CN107809066A - Prefabricated cabin concentration router module and the prefabricated cabin using the module - Google Patents

Prefabricated cabin concentration router module and the prefabricated cabin using the module Download PDF

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Publication number
CN107809066A
CN107809066A CN201710868032.7A CN201710868032A CN107809066A CN 107809066 A CN107809066 A CN 107809066A CN 201710868032 A CN201710868032 A CN 201710868032A CN 107809066 A CN107809066 A CN 107809066A
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module
installation
panel
prefabricated cabin
installation panel
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CN107809066B (en
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丁丽平
闫建华
韩付申
窦辉
王树勋
胡丙群
李承光
谢润哲
张永峰
朱凤玲
李振兴
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State Grid Corp of China SGCC
Xuji Group Co Ltd
XJ Electric Co Ltd
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State Grid Corp of China SGCC
Xuji Group Co Ltd
XJ Electric Co Ltd
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    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02BBOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/20Bus-bar or other wiring layouts, e.g. in cubicles, in switchyards
    • H02B1/202Cable lay-outs

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Wind Motors (AREA)
  • Patch Boards (AREA)

Abstract

本发明涉及预制舱领域中的预制舱用集中走线模块及使用该模块的预制舱;预制舱用集中走线模块包括主体模块,主体模块包括安装面板和用于与预制舱连接的立柱,所述主体模块为一体式结构,所述安装面板由板材形成,安装面板上设有供箱体模块安装的箱体安装孔,安装面板上在靠近箱体安装孔的位置设有供箱体模块固定安装的箱体安装结构。将主体模块设置成一体式结构,安装面板和立柱由主体模块上的不同部分形成,在安装集中走线模块时,可直接将主体模块安装到预制舱的舱体上,将电器设备安装到主体模块上;相比于现有技术,需要装配的零部件的数量较少,提高了安装效率。

The invention relates to a centralized wiring module for prefabricated cabins in the field of prefabricated cabins and a prefabricated cabin using the module; the centralized wiring module for prefabricated cabins includes a main body module, and the main body module includes a mounting panel and a column for connecting with the prefabricated cabin. The main module is an integrated structure, and the installation panel is formed by a plate. The installation panel is provided with a box installation hole for the box module to be installed. Installed cabinet installation structure. Set the main module into an integrated structure, the installation panel and the column are formed by different parts on the main module, when installing the centralized wiring module, the main module can be directly installed on the cabin body of the prefabricated cabin, and the electrical equipment can be installed on the main body On the module; compared with the prior art, the number of parts to be assembled is less, which improves the installation efficiency.

Description

预制舱用集中走线模块及使用该模块的预制舱Centralized cable routing module for prefabricated cabin and prefabricated cabin using this module

技术领域technical field

本发明涉及预制舱领域中的一种预制舱用集中走线模块及使用该模块的预制舱。The invention relates to a centralized wiring module for a prefabricated cabin in the field of prefabricated cabins and a prefabricated cabin using the module.

背景技术Background technique

随着电网的快速发展,作为一种新型的智能化预制舱式变电站在国内被广泛推广应用,代替老式变电站在诸多方面上有其卓越的优越性,但预制舱内部存在边二次装修边进行舱壁上凌乱走线的传统作业模式,后期对电气元器件的检修及运维都不方便,对整个电网的正常运行造成了不容忽视的影响,不利于智能变电站的大力推广应用。为适应智能变电站快节奏的模块化建设进程,保证预制舱内走线美观、安全、可靠、检修及运维方便,对预制舱的集成模块化走线系统研究是非常必要的。With the rapid development of the power grid, as a new type of intelligent prefabricated cabin substation has been widely promoted and applied in China, replacing the old-fashioned substation has its outstanding advantages in many aspects, but there are secondary decorations inside the prefabricated cabin. The traditional operation mode of messy wiring on the bulkhead is inconvenient for the maintenance and operation and maintenance of electrical components in the later stage, and has a non-negligible impact on the normal operation of the entire power grid, which is not conducive to the vigorous promotion and application of smart substations. In order to adapt to the fast-paced modular construction process of smart substations and ensure the beautiful, safe, reliable, and convenient maintenance and operation and maintenance of the wiring in the prefabricated cabin, it is very necessary to study the integrated modular wiring system of the prefabricated cabin.

公告号为CN104917087B、公告日为2017.07.04的中国发明专利公开了一种预制舱夹层模块,预制舱夹层模块包括用于安装设备的设备夹层部分和用于敷设线缆的走线夹层部分;设备夹层部分为主体模块,主体模块包括左夹层侧板、右夹层侧板、加强横板和安装面板;左、右夹层侧板成左右间隔设置均用于与预制舱的舱体连接,形成立柱;安装面板有竖向间隔排列设置的多个,安装面板横设左、右立柱之间;相邻的两安装面板之间可预留供电器元件安装的安装孔,左、右立柱上分别设有供电器元件安装的模数孔。The Chinese invention patent with the announcement number CN104917087B and the announcement date of 2017.07.04 discloses a prefabricated cabin interlayer module. The prefabricated cabin interlayer module includes an equipment interlayer part for installing equipment and a wiring interlayer part for laying cables; the equipment The interlayer part is the main module, and the main module includes the left interlayer side panel, the right interlayer side panel, the reinforced horizontal panel and the installation panel; the left and right interlayer side panels are arranged at left and right intervals for connecting with the cabin body of the prefabricated cabin to form columns; There are multiple installation panels arranged vertically at intervals, and the installation panels are set horizontally between the left and right columns; installation holes for the installation of power supply components can be reserved between two adjacent installation panels, and the left and right columns are respectively equipped with Modular holes for power supply component mounting.

走线夹层部分包括走线夹层侧板、门板、顶盖和底盖,走线夹层侧板并列安装在设备夹层部分的宽度方向的一侧,主体模块的靠近走线夹层部分的立柱上开设有过线孔,走线夹层部分中的线缆通过过线孔连接主体模块上的对应电器元件。现有集中走线模块,能够实现预制舱中线缆的集中排布。但是,集中走线模块整体采用的是拼装式结构,零部件较为分散且数量较多,预制舱装配时,集中走线模块的安装效率较低。The wiring interlayer part includes the wiring interlayer side panel, door panel, top cover and bottom cover. The wiring interlayer side panel is installed side by side in the width direction of the equipment interlayer part. Through the wire hole, the cables in the wiring interlayer part are connected to the corresponding electrical components on the main module through the wire hole. The existing centralized wiring module can realize the centralized arrangement of cables in the prefabricated cabin. However, the centralized routing module adopts an assembled structure as a whole, and the components are relatively scattered and in large quantities. When the prefabricated cabin is assembled, the installation efficiency of the centralized routing module is low.

发明内容Contents of the invention

本发明的目的在于提供一种预制舱用集中走线模块,以解决现有集中走线模块存在的零部件较多,装配时间较长,影响生产效率的问题;本发明的目的还在于提供一种使用该走线模块的预制舱。The purpose of the present invention is to provide a centralized routing module for prefabricated cabins to solve the problems that the existing centralized routing modules have many parts and long assembly time, which affects production efficiency; the purpose of the present invention is also to provide a A prefabricated cabin using the wiring module.

为实现上述目的,本发明的预制舱用集中走线模块的方案1是:预制舱用集中走线模块包括主体模块,主体模块包括安装面板和用于与预制舱连接的立柱,所述主体模块为一体式结构,所述安装面板由板材形成,安装面板上设有供箱体模块安装的箱体安装孔,安装面板上在靠近箱体安装孔的位置设有供箱体模块固定安装的箱体安装结构。In order to achieve the above object, the scheme 1 of the centralized wiring module for the prefabricated cabin of the present invention is: the centralized wiring module for the prefabricated cabin includes a main module, the main module includes a mounting panel and a column for connecting with the prefabricated cabin, the main module Integral structure, the installation panel is formed by plates, the installation panel is provided with a cabinet installation hole for the installation of the cabinet module, and the installation panel is provided with a box for the fixed installation of the cabinet module at a position close to the cabinet installation hole. Body installation structure.

方案2是,根据方案1所述的集中走线模块,所述安装面板的其中一对相对侧边相向翻折,翻折部分形成所述立柱。Solution 2 is that, according to the centralized wiring module described in solution 1, a pair of opposite sides of the installation panel are folded toward each other, and the folded part forms the column.

方案3是,根据方案1所述的集中走线模块,所述安装面板上折弯成型有朝向相反的两凹槽结构;其中一个凹槽结构供电器设备安装,形成所述主体模块。Solution 3 is that, according to the centralized wiring module described in solution 1, two opposite groove structures are bent and formed on the installation panel; one of the groove structures is installed with power supply equipment to form the main module.

方案4是,根据方案2或3所述的集中走线模块,所述安装面板竖直设置,安装面板上在靠近箱体安装孔的两竖直孔边沿的位置分别设有L形连接架,L形连接架上设有用于与电器设备连接的设备连接孔,L形连接架形成所述箱体安装结构。Scheme 4 is, according to the centralized routing module described in scheme 2 or 3, the installation panel is vertically arranged, and the installation panel is respectively provided with L-shaped connecting frames at the positions close to the edges of the two vertical holes of the box installation hole, The L-shaped connecting frame is provided with equipment connecting holes for connecting with electrical equipment, and the L-shaped connecting frame forms the box installation structure.

方案5是,根据方案4所述的集中走线模块,所述安装面板上在靠近箱体安装孔的下侧水平孔边沿的位置设有用于对电器设备进行承托的L形承托架。Solution 5 is that, according to the centralized wiring module described in solution 4, an L-shaped support bracket for supporting electrical equipment is provided on the installation panel near the edge of the lower horizontal hole of the box installation hole.

本发明的预制舱的方案1是:预制舱,包括舱体和设置在舱体中的集中走线模块,集中走线模块包括主体模块,主体模块包括安装面板和用于与预制舱连接的立柱,所述主体模块为一体式结构,所述安装面板由板材形成,安装面板上设有供箱体模块安装的箱体安装孔,安装面板上在靠近箱体安装孔的位置设有供箱体模块固定安装的箱体安装结构。Scheme 1 of the prefabricated cabin of the present invention is: a prefabricated cabin, including a cabin body and a centralized wiring module arranged in the cabin body, the centralized wiring module includes a main body module, and the main module includes a mounting panel and a column for connecting with the prefabricated cabin , the main module is an integrated structure, the installation panel is formed of a plate, the installation panel is provided with a box installation hole for the box module to be installed, and the installation panel is provided with a box for the box at a position close to the box installation hole. The box installation structure of the fixed installation of the module.

方案2是,根据方案1所述的预制舱,所述安装面板的其中一对相对侧边相向翻折,翻折部分形成所述立柱。Solution 2 is that, according to the prefabricated cabin described in solution 1, a pair of opposite sides of the installation panel are folded toward each other, and the folded part forms the column.

方案3是,根据方案1所述的预制舱,所述安装面板上折弯成型有朝向相反的两凹槽结构;其中一个凹槽结构供电器设备安装,形成所述主体模块。Solution 3 is that, according to the prefabricated cabin described in Solution 1, two groove structures facing opposite are bent and formed on the installation panel; one of the groove structures is installed with power supply equipment to form the main module.

方案4是,根据方案2或3所述的预制舱,所述安装面板竖直设置,安装面板上在靠近箱体安装孔的两竖直孔边沿的位置分别设有L形连接架,L形连接架上设有用于与电器设备连接的设备连接孔,L形连接架形成所述箱体安装结构。Scheme 4 is that, according to the prefabricated cabin described in scheme 2 or 3, the installation panel is vertically arranged, and an L-shaped connecting frame is respectively provided on the installation panel near the edges of the two vertical holes of the box installation hole, and the L-shaped The connecting frame is provided with equipment connecting holes for connecting with electrical equipment, and the L-shaped connecting frame forms the box installation structure.

方案5是,根据方案4所述的预制舱,所述安装面板上在靠近箱体安装孔的下侧水平孔边沿的位置设有用于对电器设备进行承托的L形承托架。Solution 5 is that according to the prefabricated cabin described in solution 4, an L-shaped support bracket for supporting electrical equipment is provided on the installation panel near the edge of the lower horizontal hole of the box installation hole.

本发明的有益效果是:将主体模块设置成一体式结构,安装面板和立柱由主体模块上的不同部分形成,在安装集中走线模块时,可直接将主体模块安装到预制舱的舱体上,将电器设备安装到主体模块上;相比于现有技术,需要装配的零部件的数量较少,提高了安装效率。The beneficial effects of the present invention are: the main module is set as an integrated structure, the installation panel and the column are formed by different parts on the main module, when the centralized wiring module is installed, the main module can be directly installed on the cabin body of the prefabricated cabin , the electrical equipment is installed on the main module; compared with the prior art, the number of parts to be assembled is less, and the installation efficiency is improved.

附图说明Description of drawings

图1为本发明中的预制舱的实施例一的立体图;Fig. 1 is the perspective view of embodiment one of the prefabricated cabin among the present invention;

图2为图1中A处的放大图;Fig. 2 is the enlarged view of place A in Fig. 1;

图3为图1中的集中走线模块的前侧立体图;Fig. 3 is a front perspective view of the centralized routing module in Fig. 1;

图4为图1中的集中走线模块的后侧立体图;Fig. 4 is a rear perspective view of the centralized routing module in Fig. 1;

图5为本发明中的预制舱的实施例二的剖视图。Fig. 5 is a cross-sectional view of Embodiment 2 of the prefabricated cabin in the present invention.

具体实施方式Detailed ways

下面结合附图对本发明的实施方式作进一步说明。Embodiments of the present invention will be further described below in conjunction with the accompanying drawings.

本发明的预制舱的实施例一,如图1至图4所示,包括舱体1和设置在舱体1中的用于集中走线的集中走线模块2,集中走线模块2设置在舱体1内部的拐角处;舱体1具有舱顶部分3,舱顶部分3上设有走线盒31,走线盒31沿舱顶部分3的周向边缘设置;舱体1中各电器设备上的线缆汇集到走线盒31中,走线盒31中的线缆再集中连接到集中走线模块2中。Embodiment 1 of the prefabricated cabin of the present invention, as shown in FIGS. The corner inside the cabin body 1; the cabin body 1 has a cabin top part 3, and the cabin top part 3 is provided with a wiring box 31, and the wiring box 31 is arranged along the circumferential edge of the cabin top part 3; each electrical appliance in the cabin body 1 The cables on the equipment are collected into the wiring box 31 , and the cables in the wiring box 31 are connected to the centralized wiring module 2 again.

如图3和图4所示,集中走线模块2具有主体模块21和走线模块22,主体模块21和走线模块22分别由对应的架体结构形成,走线模块22并列设置在主体模块21的宽度方向的一侧。设备安部分22供配电箱、检修箱、开关等操作元件安装,走线模块22用于集中走线,舱顶部分3的线缆盒中的线缆可进入走线模块22中。As shown in Figure 3 and Figure 4, the centralized wiring module 2 has a main body module 21 and a wiring module 22, the main body module 21 and the wiring module 22 are respectively formed by corresponding frame structures, and the wiring modules 22 are arranged side by side on the main module 21 on one side in the width direction. The equipment safety part 22 is used for installation of operating elements such as distribution boxes, inspection boxes, switches, etc., and the wiring module 22 is used for centralized wiring.

主体模块21为竖直设置的架体结构,主体模块21的前面板形成安装面板,安装面板的宽度方向的两相对侧边相向翻折,翻折部分形成用于与舱体1连接的立柱。安装面板上设有供箱体模块安装的箱体安装孔211,配电箱、检修箱等操作元器件可插装到箱体安装孔211中;安装面板的内壁上在靠近箱体安装孔211的孔沿的位置设有供对应箱体模块固定安装的箱体安装结构。The main module 21 is a frame structure arranged vertically. The front panel of the main module 21 forms a mounting panel, and the two opposite sides in the width direction of the mounting panel are folded toward each other. The installation panel is provided with a box installation hole 211 for the installation of the box module, and operating components such as a distribution box and an inspection box can be inserted into the box installation hole 211; the inner wall of the installation panel is close to the box installation hole 211 The position along the hole is provided with a box installation structure for fixed installation of the corresponding box module.

本实施例中,箱体安装结构包括靠近箱体安装孔211的两竖直孔沿设置的L形连接架,还包括靠近箱体安装孔211的下侧水平孔沿设置的L形承托架;L形连接架和L形承托架由角钢形成,L形连接架上设有供对应箱体模块连接的设备连接孔213。In this embodiment, the box installation structure includes an L-shaped connecting frame arranged along the two vertical holes near the box installation hole 211, and also includes an L-shaped support bracket arranged near the lower horizontal hole of the box installation hole 211 ; The L-shaped connecting frame and the L-shaped supporting bracket are formed by angle steel, and the L-shaped connecting frame is provided with equipment connecting holes 213 for connecting the corresponding box modules.

主体模块21的顶部由顶板217封堵,主体模块21的背部和底部均为开口结构,背部开口结构的远离走线模块22的竖向边缘上设有朝向主体模块21内侧翻折的内翻边214;底部开口结构可供舱体1的底板夹层中的线缆向上引入到主体模块21中。The top of the main module 21 is blocked by the top plate 217, the back and the bottom of the main module 21 are both open structures, and the vertical edge of the back open structure away from the wiring module 22 is provided with an inward folded edge towards the inner side of the main module 21 214 ; the bottom opening structure can be used for cables in the bottom interlayer of the cabin body 1 to be introduced upward into the main module 21 .

内翻边214上和走线模块22的背板上分别设有用于与舱体1连接在设备安装孔215,各构件上的设备安装孔215均有沿上下方向间隔的两个以上。主体模块21的与走线模块22相邻的侧板上设有过线孔216,走线模块22和主体模块21上的线缆可通过过线孔216互通,过线孔216有上下排列设置的两个以上。The inner flange 214 and the back plate of the routing module 22 are respectively provided with equipment installation holes 215 for connecting with the cabin body 1, and there are more than two equipment installation holes 215 on each component at intervals along the vertical direction. The side plate adjacent to the wiring module 22 of the main module 21 is provided with a wire passing hole 216, and the cables on the wiring module 22 and the main module 21 can communicate with each other through the wire passing hole 216, and the wire passing holes 216 are arranged up and down. of two or more.

走线模块22由侧板221、两端板222和旋转门223形成,侧板221与主体模块21围成带有前侧开口的腔体结构,两端板222分别设置在腔体结构的顶部和底部,两端板222上均设有走线孔224,两端板222分别具有朝向前侧开口内侧翻折的翻折部分,翻折部分用于对旋装门223进行挡止;旋转门223上设有锁具225。The wiring module 22 is formed by side plates 221, two end plates 222 and a revolving door 223. The side plates 221 and the main module 21 form a cavity structure with a front opening, and the two end plates 222 are respectively arranged on the top of the cavity structure. and the bottom, both end plates 222 are provided with wiring holes 224, and the two end plates 222 respectively have a turning part that is turned toward the inside of the front side opening, and the turning part is used to stop the swing door 223; the revolving door 223 is provided with a lockset 225 .

在装配预制舱时,通过设备安装孔215将集中走线模块2固定到舱体的内壁上,舱体1中的电器元件上的线缆从走线孔224进入走线模块22,走线模块22中的线缆通过过线孔216与主体模块21上的对应设备连接,主体模块21上安装的有配电箱、检修箱、开关、插座等操作元件。When assembling the prefabricated cabin, the centralized wiring module 2 is fixed on the inner wall of the cabin body through the equipment installation hole 215, and the cables on the electrical components in the cabin body 1 enter the wiring module 22 from the wiring hole 224, and the wiring module The cables in 22 are connected to the corresponding equipment on the main module 21 through the wire hole 216, and the main module 21 is equipped with operating elements such as a distribution box, an inspection box, a switch, and a socket.

其中,配电箱中的进线是从预制舱内的交直流屏引出,通过舱底1的防静电地板夹层进入走线模块22内。相比于现有技术,集中走线模块2的密封性更好,防尘性能有了较大提高,并且需要安装的零部件较少,安装效率较高。Wherein, the incoming line in the distribution box is drawn from the AC and DC screen in the prefabricated cabin, and enters the wiring module 22 through the antistatic floor interlayer of the cabin bottom 1 . Compared with the prior art, the centralized cabling module 2 has better sealing performance, greatly improved dustproof performance, fewer parts to be installed, and higher installation efficiency.

实施例二,实施例二与实施例一的不同之处在于,集中走线模块2由横截面为“5”字形的架体结构形成;“5”字架体具有朝向相反的两个槽体部分,槽体部分21形成供电器设备安装的主体模块,槽体部分22形成走线模块;槽体部分22的槽口处转动装配有旋转门223。槽体部分21的槽底面上设有供箱体模块安装的设备安装孔,槽底面形成安装面板,槽体部分21的在其槽宽方向相间隔的相对槽壁用于与预制舱连接,形成立柱。槽体部分21和槽体部分22之间的隔板上设有过线孔216。集中走线模块2为一体式折弯成型,降低集中走线模块的制作难度,提高集中走线模块的整体强度。在其他实施例中,“5”字形结构也可以由朝向相反的两个U形折弯件拼焊形成。Embodiment 2, the difference between embodiment 2 and embodiment 1 is that the centralized routing module 2 is formed by a frame structure with a "5" cross section; the "5" frame body has two grooves facing opposite Part, the tank part 21 forms the main module for installing the power supply equipment, and the tank part 22 forms the wiring module; the notch of the tank part 22 is rotatably equipped with a revolving door 223 . The bottom surface of the tank part 21 is provided with equipment installation holes for the installation of the box body module, the bottom surface of the tank forms a mounting panel, and the opposite tank walls of the tank part 21 in the groove width direction are used to connect with the prefabricated cabin, forming column. A wire passing hole 216 is provided on the partition between the tank part 21 and the tank part 22 . The centralized routing module 2 is integrally bent and formed, which reduces the difficulty of manufacturing the centralized routing module and improves the overall strength of the centralized routing module. In other embodiments, the "5"-shaped structure may also be formed by tailor-welding two U-shaped bending pieces facing oppositely.

在其他实施例中,主体模块的一体式结构也可以由不同部分采用焊接工艺拼焊形成。In other embodiments, the integrated structure of the main body module can also be formed by tailor welding of different parts by welding process.

本发明的预制舱用集中走线模块的实施例,集中走线模块的结构与上述本发明的预制舱的任一实施例中的走线模块的结构相同;因此,不再重复说明。In the embodiment of the centralized wiring module for the prefabricated cabin of the present invention, the structure of the centralized wiring module is the same as the structure of the wiring module in any embodiment of the above-mentioned prefabricated cabin of the present invention; therefore, the description will not be repeated.

Claims (10)

1.预制舱用集中走线模块,包括主体模块,主体模块包括安装面板和用于与预制舱连接的立柱,其特征在于:所述主体模块为一体式结构,所述安装面板由板材形成,安装面板上设有供箱体模块安装的箱体安装孔,安装面板上在靠近箱体安装孔的位置设有供箱体模块固定安装的箱体安装结构。1. The centralized cabling module for the prefabricated cabin, including a main module, the main module includes a mounting panel and a column for connecting with the prefabricated cabin, characterized in that: the main module is an integrated structure, and the installation panel is formed of a plate, The installation panel is provided with a cabinet installation hole for the cabinet module to be installed, and a cabinet installation structure for the cabinet module to be fixedly installed is provided on the installation panel at a position close to the cabinet installation hole. 2.根据权利要求1所述的预制舱用集中走线模块,其特征在于:所述安装面板的其中一对相对侧边相向翻折,翻折部分形成所述立柱。2 . The centralized wiring module for prefabricated cabins according to claim 1 , wherein a pair of opposite sides of the installation panel are folded toward each other, and the folded parts form the uprights. 3 . 3.根据权利要求1所述的预制舱用集中走线模块,其特征在于:所述安装面板上折弯成型有朝向相反的两凹槽结构;其中一个凹槽结构供电器设备安装,形成所述主体模块。3. The centralized cabling module for prefabricated cabins according to claim 1, characterized in that: the installation panel is bent and formed with two oppositely facing groove structures; one of the groove structures is installed for power supply equipment, forming the Describe the main module. 4.根据权利要求2或3所述的预制舱用集中走线模块,其特征在于:所述安装面板竖直设置,安装面板上在靠近箱体安装孔的两竖直孔边沿的位置分别设有L形连接架,L形连接架上设有用于与电器设备连接的设备连接孔,L形连接架形成所述箱体安装结构。4. The centralized cabling module for prefabricated cabin according to claim 2 or 3, characterized in that: the installation panel is vertically arranged, and the installation panel is respectively provided at the positions of two vertical hole edges close to the box installation hole. There is an L-shaped connecting frame, the L-shaped connecting frame is provided with equipment connecting holes for connecting with electrical equipment, and the L-shaped connecting frame forms the box installation structure. 5.根据权利要求4所述的预制舱用集中走线模块,其特征在于:所述安装面板上在靠近箱体安装孔的下侧水平孔边沿的位置设有用于对电器设备进行承托的L形承托架。5. The centralized cabling module for prefabricated cabins according to claim 4, characterized in that: the installation panel is provided with a support for supporting electrical equipment at a position close to the edge of the lower horizontal hole of the box installation hole. L-shaped support bracket. 6.预制舱,包括舱体和设置在舱体中的集中走线模块,集中走线模块包括主体模块,主体模块包括安装面板和用于与预制舱连接的立柱,其特征在于:所述主体模块为一体式结构,所述安装面板由板材形成,安装面板上设有供箱体模块安装的箱体安装孔,安装面板上在靠近箱体安装孔的位置设有供箱体模块固定安装的箱体安装结构。6. A prefabricated cabin, including a cabin body and a centralized wiring module arranged in the cabin body, the centralized wiring module includes a main body module, and the main module includes a mounting panel and a column for connecting with the prefabricated cabin, characterized in that: the main body The module is an integral structure, the installation panel is formed by a plate, the installation panel is provided with a cabinet installation hole for the installation of the cabinet module, and the installation panel is provided with a hole for the cabinet module to be fixed and installed at a position close to the cabinet installation hole. Box installation structure. 7.根据权利要求6所述的预制舱,其特征在于:所述安装面板的其中一对相对侧边相向翻折,翻折部分形成所述立柱。7 . The prefabricated cabin according to claim 6 , wherein a pair of opposite sides of the installation panel are folded toward each other, and the folded portion forms the column. 8 . 8.根据权利要求6所述的预制舱,其特征在于:所述安装面板上折弯成型有朝向相反的两凹槽结构;其中一个凹槽结构供电器设备安装,形成所述主体模块。8 . The prefabricated cabin according to claim 6 , wherein two groove structures facing opposite are bent and formed on the installation panel; one of the groove structures is installed with electrical equipment to form the main module. 9.根据权利要求7或8所述的预制舱,其特征在于:所述安装面板竖直设置,安装面板上在靠近箱体安装孔的两竖直孔边沿的位置分别设有L形连接架,L形连接架上设有用于与电器设备连接的设备连接孔,L形连接架形成所述箱体安装结构。9. The prefabricated cabin according to claim 7 or 8, characterized in that: the installation panel is arranged vertically, and the installation panel is respectively provided with L-shaped connecting frames at the positions close to the edges of the two vertical holes of the box installation hole , the L-shaped connecting frame is provided with equipment connecting holes for connecting with electrical equipment, and the L-shaped connecting frame forms the box installation structure. 10.根据权利要求9所述的预制舱,其特征在于:所述安装面板上在靠近箱体安装孔的下侧水平孔边沿的位置设有用于对电器设备进行承托的L形承托架。10. The prefabricated cabin according to claim 9, characterized in that: the installation panel is provided with an L-shaped support bracket for supporting electrical equipment at a position close to the edge of the lower horizontal hole of the box installation hole .
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