the wind leap analog simulation apparatus, characterized in that the claim: on the left side of the lower end of the air passage is provided with hook II wind, and wind hook II wind direction and the 3rd phase commutation hook fit.
4.根据权利要求1所述的一种空中飞跃模拟用风向模拟装置,其特征在于:所述的一号前送风机与二号前送风机的功率相同。 An aerial according to one of the wind with a leap analog simulation apparatus, characterized in that claim: the same as the number one before the blower and the blower power before II.
Description  translated from Chinese

—种空中飞跃模拟用风向模拟装置 - Kind of aerial leap modeled by wind simulator

技术领域 Technical Field

[0001] 本发明涉及娱乐机械技术领域,具体的说是一种空中飞跃模拟用风向模拟装置。 [0001] The present invention relates to the field of entertainment mechanical technology, specifically, it is an air leap modeled by the wind simulator. 背景技术 Background

[0002]目前,现代的年轻人多热衷于刺激、惊险的娱乐活动,这也是对日常高压力、高负荷的工作状态的调整,从而能够保证工作时具有积极乐观向上的工作心态。 [0002] Currently, the modern young people more interested in stimulating, thrilling entertainment, this is the daily high pressure, high work load to adjust the state, making it possible to ensure that the work has a positive upbeat attitude at work. 在现有的一些大型娱乐场所内,有许多刺激、惊险的娱乐项目,如过山车等室外项目,利用实际的视觉冲击以及身体感受达到刺激惊险的目的,由于这些项目布置在室外且运动较为剧烈,虽有很多道安全保护装置,但是仍然存在着安全隐患。 In some existing large-scale entertainment, there are many exciting, thrilling entertainment, such as a roller coaster and other outdoor projects using real visual impact as well as to stimulate the body to feel the thrill of purpose, since these items are arranged in outdoor and sports even more, Although many road safety device, but still there are security risks.

[0003] 为此,人们开始注重对室内娱乐项目的研发和投资,出现了3D影院、室内历险等新项目,利用机器设备模拟实际的环境和工作情况,让游客有身临其境的感觉,但是由于现有的室内模拟受到技术和设备的限制,无法进一步的提高模拟的真实度;对于飞行类的室内模拟娱乐项目,仅仅采用视觉上的模拟,而并没有将飞行过程中的气流运动情况模拟出来,真实度较低。 [0003] For this reason, people began to focus on the development of indoor entertainment and investment, there is a new project 3D theater, indoor adventure, etc., the use of machinery and equipment simulate the actual environment and working conditions, giving visitors the feeling of being there, However, due to limited existing indoor simulation technology and equipment, can not be further improved simulation fidelity; for flight simulation class indoor entertainment, only analog visual statement, but did not air during the flight movement simulated, real low degree.

发明内容 DISCLOSURE

[0004] 本发明所要解决的技术问题在于提供一种结构设计合理的、操控方便的、自动化程度高的,能用于室内模拟空中飞跃时气流的模拟且模拟真实度高的装置,即一种空中飞跃模拟用风向模拟装置。 [0004] The technical problem to be solved by the present invention is to provide a rational structure design, easy handling, high degree of automation, can be used to model and simulate the real means of high indoor air leap simulate airflow, that is a Air leap modeled by the wind simulator.

[0005] 本发明所要解决的技术问题采用以下技术方案来实现: [0005] The technical problem to be solved by the present invention uses the following technical solutions to achieve:

[0006] 一种空中飞跃模拟用风向模拟装置,包括主输送通道,所述主输送通道的左端下部连接有一号前送风通道,主输送通道的左端上部连接有上送风通道,主输送通道的右端上部连接有排风机;所述一号前送风通道的下端连接有一号前送风机,一号前送风通道的上端连接有放映器,一号前送风通道的上端左侧设有一号风向换向弯钩,一号前送风通道的上端右侧设有一号挡风弯钩,一号风向换向弯钩用以改变一号前送风通道内空气的流向,即将原本竖直向上的风向改成水平的风向,并减小了空气通过的截面积,提高了空气的流速,一号挡风弯钩用以防止通过上送风通道输送下来的空气击打在主输送通道的底部后吹进一号前送风通道内,避免气流的散失,实现对气流的充分利用,提高了能量的利用率;所述放映器的上端连接有二号前送风通道;所述上送风通道的上端连接有上送风机;所述二号前送风通道位于上送风通道的左侧,二号前送风通道的上端连接有二号前送风机。 [0006] An air leap simulation with wind simulation apparatus includes a main delivery channel, the lower part of the left side of the main transport channel is connected to One front air passage, the main conveyor is connected to the left end of the upper channel on the air passage, the main delivery channel is connected to the right end of the upper portion of the exhaust fan; the lower end of the front air channel One One is connected to the front blower, the upper end of the front air channel One projection device is connected to the left side of the upper air passage is provided before One One Wind commutation hook, right upper air passage is provided before One One wind hook, One commutation hook for changing wind within One front air passage air flow, is about to original upright The wind changed to the level of wind and reduces the cross-sectional area of the air through and improve the flow rate of air, wind One hook to prevent hitting the bottom of the main transport path down through the air passage of air transport One after blowing the air passage before, to avoid loss of air flow, to achieve full utilization of air flow, improve the utilization of energy; the upper end of the screening device is connected to the front air passage II; the upflow the upper end of the channel is connected to the blower; the number two on the left side of the front air passage air channels, the upper end of the front air passage II consists of second blower before connecting. 利用一号前送风机、二号前送风机、上送风机和排风机间的相互配合实现对空中飞跃时气流的模拟,从而提高了模拟的真实度。 One use before blower, former number two blower fan and sent to cooperate with each other to achieve between the exhaust fan when the air leap airflow simulation, thereby increasing the realism of the simulation.

[0007] 所述的二号前送风通道的下端左侧设有二号风向换向弯钩,二号前送风通道的下端右侧设有三号风向换向弯钩,所述二号风向换向弯钩的弯曲度与一号风向换向弯钩的弯曲度相同。 [0007] the number two on the left front lower end of the air passage is provided II wind commutation hook, bottom right front air passage is provided II III commutation hook wind, the wind II commutation hook curvature and One wind change to the curvature of the hook of the same. 二号风向换向弯钩和三号风向换向弯钩用以改变二号前送风通道内的气流向,即将原本竖直向下的风向改变成水平的风向,并减小空气通过的截面积,提高空气的流速。 II and III wind commutation hook hook for changing wind direction reversing airflow to front air passage II, coming straight down wind direction had changed to a horizontal direction, and reduce cut through the air area, increase the flow rate of air. [0008] 所述的上送风通道的下端左侧设有二号挡风弯钩,且二号挡风弯钩与三号风向换向弯钩相贴合。 [0008] on the left side of the lower end of the air passage is provided with wind hook II, II and III wind direction and wind hook hook commutation phase fit. 二号挡风弯钩用以防止上送风通道内的空气发散,从而保证流经的空气直接竖直的吹在摆动式安全座椅上,以达到竖直升降时风向的模拟,提高了模拟的真实度。 II wind on the hook for preventing air blowing passage divergence, thus ensuring the flow through vertical air blowing directly on the swing seat, in order to achieve vertical lift when wind simulation, improved simulation fidelity.

[0009] 所述的一号前送风机与二号前送风机的功率相同,这样才能够保证实际工作时,不会因为功率的差别使得产生的气流的流向发生偏差,若某一方的功率较高,则会使得高功率处的气流注入到低功率处的气流的通道内,对实际的模拟效果产生影响。 [0009] One of the front of the blower fan and former number two of the same power, so as to ensure the actual work, not because of differences in power so that the resulting gas stream flow deviations occur, if the party's higher power, It is such that the airflow at high power injected into the gas stream at a low power channel, to simulate the effect of the actual impact.

[0010] 本发明的有益效果是:本发明具有结构设计合理、操控方便和自动化程度高等优点,能用于室内模拟空中飞跃时气流的模拟且模拟真实度高,模拟效果好。 [0010] the beneficial effects of the present invention are: The invention has reasonable structure, easy manipulation and high degree of automation, simulation can be used to simulate the indoor air stream and simulate real leap high, good simulation.

附图说明 Brief Description

[0011] 下面结合附图和实施例对本发明进一步说明。 [0011] below in conjunction with the accompanying drawings and the embodiment of the present invention is further described below.

[0012] 图1为本发明的主视结构示意图。 [0012] FIG. 1 a schematic front view of the structure of the present invention.

具体实施方式 DETAILED DESCRIPTION

[0013] 为了使本发明实现的技术手段、创作特征、达成目的与功效易于明白了解,下面对本发明进一步阐述。 [0013] In order to achieve the technical means of the present invention, the creation of characteristics, to achieve the purpose and effect readily apparent understanding of the present invention is further described below.

[0014] 如图1所示,一种空中飞跃模拟用风向模拟装置,包括主输送通道1,所述主输送通道I的左端下部连接有一号前送风通道2,主输送通道I的左端上部连接有上送风通道8,主输送通道I的右端上部连接有排风机9 ;所述一号前送风通道2的下端连接有一号前送风机3,一号前送风通道2的上端连接有放映器4,一号前送风通道2的上端左侧设有一号风向换向弯钩201, —号前送风通道2的上端右侧设有一号挡风弯钩202, —号风向换向弯钩201用以改变一号前送风通道2内空气的流向,即将原本竖直向上的风向改成水平的风向,并减小了空气通过的截面积,提高了空气的流速,一号挡风弯钩202用以防止通过上送风通道8输送下来的空气击打在主输送通道I的底部后吹进一号前送风通道2内,避免气流的散失,实现对气流的充分利用,提高了能量的利用率;所述放映器4的上端连接有二号前送风通道5 ;所述上送风通道8的上端连接有上送风机7 ;所述二号前送风通道5位于上送风通道8的左侧,二号前送风通道5的上端连接有二号前送风机6。 [0014] 1, with an air leap analog wind simulation apparatus 1 comprises a main conveying passage, said main transfer passage is connected to the left end of the lower I One front air passage 2, the left end of the main conveyor the upper channel I connected to the air supply channel 8, the right end of the upper portion of the main conveyor passage is connected to the exhaust fan I 9; One front lower end of the air channel 2 is connected to a blower before One 3 One front upper air passage 2 is connected with Show 4, left upper One front air channel 2 is provided with One wind commutation hook 201, - the upper right side of No. 2 with a front air passage One wind hook 202, - No wind commutation One hook 201 for changing the channel 2 in the air before the air flow, coming originally upright level wind changed direction, and reduces the cross-sectional area of the air through and improve the flow rate of air, One block wind hook 202 to prevent passage through the air delivery down 8 air strike in the main conveyor passage bottom after I blew into One front air passage 2, to avoid airflow loss, achieve full utilization of the gas stream, improve the utilization of energy; the upper end of the projection 4 is connected to the former number two air channels 5; the upper end of the upper air passage 8 is connected to a blower 7; II before the air passage 5 is located on the the left air channel 8, the upper end of the former number two before connecting air channel 5 has II blower 6. 利用一号前送风机 One former blower use

3、二号前送风机6、上送风机7和排风机9间的相互配合实现对空中飞跃时气流的模拟,从而提高了模拟的真实度。 3, former number two blower 6, the blower 7 and exhaust fan 9 of mutual cooperation to achieve the leap in the air when the gas flow simulation, thereby increasing the realism of the simulation.

[0015] 所述的二号前送风通道5的下端左侧设有二号风向换向弯钩501,二号前送风通道5的下端右侧设有三号风向换向弯钩502,所述二号风向换向弯钩501的弯曲度与一号风向换向弯钩201的弯曲度相同。 [0015] The former number two air passage is provided on the left lower end 5 II wind commutation hook 501, the right side of the lower end 5 II features former Three wind blowing channel commutation hook 502, the Wind II said commutation hook 501 degree bend with the wind One change to the bend of the hook the same 201. 二号风向换向弯钩501和三号风向换向弯钩502用以改变二号前送风通道5内的气流向,即将原本竖直向下的风向改变成水平的风向,并减小空气通过的截面积,提高空气的流速。 Wind II III commutation hook 501 and the hook 502 to change the wind direction to change the air flow to the air supply passage 5 II within the front, i.e. the original vertical downward horizontal wind direction changing wind direction, and reduce the air Through the cross-sectional area, increasing the flow rate of air.

[0016] 所述的上送风通道8的下端左侧设有二号挡风弯钩801,且二号挡风弯钩801与三号风向换向弯钩502相贴合。 [0016] on the left side of the lower end 8 of the air passage is provided with a hook 801 wind II, II and III wind hook 801 and the hook 502 wind commutation phase fit. 二号挡风弯钩801用以防止上送风通道8内的空气发散,从而保证流经的空气直接竖直的吹在摆动式安全座椅上,以达到竖直升降时风向的模拟,提高了模拟的真实度。 II wind hook 801 to prevent air within the air channel 8 divergence, thus ensuring the flow through vertical air blowing directly on the swing seat, in order to achieve vertical lift when wind simulation, enhanced the simulation fidelity.

[0017] 所述的一号前送风机3与二号前送风机6的功率相同,这样才能够保证实际工作时,不会因为功率的差别使得产生的气流的流向发生偏差,若某一方的功率较高,则会使得高功率处的气流注入到低功率处的气流的通道内,对实际的模拟效果产生影响。 When the [0017] One of the front of the blower 3 and the former number two identical power blower 6, so as to ensure that the actual work, not because of differences in power makes the air flow generated by the flow deviations occur, if the party of power than the high, it will be such that the airflow at high power injected into the gas stream at a low power channel, to simulate the effect of the actual impact.

[0018] 利用放映器播放相应的飞跃影片,当需要进行升降过程中气流的模拟,此时上送风机、排风机开始工作,利用上送风机注入空气,并在上送风通道内形成竖直向下的气流,直接吹在游客的正上方,从而模拟了升降过程中气流的运动,提高了模拟的真实度;当影片中出现向前急速飞行、俯冲的情节时,此时一号前送风机、二号前送风机、排风机开始工作,利用一号前送风机和一号前送风通道将原本竖直向上的气流改变成水平向右的气流,利用二号前送风机和二号前送风通道将原本竖直向下的气流改变成水平向右的气流,并与一号前送风通道内形成的气流并流后一起吹在游客的正前方,从而模拟了向前急速飞行、俯冲时气流的运动情况,模拟真实度较高。 [0018] The use of projection corresponding leap play movie, when the need for the lifting process airflow simulations, this time on the blower, exhaust fan start work on the use of injecting air blower, and the air passage is formed on the inner vertical downward air, blowing directly above the tourists in order to simulate the movement of the lifting process stream to improve the realism of the simulation; when the film appeared fast forward flight, diving plot, One blower before this time, two Ex-blower, exhaust fan to work, the use of a blower and former One One front air channel will air the original straight up the right to change the horizontal airflow blower before use II and II air passage before the original vertical downward airflow changed to the right level of airflow, blowing in front of visitors along the inner rear airflow and the air passage formed One former and current to simulate the fast forward flight, dive airflow movement cases, higher-fidelity simulation.

[0019] 以上显示和描述了本发明的基本原理、主要特征和本发明的优点。 [0019] shown above and described the basic principles of the invention, the main features and advantages of the present invention. 本行业的技术人员应该了解,本发明不受上述实施例的限制,上述实施例和说明书中描述的只是本发明的原理,在不脱离本发明精神和范围的前提下,本发明还会有各种变化和改进,这些变化和改进都落入要求保护的本发明范围内。 The industry should be understood in the art, the present invention is not limited to the above embodiments, for example, the above-described principle and described in the specification but the present invention without departing from the spirit and scope of the present invention, the premise of the present invention, there will be various changes and improvements, changes and modifications within these fall within the scope of the claimed invention. 本发明要求保护范围由所附的权利要求书及其等效物界定。 The present invention requires the scope of the appended claims and equivalents thereof.

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Classifications
International ClassificationA63G31/00
Legal Events
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9 Apr 2014C10Entry into substantive examination
21 Jan 2015C14Grant of patent or utility model