CN104202938B - A kind of intelligent waterproof communication machine box - Google Patents
A kind of intelligent waterproof communication machine box Download PDFInfo
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Abstract
本发明涉及一种智能防水通信机箱,包括通信机箱本体(1)、电源模块(2)、控制模块(3)、水浸传感器(4)、至少一个电控支撑伸缩杆(5),其中,水浸传感器(4)设置在通信机箱本体(1)的下表面,各个电控支撑伸缩杆(5)设置在通信机箱本体(1)的下方;本发明涉及的智能防水通信机箱,通过水浸传感器(4)实时检测通信机箱本体(1)下方是否漫水,由此作为触发信号,再通过设计引入的电控支撑伸缩杆(5)工作,实现通信机箱本体(1)高度的提升,防止漫水侵蚀到通信机箱本体(1)内的通信设备,造成通信设备的损坏,有效保证了通信设备的工作。
The invention relates to an intelligent waterproof communication case, comprising a communication case body (1), a power module (2), a control module (3), a water immersion sensor (4), and at least one electrically controlled support telescopic rod (5), wherein, The water immersion sensor (4) is arranged on the lower surface of the communication case body (1), and each electric control support telescopic rod (5) is arranged under the communication case body (1); the intelligent waterproof communication case involved in the present invention can The sensor (4) detects in real time whether the bottom of the communication case body (1) is flooded, and uses this as a trigger signal, and then works through the electronically controlled support telescopic rod (5) introduced in the design to realize the height improvement of the communication case body (1), preventing The overflowing water erodes the communication equipment in the communication chassis body (1), causing damage to the communication equipment and effectively ensuring the work of the communication equipment.
Description
技术领域technical field
本发明涉及通信领域,尤其涉及一种智能防水通信机箱。The invention relates to the communication field, in particular to an intelligent waterproof communication case.
背景技术Background technique
随着移动通信业的发展,人们的日常生活越来越依赖移动通信,尤其是手机的使用必须依赖于移动通信网络的覆盖;运营商通过在城市、乡村、或是偏远地区设置通信基站、通信塔或通信机箱,利用其通信设备将通信网络覆盖通信区域,满足人们对移动通信网络的使用,通信机箱基于其体积小、安装方便和便于维护的优点,被广泛运用在城市的大街小巷中,由于通信机箱中存放着大量的通信设备,因此在实际的应用过程中需要对通信机箱格外保护,现有技术中通信机箱多种多样,设计人员不断对通信机箱进行涉及改进,诸如专利号:200810113189.X,公开了一种通信机箱,包括背板及围设在背板外侧的机箱外壳,还包括:嵌设在机箱外壳邻近且平行于背板壁面上的风扇盘;设置在背板上,且以背板的中轴线为界,非对称布设的通风孔;设置在机箱外壳与背板相邻的侧壁上的进风孔,且该侧壁为远离背板上集中布设有通风孔的一侧。以上技术方案采用将风扇盘设置在通信机箱后面、且在机箱外壳侧壁和背板上对应设置进风孔和通风孔的技术手段,避免了现有技术中风扇盘设置位置对通信机箱集成度提高的限制,且能够提高散热效率,为通信机箱提高集成度导致的功耗增加问题提供了散热方面的有效保障。With the development of the mobile communication industry, people's daily life is increasingly dependent on mobile communication, especially the use of mobile phones must rely on the coverage of mobile communication networks; operators set up communication base stations in cities, villages, or remote areas. Tower or communication chassis, using its communication equipment to cover the communication network to the communication area, to meet people's use of the mobile communication network, the communication chassis is widely used in the streets and alleys of the city based on its advantages of small size, convenient installation and easy maintenance , because a large number of communication devices are stored in the communication case, it is necessary to protect the communication case in the actual application process. There are many kinds of communication cases in the prior art, and the designers continue to improve the communication case, such as the patent number: 200810113189.X discloses a communication case, including a backplane and a chassis shell surrounding the outside of the backplane, and also includes: a fan tray embedded in the chassis shell adjacent to and parallel to the wall surface of the backplane; , and with the central axis of the backplane as the boundary, the ventilation holes are arranged asymmetrically; the air inlet holes are arranged on the side wall adjacent to the chassis shell and the backplane, and the sidewall is far away from the backplane. side. The above technical solution adopts the technical means of setting the fan tray behind the communication case, and correspondingly setting air inlet holes and ventilation holes on the side wall and back plate of the case shell, which avoids the influence of the position of the fan tray on the integration degree of the communication case in the prior art. The limit of the improvement can be improved, and the heat dissipation efficiency can be improved, which provides an effective guarantee for heat dissipation for the problem of increased power consumption caused by the increase in the integration of the communication chassis.
还有专利号:201220556741.4,公开了一种通信机箱,包括:底座,其包括底板、形成于底板左右两侧的侧板及形成于底板后侧的后盖;装设在两个侧板内侧的导轨支架及位于相应导轨支架和与该导轨支架相邻的侧板之间的平板导轨,底板、每个侧板及与侧板相邻的导轨支架之间形成了容纳腔,其中一个容纳腔内设置风扇单元组件,而另一个容纳腔内则设置电源单元组件,平板导轨的纵向两侧形成限位壁,前侧形成安装导向边,后侧形成舌片,舌片上设置导向螺钉及紧固螺钉。以上技术方案设计的通信机箱内部空间的利用率高;结构简单,制造成本低廉;机箱内部的屏蔽性能优良;机箱可靠性较高,具有美观度。There is also a patent number: 201220556741.4, which discloses a communication case, including: a base, which includes a base plate, side plates formed on the left and right sides of the base plate, and a rear cover formed on the rear side of the base plate; The guide rail bracket and the flat guide rail between the corresponding guide rail bracket and the side plate adjacent to the guide rail bracket, and a receiving cavity is formed between the bottom plate, each side plate and the guide rail bracket adjacent to the side plate, and one of the receiving cavities The fan unit assembly is set, and the power supply unit assembly is set in the other accommodating cavity. The longitudinal sides of the flat guide rail form limiting walls, the front side forms a mounting guide edge, and the rear side forms a tongue piece. Guide screws and fastening screws are set on the tongue piece. . The utilization rate of the internal space of the communication box designed by the above technical scheme is high; the structure is simple, the manufacturing cost is low; the shielding performance inside the box is excellent; the box reliability is high and the appearance is beautiful.
以上现有技术是从结构入手针对通信机箱的散热和信号屏蔽等方面实现改进设计,除此之外,对于通信机箱而言,还有一点最为重要,就是防水,由于通信机箱通常设置在户外,其内部安装有大量通信设备,当遇到暴雨引起的地面积水,就很容易影响到通信机箱内通信设备的安全,通信设备通电遇水,就会引起短路,烧毁通信设备,一台通信设备少则几千,多则上万,而且通信机箱内的通信设备都是成套安装工作的,一旦引起短路,后果不堪设想,而且通信设备的瘫痪,直接影响到周边地区通信网络的使用,给人们的移动通信生活带来极大的不便,对此,现有技术主要是从通信机箱的进/出线孔进行改进实现保护,诸如专利号:201120554580.0,公开了一种室外通信机箱出线孔防水塞结构,包括设置在机箱上的压线夹、硅橡胶及防水硅胶,所述压线夹通过螺丝固定在机箱上,压线夹的数量与机箱的出线孔的数量相等,且一个压线夹对应一个出线孔,所述硅橡胶的两端分别卡在出线孔和压线夹内,所述防水硅胶包裹在硅橡胶的外表面上;该技术方案能防止硅橡胶回弹,方便整个防水塞结构的安装,但是对于通信机箱的防水来说,只能是杯水车薪,当面对漫水现象,就起不到什么防水效果了。The above prior art starts from the structure to realize improved design for the heat dissipation and signal shielding of the communication case. In addition, for the communication case, there is another point that is the most important, that is, waterproof. Since the communication case is usually installed outdoors, There are a lot of communication equipment installed in it. When there is water on the ground caused by heavy rain, it will easily affect the safety of the communication equipment in the communication box. When the communication equipment is powered on and encounters water, it will cause a short circuit and burn the communication equipment. A communication equipment The number ranges from a few thousand to as many as tens of thousands, and the communication equipment in the communication box is installed in a complete set. Once a short circuit occurs, the consequences will be unimaginable, and the failure of the communication equipment will directly affect the use of the communication network in the surrounding areas. Mobile communication brings great inconvenience to life. For this, the existing technology mainly improves and realizes protection from the inlet/outlet hole of the communication box, such as patent number: 201120554580.0, which discloses a waterproof plug structure for the outlet hole of the outdoor communication box. It includes crimping clamps, silicone rubber and waterproof silicone on the chassis. The crimping clamps are fixed on the chassis by screws. The number of crimping clamps is equal to the number of outlet holes of the chassis, and one crimping clamp corresponds to one outlet. holes, the two ends of the silicone rubber are respectively stuck in the outlet hole and the crimping clamp, and the waterproof silicone rubber is wrapped on the outer surface of the silicone rubber; this technical solution can prevent the silicone rubber from rebounding and facilitate the installation of the entire waterproof plug structure , but for the waterproof of the communication chassis, it can only be a drop in the bucket. When faced with the phenomenon of flooding, it will not have any waterproof effect.
发明内容Contents of the invention
针对上述技术问题,本发明所要解决的技术问题是提供一种针对现有通信机箱,设计引入电控结构,能够有效提高通信机箱防水效果的智能防水通信机箱。In view of the above-mentioned technical problems, the technical problem to be solved by the present invention is to provide an intelligent waterproof communication case designed to introduce an electronic control structure for the existing communication case, which can effectively improve the waterproof effect of the communication case.
本发明为了解决上述技术问题采用以下技术方案:本发明设计了一种智能防水通信机箱,包括通信机箱本体、以及设置在通信机箱本体内的电源模块,电源模块外接电源为通信机箱本体内的通信设备进行供电;还包括控制模块、以及分别与控制模块相连接的水浸传感器、至少一个电控支撑伸缩杆,其中,控制模块与电源模块相连接,并设置在通信机箱本体内;电源模块外接电源经过控制模块为水浸传感器和各个电控支撑伸缩杆进行供电;水浸传感器设置在通信机箱本体的下表面,各个电控支撑伸缩杆设置在通信机箱本体的下方,其中,各个电控支撑伸缩杆的伸缩端与通信机箱本体的下表面相连接,各个电控支撑伸缩杆的底座固定在地面上。In order to solve the above-mentioned technical problems, the present invention adopts the following technical solutions: the present invention designs an intelligent waterproof communication case, including a communication case body and a power supply module arranged in the communication case body, and the external power supply of the power module is the communication device in the communication case body. The device supplies power; it also includes a control module, a water sensor connected to the control module, and at least one electrically controlled support telescopic rod, wherein the control module is connected to the power module and installed in the communication chassis body; the power module is externally connected to the The power supply supplies power to the water immersion sensor and each electric control support telescopic rod through the control module; the water immersion sensor is arranged on the lower surface of the communication case body, and each electric control support telescopic rod is arranged below the communication case body, wherein each electric control support The telescopic ends of the telescopic rods are connected to the lower surface of the communication case body, and the bases of each electrically controlled telescopic rod are fixed on the ground.
作为本发明的一种优选技术方案:所述各个电控支撑伸缩杆阵列分布设置在通信机箱本体的下方。As a preferred technical solution of the present invention: the arrays of the electronically controlled support telescopic rods are distributed and arranged under the body of the communication case.
作为本发明的一种优选技术方案:还包括设置在所述通信机箱本体内、与所述控制模块相连接的无线通信模块。As a preferred technical solution of the present invention: it further includes a wireless communication module arranged in the communication chassis body and connected to the control module.
作为本发明的一种优选技术方案:所述无线通信模块为以太网无线通信模块。As a preferred technical solution of the present invention: the wireless communication module is an Ethernet wireless communication module.
作为本发明的一种优选技术方案:所述电控支撑伸缩杆为电控千斤顶。As a preferred technical solution of the present invention: the electrically controlled support telescopic rod is an electrically controlled jack.
作为本发明的一种优选技术方案:所述控制模块分别与所述水浸传感器、各个电控支撑伸缩杆之间的连线、以及连接处采用绝缘胶布包裹。As a preferred technical solution of the present invention: the connection lines between the control module and the water immersion sensor, each electric control support telescopic rod, and the joints are wrapped with insulating tape.
作为本发明的一种优选技术方案:所述控制模块为单片机。As a preferred technical solution of the present invention: the control module is a single-chip microcomputer.
本发明所述一种智能防水通信机箱采用以上技术方案与现有技术相比,具有以下技术效果:Compared with the prior art, an intelligent waterproof communication case according to the present invention adopts the above technical scheme and has the following technical effects:
(1)本发明设计的智能防水通信机箱,针对现有通信机箱,设计引入电控结构,通过水浸传感器实时检测通信机箱本体下方是否漫水,由此作为触发信号,再通过设计引入的电控支撑伸缩杆工作,实现通信机箱本体高度的提升,防止漫水侵蚀到通信机箱本体内的通信设备,造成通信设备的损坏,有效保证了通信设备的工作;(1) The intelligent waterproof communication case designed by the present invention is designed to introduce an electric control structure for the existing communication case, and detects in real time whether the bottom of the communication case body is flooded through a water immersion sensor. Control the work of supporting the telescopic rod to realize the height increase of the communication chassis body, prevent flooding from eroding the communication equipment in the communication chassis body, cause damage to the communication equipment, and effectively ensure the work of the communication equipment;
(2)本发明设计的智能防水通信机箱中,针对设计的各个电控支撑伸缩杆,采用阵列分布设置在通信机箱本体的下方,能够有效保证通信机箱本体升降过程的稳定性;并且实际应用中,针对电控支撑伸缩杆设计采用电控千斤顶,能够有效保证支撑通信机箱本体的工作效率,进一步保证支撑的稳定性;(2) In the intelligent waterproof communication cabinet designed by the present invention, for each electronically controlled support telescopic rod designed, the array distribution is adopted to be arranged below the communication cabinet body, which can effectively ensure the stability of the communication cabinet body lifting process; and in practical applications , for the design of the electronically controlled support telescopic rod, the electronically controlled jack is used, which can effectively ensure the working efficiency of supporting the communication chassis body and further ensure the stability of the support;
(3)本发明设计的智能防水通信机箱中,还设计了无线通信模块,使得本发明所设计的智能防水通信机箱,能够及时将自身情况向有关部门或有关人员发送,便于相关人员及时处理,避免事态进一步恶化;并且实际应用中,针对无线通信模块选择采用以太网无线通信模块,能够实现更远距离的通信,实现更大区域内通信机箱的监管。(3) In the intelligent waterproof communication cabinet designed by the present invention, a wireless communication module is also designed, so that the intelligent waterproof communication cabinet designed by the present invention can send its own situation to relevant departments or relevant personnel in time, so that relevant personnel can process in time, To avoid further deterioration of the situation; and in practical applications, the Ethernet wireless communication module is selected for the wireless communication module, which can realize longer-distance communication and realize the supervision of communication chassis in a larger area.
附图说明Description of drawings
图1是本发明设计智能防水通信机箱的结构侧视图。Fig. 1 is a structural side view of the intelligent waterproof communication cabinet designed by the present invention.
其中,1.通信机箱本体,2.电源模块,3.控制模块,4.水浸传感器,5.电控支撑伸缩杆,6.无线通信模块。Among them, 1. Communication chassis body, 2. Power supply module, 3. Control module, 4. Water immersion sensor, 5. Electric control support telescopic rod, 6. Wireless communication module.
具体实施方式detailed description
下面结合说明书附图对本发明的具体实施方式作进一步详细的说明。The specific implementation manners of the present invention will be further described in detail below in conjunction with the accompanying drawings.
如图1所示,本发明设计一种智能防水通信机箱,包括通信机箱本体1、以及设置在通信机箱本体1内的电源模块2,电源模块2外接电源为通信机箱本体1内的通信设备进行供电;还包括控制模块3、以及分别与控制模块3相连接的水浸传感器4、至少一个电控支撑伸缩杆5,其中,控制模块3与电源模块2相连接,并设置在通信机箱本体1内;电源模块2外接电源经过控制模块3为水浸传感器4和各个电控支撑伸缩杆5进行供电;水浸传感器4设置在通信机箱本体1的下表面,各个电控支撑伸缩杆5设置在通信机箱本体1的下方,其中,各个电控支撑伸缩杆5的伸缩端与通信机箱本体1的下表面相连接,各个电控支撑伸缩杆5的底座固定在地面上;本发明设计的智能防水通信机箱,针对现有通信机箱,设计引入电控结构,通过水浸传感器4实时检测通信机箱本体1下方是否漫水,由此作为触发信号,再通过设计引入的电控支撑伸缩杆5工作,实现通信机箱本体1高度的提升,防止漫水侵蚀到通信机箱本体1内的通信设备,造成通信设备的损坏,有效保证了通信设备的工作。As shown in Figure 1, the present invention designs a kind of intelligent waterproof communication case, comprises communication case body 1, and the power supply module 2 that is arranged in communication case body 1, and power supply module 2 external power supplies the communication equipment in communication case body 1. Power supply; also includes a control module 3, a water immersion sensor 4 connected to the control module 3, and at least one electrically controlled support telescopic rod 5, wherein the control module 3 is connected to the power supply module 2, and is arranged on the communication chassis body 1 Inside; the power supply module 2 is connected to an external power supply through the control module 3 to supply power to the water immersion sensor 4 and each electric control support telescopic rod 5; the water immersion sensor 4 is arranged on the lower surface of the communication chassis body 1, and each electric control support telescopic rod 5 is arranged Below the communication case body 1, wherein the telescopic end of each electrically controlled support telescopic rod 5 is connected with the lower surface of the communication case body 1, and the base of each electrically controlled support telescopic rod 5 is fixed on the ground; the intelligent waterproof design of the present invention The communication box, for the existing communication box, is designed to introduce an electronic control structure, and the water immersion sensor 4 is used to detect in real time whether the bottom of the communication box body 1 is flooded, and this is used as a trigger signal, and then the electric control support telescopic rod 5 introduced by the design works, The height of the communication box body 1 is realized, and the communication equipment in the communication box body 1 is prevented from being flooded, causing damage to the communication equipment, and the work of the communication equipment is effectively guaranteed.
本发明基于以上设计智能防水通信机箱的技术方案的基础之上,还进一步设计了如下优选的技术方案:如所述各个电控支撑伸缩杆5阵列分布设置在通信机箱本体1的下方,能够有效保证通信机箱本体1升降过程的稳定性;并且实际应用中,针对电控支撑伸缩杆5设计采用电控千斤顶,能够有效保证支撑通信机箱本体1的工作效率,进一步保证支撑的稳定性;还有包括设置在所述通信机箱本体1内、与所述控制模块3相连接的无线通信模块6,使得该设计通信机箱能够及时将自身情况向有关部门或有关人员发送,便于相关人员及时处理,避免事态进一步恶化;并且实际应用中,针对无线通信模块6选择采用以太网无线通信模块,能够实现更远距离的通信,实现更大区域内通信机箱的监管;除此之外,实际应用中,所述控制模块3分别与所述水浸传感器4、各个电控支撑伸缩杆5之间的连线、以及连接处采用绝缘胶布包裹,能够有效保证电控结构用电、取电过程的稳定性和安全性;并且针对控制模块3设计采用单片机,具有成本低廉,易于维护的优点。On the basis of the above-mentioned technical scheme for designing an intelligent waterproof communication chassis, the present invention further designs the following preferred technical scheme: as described, each electronically controlled support telescopic rod 5 array is arranged under the communication chassis body 1, which can effectively Ensure the stability of the lifting process of the communication chassis body 1; and in practical applications, the electric control jack is designed for the electronically controlled support telescopic rod 5, which can effectively ensure the working efficiency of supporting the communication chassis body 1, and further ensure the stability of the support; and It includes a wireless communication module 6 arranged in the communication case body 1 and connected to the control module 3, so that the designed communication case can send its own situation to relevant departments or personnel in time, so that relevant personnel can handle it in time and avoid The situation deteriorates further; and in practical applications, the Ethernet wireless communication module is selected for the wireless communication module 6, which can realize longer-distance communication and realize the supervision of the communication chassis in a larger area; in addition, in practical applications, all The connection between the control module 3 and the water immersion sensor 4, each electric control support telescopic rod 5, and the joints are wrapped with insulating tape, which can effectively ensure the stability and stability of the electric control structure and the process of taking power. safety; and the design of the control module 3 adopts a single-chip microcomputer, which has the advantages of low cost and easy maintenance.
本发明设计的智能防水通信机箱在实际应用过程当中,包括通信机箱本体1、以及设置在通信机箱本体1内的电源模块2,电源模块2外接电源为通信机箱本体1内的通信设备进行供电;还包括单片机、以及分别与单片机相连接的水浸传感器4、以太网无线通信模块、至少一个电控千斤顶,其中,单片机与电源模块2相连接,并设置在通信机箱本体1内;电源模块2外接电源经过单片机为水浸传感器4、以太网无线通信模块和各个电控千斤顶进行供电;水浸传感器4设置在通信机箱本体1的下表面,各个电控千斤顶阵列分布设置在通信机箱本体1的下方,其中,各个电控千斤顶的伸缩端与通信机箱本体1的下表面相连接,各个电控千斤顶的底座固定在地面上;并且,单片机分别与所述水浸传感器4、以太网无线通信模块、各个电控千斤顶之间的连线、以及连接处采用绝缘胶布包裹。实际应用中,电源模块2外接电源经过单片机分别为水浸传感器4、以太网无线通信模块和各个电控千斤顶进行供电,设置在通信机箱本体1的下表面水浸传感器4实时检测,当通信机箱本体1的下方有漫水,且漫水的高度逐渐升高至通信机箱本体1的下表面时,水浸传感器4检测到该信号,并向与之相连的单片机发送触发信号,单片机接收该触发信号后,向与之相连的各个电控千斤顶发送控制命令,并且单片机针对各个电控千斤顶的控制方式是同时同步控制,意思是指单片机控制各个电控千斤顶同时同步工作,保证各个电控千斤顶能够将通信机箱本体1平稳的抬升或降低,并且各个电控千斤顶阵列分布设置在通信机箱本体1的下方,能够有效保证各个电控千斤顶在单片机的统一控制下,更加稳定地对通信机箱本体1施以支撑力;在单片机针对各个电控千斤顶进行统一控制的同时,单片机可以通过与之相连的以太网无线通信模块将“通信机箱本体1下方有漫水”的消息发送给相关部门或者相关工作人员,以便相关人员能够针对该通信机箱本体1进行更加密切的关注,综上所述,基于以上设计的技术方案,能够有效避免通信机箱本体1因漫水而损坏,避免造成更大的损失。In the actual application process, the intelligent waterproof communication case designed by the present invention includes a communication case body 1 and a power supply module 2 arranged in the communication case body 1, and the power supply module 2 is externally connected to a power supply for the communication equipment in the communication case body 1 to supply power; It also includes a single-chip microcomputer, and a water immersion sensor 4 connected with the single-chip microcomputer, an Ethernet wireless communication module, and at least one electric control jack, wherein the single-chip microcomputer is connected with the power supply module 2 and is arranged in the communication chassis body 1; the power supply module 2 The external power supply supplies power to the water immersion sensor 4, the Ethernet wireless communication module and each electric control jack through the single-chip microcomputer; Below, wherein, the telescoping end of each electric control jack is connected with the lower surface of communication case body 1, and the base of each electric control jack is fixed on the ground; , the wires between the electric jacks, and the joints are wrapped with insulating tape. In practical applications, the external power supply of the power module 2 supplies power to the water immersion sensor 4, the Ethernet wireless communication module and each electric control jack through the single-chip microcomputer, and the water immersion sensor 4 is installed on the lower surface of the communication case body 1 for real-time detection. When the communication case When there is flood water below the body 1, and the height of the flood water gradually rises to the lower surface of the communication chassis body 1, the water immersion sensor 4 detects the signal, and sends a trigger signal to the single-chip microcomputer connected to it, and the single-chip microcomputer receives the trigger After the signal, the control command is sent to each electric control jack connected to it, and the control mode of the single-chip microcomputer for each electric control jack is synchronous control at the same time, which means that the single-chip microcomputer controls each electric control jack to work synchronously at the same time, ensuring that each electric control jack can Lifting or lowering the communication case body 1 steadily, and distributing each electric control jack array under the communication case body 1, can effectively ensure that each electric control jack is more stably applied to the communication case body 1 under the unified control of the single-chip microcomputer. With the supporting force; while the single-chip microcomputer performs unified control on each electric control jack, the single-chip microcomputer can send the message "there is flooding under the communication chassis body 1" to the relevant department or related staff through the Ethernet wireless communication module connected to it , so that the relevant personnel can pay more close attention to the communication case body 1. In summary, based on the technical solution designed above, it can effectively prevent the communication case body 1 from being damaged by flooding and avoid causing greater losses.
上面结合附图对本发明的实施方式作了详细说明,但是本发明并不限于上述实施方式,在本领域普通技术人员所具备的知识范围内,还可以在不脱离本发明宗旨的前提下做出各种变化。The embodiments of the present invention have been described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the above embodiments, and can also be made without departing from the gist of the present invention within the scope of knowledge possessed by those of ordinary skill in the art. Variations.
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