WO2021022878A1 - 地震勘探设备测试仪 - Google Patents
地震勘探设备测试仪 Download PDFInfo
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- WO2021022878A1 WO2021022878A1 PCT/CN2020/093764 CN2020093764W WO2021022878A1 WO 2021022878 A1 WO2021022878 A1 WO 2021022878A1 CN 2020093764 W CN2020093764 W CN 2020093764W WO 2021022878 A1 WO2021022878 A1 WO 2021022878A1
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- seismic exploration
- test
- exploration equipment
- support
- equipment tester
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01V—GEOPHYSICS; GRAVITATIONAL MEASUREMENTS; DETECTING MASSES OR OBJECTS; TAGS
- G01V13/00—Manufacturing, calibrating, cleaning, or repairing instruments or devices covered by groups G01V1/00 – G01V11/00
Definitions
- This application relates to the field of geographic prospecting technology, in particular to a seismic prospecting equipment tester.
- Seismic exploration is one of the most important geophysical exploration methods.
- the energy mining and construction engineering industries especially to ensure the safety of the project construction, require precise identification of the underground geological conditions. Therefore, the seismic exploration technology has been proposed. High precision requirements.
- seismic data acquisition methods have been promoted and developed. Large-scale exploration has developed from two-dimensional to three-dimensional, and from simple single-component exploration to multi-wave and multi-component exploration for engineering Engineering seismic exploration in the field is dominated by the exploration site conditions and exploration tasks.
- Seismic exploration equipment generally includes a data acquisition device and a power supply device for powering the data acquisition device. Due to the complex outdoor environment, the function of the equipment will be affected. After the seismic exploration equipment is collected, the data acquisition device needs to be tested for performance. So as to judge the performance of the data acquisition device. The existing tester has a slow test rate, which reduces work efficiency.
- the main purpose of this application is to provide a seismic exploration equipment tester, which aims to increase the test rate and improve work efficiency.
- the seismic exploration equipment tester provided by this application is used for testing seismic exploration equipment.
- the seismic exploration equipment includes a data acquisition device and a power supply device that are detachably connected to each other.
- the seismic exploration equipment tester includes :
- a plurality of test modules are arranged on the bracket at intervals, and each of the test modules is provided with a second electrical connector for electrically connecting to a data acquisition device,
- the main control board, the second electrical connector is electrically connected to the main control board, and the main control board is also provided with a communication connector;
- the power supply component is electrically connected to the main control board.
- the bracket includes a panel, the panel is provided with a plurality of first mounting holes, and the plurality of first mounting holes are spaced apart from each other, and a test module is mounted on a first mounting hole .
- the bracket further includes a supporting frame and a supporting plate, the supporting plate is arranged opposite to the panel, the panel and the supporting plate are both fixedly connected to the supporting frame, and the supporting plate is arranged There are a plurality of second mounting holes, one of the second mounting holes and one of the first mounting holes are arranged directly opposite, and the test module is mounted on one of the second mounting holes.
- the bracket is further provided with a supporting boss, the supporting boss is arranged on the side of the supporting plate away from the panel, the seismic exploration equipment tester further includes an auxiliary supporting plate, the The auxiliary supporting plate is fixedly connected with the supporting boss.
- the seismic exploration equipment tester further includes a box body and a cover body, the box body is formed with an accommodating cavity, the accommodating cavity is formed with an opening, and the cover is openable and closable to cover The opening, the support and the main control board are all contained in the containing cavity, and the second electrical connector of the test module is exposed in the opening.
- the box body is formed with a plurality of through holes, and the communication connector extends out of the through hole and is fixedly connected with the box body;
- the power supply assembly includes:
- a power adapter which is electrically connected to the main control board;
- a power switch the power switch is used to turn on and off the power of the power adapter and is arranged in the other through hole;
- the power socket extends from the through hole and is fixedly connected to the box body.
- one side of the box body is rotatably connected with one side of the cover body, the cover body is further provided with a buckle part, and the buckle part is detachably connected to the box body , In order to make the cover body buckle or loosen the box body.
- the surface of the cover body is recessed toward the opening to form a relief space.
- the test module includes a test lower case and a test panel fixedly connected to the test lower case, the outer surface of the test lower case is abutted and fixed to the bracket, and the test lower case is formed with A positioning slot, the test panel is further provided with an insertion hole and at least two electrical connection seats, the insertion hole is in communication with the positioning slot, the two electrical connection seats are arranged around the insertion hole, the There are a plurality of second electrical connectors, and one of the second electrical connectors is arranged in the electrical connector.
- the seismic prospecting equipment tester further includes a hub assembly, and the hub assembly is electrically connected to each of the second electrical connectors and electrically connected to the communication connectors.
- a plurality of test modules spaced apart from each other are arranged on the support, and the test module is provided with a second electrical connector for connecting with the data acquisition device, and then the second electrical connector is electrically connected to the main control board , And the communication connector connected to the external processor is set on the main control board, and the power supply component for the seismic exploration equipment tester is further set.
- the data acquisition device of the seismic exploration equipment When the seismic exploration equipment needs to be tested, the data acquisition device of the seismic exploration equipment is inserted in the test On the module, the first electrical connector and the second electrical connector are electrically abutted, so that when the circuit is turned on, the main control board can test the working status of the internal electronic components of the data acquisition device and pass the communication
- the connector is fed back to the external processor, and because multiple test modules are set, users can test multiple data acquisition devices at the same time, which greatly improves work efficiency.
- the data transmission method since the data transmission method does not rely on network transmission, it will not be restricted by the speed of the broadband network, and its data transmission speed is greatly improved. In this way, the technical solution of the present application can increase the test rate and improve work efficiency.
- Figure 1 is a schematic structural diagram of an embodiment of a seismic exploration equipment tester according to the application.
- Figure 2 is a partial exploded schematic diagram of an embodiment of the seismic exploration equipment tester of the application
- FIG. 3 is an exploded schematic diagram of an embodiment of a seismic exploration equipment tester according to the application.
- FIG. 4 is an exploded schematic diagram from another perspective of an embodiment of the seismic exploration equipment tester of the application.
- This application proposes a seismic exploration equipment tester 100.
- the seismic prospecting equipment tester 100 proposed in the technical solution of the present application is used for testing seismic prospecting equipment.
- the seismic prospecting equipment includes a data acquisition device and a power supply device that are detachably connected to each other.
- the acquisition device includes a first electrical connector
- the seismic exploration equipment tester 100 includes:
- a plurality of test modules 20, the plurality of test modules 20 are arranged on the bracket 10 at intervals, and each of the test modules 20 is provided with a second electrical connector 21 for electrically connecting to a data acquisition device,
- the main control board, the second electrical connector 21 is electrically connected to the main control board, and the main control board is further provided with a communication connector 102;
- the power supply assembly 40 is electrically connected to the main control board.
- a plurality of test modules 20 spaced apart from each other are arranged on the support 10, and the test module 20 is provided with a second electrical connector 21 for connecting with the data acquisition device, and then the second electrical connector 21 is connected to the main
- the control board is electrically connected, and the communication connector 102 connected to the external processor is provided on the main control board, and the power supply assembly 40 for the seismic exploration equipment tester 100 is further provided.
- the seismic exploration equipment needs to be tested, the seismic exploration The data acquisition device of the equipment is installed on the test module 20, so that the first electrical connector and the second electrical connector 21 are electrically abutted, so that when the circuit is turned on, the operation of the internal electronic components of the data acquisition device can be controlled.
- the status is tested and fed back to the external processor through the communication connector 102, and because multiple test modules 20 are provided, the user can simultaneously test multiple data acquisition devices, which greatly improves work efficiency. And, since the data transmission method does not rely on network transmission, it will not be restricted by the speed of the broadband network, and its data transmission speed is greatly improved. In this way, the technical solution of the present application can increase the test rate and improve work efficiency.
- the bracket 10 includes a panel 50, the panel 50 is provided with a plurality of first mounting holes 51, and the plurality of first mounting holes 51 are spaced apart from each other.
- a test module 20 is installed in a first mounting hole 51.
- the setting panel 50 can support the installation of the test module 20, and can well fix the main control board to protect the main control board.
- the material of the panel 50 may be a hard material, specifically, it may be hard alloy, hard plastic, etc., so as to better realize its supporting function.
- the seismic prospecting equipment tester 100 further includes a support plate 60, the support plate 60 is arranged opposite to the panel 50, the panel 50 and the The support plate 60 is fixedly connected to the bracket 10, and the support plate 60 is provided with a plurality of second mounting holes 61, one of the second mounting holes 61 and one of the first mounting holes 51 are arranged directly opposite to each other.
- the test module 20 is installed in a second mounting hole 61.
- the support board 60 can further support the installation of the test module 20, and can well fix the main control board and protect the main control board. It can be understood that the support plate 60 can be arranged at an interval from the panel 50, so as to limit the support of the test module 20 in the height direction of the test module 20, and improve the installation stability of the test module 20.
- the bracket 10 includes a supporting frame, a supporting side plate 12, and a supporting bottom plate 13.
- One side of the supporting side plate 12 is fixedly connected to the supporting bottom plate 13, and the supporting frame is arranged on the supporting side plate 12 facing away from the supporting plate.
- Such a configuration of a surface of the bottom plate 13 can make the structure of the support 10 more stable, thereby facilitating the protection of the electronic components of the seismic exploration equipment tester 100.
- the supporting side plate 12 and the supporting bottom plate 13 can also be integrated into a U-shape. It can be understood that the surface of the supporting frame away from the supporting side plate 12 can be sunk to form a sinking platform, thereby facilitating the placement of the panel 50 and/or the supporting plate 60.
- the panel 50 and/or the supporting plate 60 can be fixed by welding or screw connection, as long as a better supporting effect can be achieved.
- the number of the supporting side plates 12 may be two, and the two supporting side plates 12 are arranged oppositely on the supporting bottom plate 13, thereby further improving the supporting effect.
- the support 10 is further provided with a support boss 70, the support boss 70 is provided on the side of the support plate 60 away from the panel 50, the earthquake
- the exploration equipment tester 100 further includes an auxiliary support plate 30 which is fixedly connected to the support boss 70.
- the support boss 70 and the auxiliary support plate 30 are provided to further support the test module 20 to ensure the structural stability of the seismic exploration equipment tester 100 and prevent the seismic exploration equipment sight 100 from not working normally when subjected to external shocks.
- the seismic prospecting equipment tester 100 further includes a box body 80 and a cover body 90, the box body 80 is formed with an accommodation cavity 81, and the accommodation cavity 81 is formed with an opening 811,
- the cover 90 can open and close the opening 811, the bracket 10 and the main control board are both contained in the containing cavity 81, and the second electrical connector 21 of the test module 20 is exposed In the opening 811.
- the box body 80 is roughly arranged as a straight quadrangular prism with a rectangular bottom surface. In this way, the arrangement can make the structure of the box body 80 more stable, and the connection between the surface and the surface of the box body 80 adopts a smooth transition. So as to avoid scratching the user.
- the material of the box body 80 and the cover body 90 can be metal (the metal material can choose stainless steel material, aluminum material, aluminum alloy material, copper material, copper alloy material, iron material, iron alloy material, etc.), plastic ( Plastics can choose hard plastics, such as ABS, POM, PS, PMMA, PC, PET, PBT, PPO, etc.), and other alloy materials. Or a mixture of metal materials and plastics can be used, as long as the stability of the box body can be improved. In this way, it is more beneficial to improve the installation stability of the box 80 and the cover 90, thereby effectively improving the practicability, reliability, and durability of the box 80 and the cover 90.
- the cover 90 can protect the electrical connector exposed in the opening 811, and when the parameter acquisition recorder is installed in the test module 20, the parameter acquisition recorder can be protected.
- the box 80 and the lid 90 can be connected by snapping and buckling. When the opening 811 of the box 80 needs to be exposed, the lid 90 is opened, and when the lid 90 is needed to protect the internal components of the box 80, The lid 90 is closed.
- the cover 90 and the box 80 can also be provided with a connecting hole and fixed by a connecting piece. The connecting piece is taken out when it is needed to use, and the cover 90 can be opened.
- the connecting piece may be a screwing piece
- the connecting hole may be a screwing hole.
- the box body 80 is formed with a plurality of through holes 83, and the communication connector 102 extends out of the through hole 83 and is fixedly connected to the box body 80;
- the power supply assembly 40 includes:
- a power adapter which is electrically connected to the main control board;
- a power switch 41, the power switch 41 is used to turn on and off the power of the power adapter, and is provided in the other through hole 83;
- the power socket 42 extends from the through hole 83 and is fixedly connected to the box 80.
- the box body 80 also includes a joint panel 82, which covers the through hole 83 and is formed with a plurality of through holes.
- the joint panel 82 is provided for integrating fixed joints, thereby facilitating user insertion and integrated protection. It is understandable that when the outer contour of the joint panel 82 can be larger than the through hole 83, so that the joint panel 82 is sealed in the through hole 83, the outer edge of the joint panel 82 can be clamped to the opening of the through hole 83, and then pass The connector fixes the joint panel 82 and the box body 80.
- AC power is used to supply power to the auxiliary parameter recorder.
- a power adapter can be set to convert alternating current into direct current to ensure the normal operation of the system.
- the power socket 42 may be a zigzag socket and has a limit ring, so that when plugged into the power supply, the power socket 42 and the power supply are limited by the limit ring to ensure the stability of the connection between the two.
- one side of the box body 80 is rotatably connected with one side of the cover body 90, and the cover body 90 is further provided with a buckle portion 91, and the buckle portion 91 It can be detachably connected with the box body 80 so that the cover body 90 can be buckled or loosened.
- the setting of the rotation connection can avoid the alignment of the cover body 90 and the box body 80, so that the opening 811 can be opened and closed faster.
- the buckle portion may be a buckle or a buckle rib.
- the cover 90 is recessed toward the surface of the opening 811 to form a relief space 92.
- the formation of the relief space 92 can, on the one hand, accommodate the parameter acquisition recorder installed on the test module 20, on the other hand, can accommodate other devices through the relief space 92, which is convenient for users to use.
- the test module 20 includes a test lower shell 22 and a test panel 23 fixedly connected to the test lower shell 22, and the outer surface of the test lower shell 22 abuts and fixes
- the lower test shell 22 is formed with a positioning slot 231
- the test panel 23 is further provided with a plug hole 232 and at least two electrical connection seats 233, the two electrical connection seats 233 surround the
- the insertion hole 232 is provided, the number of the second electrical connector 21 is multiple, and the second electrical connector 21 is provided in the electrical connector 233.
- a plurality of through holes 83 may be provided on the test module 20, so that a plurality of electrical connection seats 233 can be fixed.
- a group of electrical connection bases 233 includes a power supply base and a test signal base. It is understandable that when a plurality of test modules 20 are provided, a plurality of first mounting holes 51 for directly facing the positioning holes will be provided, and each first mounting hole 51 will be surrounded by two through holes 83. That is, when the number of positioning holes is N, the number of first mounting holes 51 is N, and the number of through holes 83 is 2N, thereby facilitating the installation of the electrical connector 233.
- an enclosure plate 24 is provided in the lower test case 22, and the enclosure plate 24 encloses a positioning groove 231.
- the cross-sectional shape of the positioning groove 231 is generally annular, so as to improve the stability of the positioning groove 231.
- the damping pad surrounds the positioning groove 231 and abuts against the inner wall of the lower test case 22, thereby reducing the positioning groove when the lower test case 22 is impacted.
- the shaking of 231 causes the connection stability of the first electrical connector and the second electrical connector 21 to decrease.
- the main control board is arranged in the space enclosed by the test lower case 22, the enclosure 24 and the test panel 23. This arrangement can make the main control board better protected and prevent shaking from affecting the test effect.
- the seismic exploration equipment tester 100 further includes a hub assembly 101, and the hub assembly 101 is electrically connected to each of the second electrical connectors 21, and is The communication connector 102 is electrically connected.
- the main function of the hub component 101 is to regenerate, reshape, and amplify the received signal to expand the transmission distance of the network. At the same time, all nodes are concentrated on the node centered on it. Setting the hub component 101 can make the tester more effective. Great.
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Abstract
一种地震勘探设备测试仪（100），用于对地震勘探设备进行检测（如检测检波器的电压、频率、灵敏度、阻尼等，也可检测电路的谐波失真、等效输入噪声、共模抑制比等参数），地震勘探设备包括相互可拆卸连接的数据采集装置和供电装置，数据采集装置包括第一电性接头，地震勘探设备测试仪（100）包括：支架（10）；多个测试模块（20），多个测试模块（20）间隔设置于支架（10），每一测试模块（20）均设有用于电连接数据采集装置的第二电性接头（21）；主控板，第二电性接头（21）与主控板电性连接，主控板还设有通讯接头（102）；以及电源组件（40），电源组件（40）与主控板电性连接。地震勘探设备测试仪（100）旨在提高测试速率（理论上最多可同时测量上百个），提高工作效率。
Description
相关申请
本申请要求：2019年08月06日申请的、申请号为201910724610.9、名称为“地震勘探设备测试仪”的中国专利申请的优先权，在此将其引入作为参考。
本申请涉及地理勘探技术领域，特别涉及一种地震勘探设备测试仪。
地震勘探是最为重要的地球物理勘探方法之一。在我国，随着国民经济的快速发展，能源开采与建筑工程等行业为了保证工程的高质高效，特别是确保工程建设安全，要求精细地查明地下地质条件，因此对地震勘探技术提出了更高的精度要求。为使地震勘探更好地适应工程现场的需求，地震数据的采集方法得到推动与发展，较大规模勘探从二维发展到三维，由简单的单分量勘探发展到多波多分量勘探，用于工程领域的工程地震勘探，则以勘探场地条件和勘探任务为主导，在有限的场地空间内选择适当的工作方法，尽可能多的采集数据，以利用地震勘探数据求取更加丰富的工程地质参数，为工程建设提供全方位优质服务，而要使工程地震勘探达到理想的设计效果，就必须保证其数据采集质量。地震勘探设备一般包括数据采集装置和用于为数据采集装置供电的供电装置，由于室外环境较为复杂，设备的功能会受到影响，地震勘探设备在被收集回来后需要对数据采集装置进行性能测试，从而判断数据采集装置性能。现有的测试仪测试速率慢，降低了工作效率。
发明概述
问题的解决方案
本申请的主要目的是提供一种地震勘探设备测试仪，旨在提高测试速率，提高工作效率。
为实现上述目的，本申请提供的地震勘探设备测试仪，用于对地震勘探设备进行检测，所述地震勘探设备包括相互可拆卸连接的数据采集装置和供电装置，所述地震勘探设备测试仪包括：
支架；
多个测试模块，多个所述测试模块间隔设置于所述支架，每一所述测试模块均设有用于电连接数据采集装置的第二电性接头，
主控板，所述第二电性接头与所述主控板电性连接，所述主控板还设有通讯接头；以及
电源组件，所述电源组件与所述主控板电性连接。
在一实施例中，所述支架包括面板，所述面板设有多个第一安装孔，多个所述第一安装孔相互间隔设置，一所述测试模块安装于一所述第一安装孔。
在一实施例中，所述支架还包括支撑框架和支撑板，所述支撑板与所述面板相对设置，所述面板和所述支撑板均与所述支撑框架固定连接，所述支撑板设有多个第二安装孔，一所述第二安装孔与一所述第一安装孔正对设置，一所述测试模块安装于一所述第二安装孔。
在一实施例中，所述支架还设有支撑凸台，所述支撑凸台设于所述支撑板背离所述面板的一侧，所述地震勘探设备测试仪还包括辅助支板，所述辅助支板与所述支撑凸台固定连接。
在一实施例中，所述地震勘探设备测试仪还包括箱体和盖体，所述箱体形成有容置腔，所述容置腔形成有开口，所述盖体可开合地罩盖所述开口，所述支架和所述主控板均容纳于所述容置腔内，所述测试模块的第二电性接头显露于所述开口。
在一实施例中，所述箱体形成有多个通孔，所述通讯接头伸出所述通孔，并与所述箱体固定连接；
所述电源组件包括：
电源适配器，所述电源适配器与所述主控板电性连接；和
电源开关，所述电源开关用于通断所述电源适配器的电源，并设于另一所述通孔；
电源插座，所述电源插座伸出于所述通孔，并与所述箱体固定连接。
在一实施例中，所述箱体的一侧边与所述盖体的一侧边转动连接，所述盖体还设有扣合部，所述扣合部与所述箱体可拆卸连接，以使所述盖体扣合或松开所述箱体。
在一实施例中，所述盖体朝向所述开口的表面凹陷形成让位空间。
在一实施例中，所述测试模块包括测试下壳和与所述测试下壳固定连接的测试面板，所述测试下壳的外表面抵接固定于所述支架，所述测试下壳形成有定位槽，所述测试面板还设有插接孔和至少两电性连接座，所述插接孔与所述定位槽连通，两所述电性连接座环绕所述插接孔设置，所述第二电性接头的数量为多个，一所述第二电性接头设于一所述电性连接座内。
在一实施例中，所述地震勘探设备测试仪还包括集线器组件，所述集线器组件与每一所述第二电性接头电性连接，并与所述通讯接头电性连接。
本申请技术方案通过在支架上设置多个相互间隔的测试模块，并在测试模块设置用于与数据采集装置连接的第二电性接头，再将第二电性接头与主控板电性连接，以及在主控板设置与外部处理器连接的通讯接头，进一步设置为地震勘探设备测试仪供电的电源组件，在需要对地震勘探设备进行检测时，将地震勘探设备的数据采集装置插在测试模块上，从而使第一电性接头和第二电性接头电性抵接，如此，主控板在电路导通时，即可对数据采集装置内部电子元件的工作状态进行测试，并通过通讯接头反馈至外部处理器，并且由于设置了多个测试模块，用户可以同时对多个数据采集装置进行检测，大大提高了工作效率。以及，由于该数据传输方式并不依靠于网络传输，不会受到宽带网络网速的限制，其数据传输速度大大提高。如此，本申请技术方案可以提高测试速率，提高工作效率。
发明的有益效果
对附图的简要说明
为了更清楚地说明本申请实施例或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍，显而易见地，下面描述中的 附图仅仅是本申请的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图示出的结构获得其他的附图。
图1为本申请地震勘探设备测试仪一实施例的结构示意图；
图2为本申请地震勘探设备测试仪一实施例局部分解示意图；
图3为本申请地震勘探设备测试仪一实施例的分解示意图；
图4为本申请地震勘探设备测试仪一实施例另一视角的分解示意图。
附图标号说明：
[Table 1]
本申请目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。
本申请的实施方式
下面将对本申请实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本申请的一部分实施例，而不是全部的实施例。基于本申请中的实施例，本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例，都属于本申请保护的范围。
另外，各个实施例之间的技术方案可以相互结合，但是必须是以本领域普通技术人员能够实现为基础，当技术方案的结合出现相互矛盾或无法实现时应当认为这种技术方案的结合不存在，也不在本申请要求的保护范围之内。
本申请提出一种地震勘探设备测试仪100。
参照图1至图4，本申请技术方案提出的地震勘探设备测试仪100，用于对地震勘探设备进行检测，所述地震勘探设备包括相互可拆卸连接的数据采集装置和供电装置，所述数据采集装置包括第一电性接头，所述地震勘探设备测试仪100包括：
支架10；
多个测试模块20，多个所述测试模块20间隔设置于所述支架10，每一所述测试模块20均设有用于电连接数据采集装置的第二电性接头21，
主控板，所述第二电性接头21与所述主控板电性连接，所述主控板还设有通讯接头102；以及
电源组件40，所述电源组件40与所述主控板电性连接。
本申请技术方案通过在支架10上设置多个相互间隔的测试模块20，并在测试模块20设置用于与数据采集装置连接的第二电性接头21，再将第二电性接头21与主控板电性连接，以及在主控板设置与外部处理器连接的通讯接头102，进一步设置为地震勘探设备测试仪100供电的电源组件40，在需要对地震勘探设备进行检测时，将地震勘探设备的数据采集装置安装在测试模块20上，从而使第一电性接头和第二电性接头21电性抵接，如此，在电路导通时，即可对数据采集装置内部电子元件的工作状态进行测试，并通过通讯接头102反馈至外部处理器，并且由于设置了多个测试模块20，用户可以同时对多个数据采集装置进行检测，大大提高了工作效率。以及，由于该数据传输方式并不依靠于网络传输，不会受到宽带网络网速的限制，其数据传输速度大大提高。如此，本申请技术方案可以提高测试速率，提高工作效率。
参照图3、图4，在本申请的一实施例中，所述支架10包括面板50，所述面板50设有多个第一安装孔51，多个所述第一安装孔51相互间隔设置，一所述测试模块20安装于一所述第一安装孔51。设置面板50可以对测试模块20的安装进行支 撑，并且可以对主控板的进行良好的固定，保护主控板。以及，该面板50的材质可以为硬质材料，具体的，可以为硬质合金、硬质塑料等，从而较好地实现其支撑的功能。
参照图3、图4，在本申请的一实施例中，所述地震勘探设备测试仪100还包括支撑板60，所述支撑板60与所述面板50相对设置，所述面板50和所述支撑板60均与所述支架10固定连接，所述支撑板60设有多个第二安装孔61，一所述第二安装孔61与一所述第一安装孔51正对设置，一所述测试模块20安装于一所述第二安装孔61。设置支撑板60可以对测试模块20的安装进行进一步支撑，并且可以对主控板的进行良好的固定，保护主控板。可以理解的是，该支撑板60可以与面板50呈间隔设置，从而在测试模块20的高度方向对测试模块20进行限位支撑，提高测试模块20的安装稳定性。
在本申请的一实施例中，支架10包括支撑框、支撑侧板12和支撑底板13，该支撑侧板12的一侧边与支撑底板13固定连接，支撑框设置在支撑侧板12背离支撑底板13的一表面，如此设置，可以使支架10的结构更稳定，从而便于对地震勘探设备测试仪100的电子元器件的保护。支撑侧板12和支撑底板13也可以做成一个整体，成U字型。可以理解的是，支撑框背离支撑侧板12的表面可以下沉形成沉台，从而便于面板50和/或支撑板60的安置。该面板50和/或支撑板60可以通过焊接或者通过螺纹连接等固定方式固定，只要能实现较好的支撑效果即可。该支撑侧板12的数量可以为两个，两所述支撑侧板12相对设置在支撑底板13上，从而进一步提高支撑效果。
参照图3，在本申请的一实施例中，所述支架10还设有支撑凸台70，所述支撑凸台70设于所述支撑板60背离所述面板50的一侧，所述地震勘探设备测试仪100还包括辅助支板30，所述辅助支板30与所述支撑凸台70固定连接。设置支撑凸台70和辅助支板30，对测试模块20进一步进行支撑，保证地震勘探设备测试仪100的结构稳定，防止受到外部冲击时地震勘探设备测视仪100不能正常工作。
在本申请的一实施例中，所述地震勘探设备测试仪100还包括箱体80和盖体90，所述箱体80形成有容置腔81，所述容置腔81形成有开口811，所述盖体90可开合地罩盖所述开口811，所述支架10和所述主控板均容纳于所述容置腔81内，所 述测试模块20的第二电性接头21显露于所述开口811。在一实施例中，箱体80大致为底面呈矩形的直四棱柱体设置，如此，设置可以使箱体80的结构更稳固，并且箱体80的面与面的连接处均采用平滑过渡，从而避免划伤用户。以及该箱体80和盖体90的材质可以采用金属(金属的材质可选择不锈钢材料、铝质材料，铝合金材料、铜质材料、铜合金材料、铁质材料、铁合金材料等)、塑料(塑料可选择硬质塑料，如ABS、POM、PS、PMMA、PC、PET、PBT、PPO等)，以及其他合金材料等。或者采用金属材料和塑料的混合，只要能较好地提高盒体的稳定即可。如此，更加有利于提升箱体80和盖体90的设置稳定性，从而有效提升箱体80和盖体90的实用性、可靠性、及耐久性。
设置盖体90可以保护显露于开口811的电性接头，并且在参数采集记录器安装于测试模块20时，对参数采集记录器进行保护。箱体80与盖体90的连接可以采用卡扣和扣接位的方式，在需要显露箱体80的开口811时，将盖体90打开，需要盖体90保护箱体80内部的部件时，将盖体90关闭。可以理解的是，盖体90和箱体80还可以设置连接孔，并通过连接件固定，在需要使用是再将连接件取出，即可实现盖体90的打开。具体的，该连接件可以为螺接件，该连接孔可以为螺接孔。
在本申请的一实施例中，所述箱体80形成有多个通孔83，所述通讯接头102伸出所述通孔83，并与所述箱体80固定连接；
所述电源组件40包括：
电源适配器，所述电源适配器与所述主控板电性连接；和
电源开关41，所述电源开关41用于通断所述电源适配器的电源，并设于另一所述通孔83；
电源插座42，所述电源插座42伸出于所述通孔83，并与所述箱体80固定连接。
该箱体80还包括接头面板82，接头面板82覆盖于所述通孔83，并形成有多个贯穿孔，设置接头面板82用于集成固定接头，从而便于用户的插接和集成保护。可以理解的是，在接头面板82的外轮廓可以大于通孔83，从而将接头面板82封堵于通孔83时，接头面板82的外边沿可以卡接在通孔83的孔口，进而通过连接件将接头面板82与箱体80固定。在本实施例中，采用交流电源对辅助参数记录 仪供电，但是由于辅助参数记录仪的运行是用直流电驱动的，如此，可以设置电源适配器将交流电变成直流电，进而保证系统的正常工作。可以理解的是，该电源插座42可以为品字形插座，并且具有限位环，从而使得插接于电源时，通过限位环将电源插座42与电源限位，保证二者连接的稳定性。
在本申请的一实施例中，所述箱体80的一侧边与所述盖体90的一侧边转动连接，所述盖体90还设有扣合部91，所述扣合部91与所述箱体80可拆卸连接，以使所述盖体90扣合或松开所述箱体80。转动连接的设置可以避免盖体90和箱体80的对位，从而可以较快地开合或封盖开口811。在本实施例中，扣合部可以为卡扣或者卡接筋条，通过在箱体80设置扣接位或者扣接槽，从而实现盖体90的扣合部91扣接固定于箱体80。
参照图1、图2，在本申请的一实施例中，所述盖体90朝向所述开口811的表面凹陷形成让位空间92。形成让位空间92一方面可以对安装在测试模块20上的参数采集记录器进行让位容置，另一方面可以通过该让位空间92容置其他装置，便于用户使用。
参照图2，在本申请的一实施例中，所述测试模块20包括测试下壳22和与所述测试下壳22固定连接的测试面板23，所述测试下壳22的外表面抵接固定于所述支架10，所述测试下壳22形成有定位槽231，所述测试面板23还设有插接孔232和至少两电性连接座233，两所述电性连接座233环绕所述插接孔232设置，所述第二电性接头21的数量为多个，一所述第二电性接头21设于一所述电性连接座233内。参照图1，测试模块20上可以设置多个通孔83，从而可以对多个电性连接座233进行固定，可以理解的是，每两个环绕在一个安装孔的通孔83用于一组电性连接座233的安装，一组电性连接座233包括一个电源座和一个测试信号座。可以理解的是，当设置多个测试模块20时，就会设置多个用于正对定位孔的第一安装孔51，每一第一安装孔51周围又会环绕两个通孔83设置。也即，当定位孔的数量为N时，第一安装孔51的数量为N，通孔83的数量为2N，从而便于电性连接座233的安装。以及，在测试下壳22内设有围板24，围板24围合形成定位槽231，该定位槽231的截面形状大致呈环形，从而便于提高定位槽231的稳定性。在一实施例中，还可以在测试下壳22设置减振垫，该减振垫环绕定位槽231并抵 接测试下壳22的内壁设置，从而减少测试下壳22在受到冲击时，定位槽231晃动而导致第一电性接头和第二电性接头21的连接稳定性降低。主控板设于测试下壳22、围板24和测试面板23围合形成的空间内，如此设置，可以使主控板受到较好的保护，防止晃动影响测试效果。
参照图4，在本申请的一实施例中，所述地震勘探设备测试仪100还包括集线器组件101，所述集线器组件101与每一所述第二电性接头21电性连接，并与所述通讯接头102电性连接。集线器组件101的主要功能是对接收到的信号进行再生整形放大，以扩大网络的传输距离，同时把所有节点集中在以它为中心的节点上，设置集线器组件101可以使测试仪的测试效果更好。
以上所述仅为本申请的优选实施例，并非因此限制本申请的专利范围，凡是在本申请的申请构思下，利用本申请说明书内容所作的等效结构变换，或直接/间接运用在其他相关的技术领域均包括在本申请的专利保护范围内。
Claims (16)
- 一种地震勘探设备测试仪，用于对地震勘探设备进行检测，所述地震勘探设备包括相互可拆卸连接的数据采集装置和供电装置，所述数据采集装置包括第一电性接头，其中，所述地震勘探设备测试仪包括：支架；多个测试模块，多个所述测试模块间隔设置于所述支架，每一所述测试模块均设有用于电连接数据采集装置的第二电性接头；主控板，所述第二电性接头与所述主控板电性连接，所述主控板还设有通讯接头；以及电源组件，所述电源组件与所述主控板电性连接。
- 如权利要求1所述的地震勘探设备测试仪，其中，所述支架包括面板，所述面板设有多个第一安装孔，多个所述第一安装孔相互间隔设置，一所述测试模块安装于一所述第一安装孔。
- 如权利要求2所述的地震勘探设备测试仪，其中，所述地震勘探设备测试仪还包括支撑板，所述支撑板与所述面板相对设置，所述面板和所述支撑板均与所述支架固定连接，所述支撑板设有多个第二安装孔，一所述第二安装孔与一所述第一安装孔正对设置，一所述测试模块安装于一所述第二安装孔。
- 如权利要求2所述的地震勘探设备测试仪，其中，所述支架还设有支撑凸台，所述支撑凸台设于所述支撑板背离所述面板的一侧，所述地震勘探设备测试仪还包括辅助支板，所述辅助支板与所述支撑凸台固定连接。
- 如权利要求1至4中任一项所述的地震勘探设备测试仪，其中，所述地震勘探设备测试仪还包括箱体和盖体，所述箱体形成有容置腔，所述容置腔形成有开口，所述盖体可开合地罩盖所述开口，所述支架和所述主控板均容纳于所述容置腔内，所述测试模块的第二电性接头显露于所述开口。
- 如权利要求5所述的地震勘探设备测试仪，其中，所述箱体形成有多个通孔，所述通讯接头伸出所述通孔，并与所述箱体固定连接；所述电源组件包括：电源适配器，所述电源适配器与所述主控板电性连接；和电源开关，所述电源开关用于通断所述电源适配器的电源，并设于另一所述通孔；电源插座，所述电源插座伸出于所述通孔，并与所述箱体固定连接。
- 如权利要求5所述的地震勘探设备测试仪，其中，所述箱体的一侧边与所述盖体的一侧边转动连接，所述盖体还设有扣合部，所述扣合部与所述箱体可拆卸连接，以使所述盖体扣合或松开所述箱体。
- 如权利要求5所述的地震勘探设备测试仪，其中，所述盖体朝向所述开口的表面凹陷形成让位空间。
- 如权利要求1所述的地震勘探设备测试仪，其中，所述测试模块包括测试下壳和与所述测试下壳固定连接的测试面板，所述测试下壳的外表面抵接固定于所述支架，所述测试下壳形成有定位槽，所述测试面板还设有插接孔和至少两电性连接座，所述插接孔与所述定位槽连通，两所述电性连接座环绕所述插接孔设置，所述第二电性接头的数量为多个，一所述第二电性接头设于一所述电性连接座内。
- 如权利要求9所述的地震勘探设备测试仪，其中，所述地震勘探设备测试仪还包括集线器组件，所述集线器组件与每一所述第二电性接头电性连接，并与所述通讯接头电性连接。
- 如权利要求9所述的地震勘探设备测试仪，其中，所述测试下壳内设有围板，所述围板围合形成定位槽，所述定位槽的截面形状呈环形设置。
- 如权利要求9所述的地震勘探设备测试仪，其中，所述测试下壳设置减振垫，所述减振垫环绕所述定位槽并抵接所述测试下壳的内壁设置。
- 如权利要求2所述的地震勘探设备测试仪，其中，所述支架包括支撑框、支撑侧板和支撑底板，所述支撑侧板的一侧边与所述支撑底板固定连接，所述支撑框设置在所述支撑侧板背离所述支撑底板的一表面。
- 如权利要求13所述的地震勘探设备测试仪，其中，所述支撑框背离所述支撑侧板的表面可以下沉形成沉台。
- 如权利要求13所述的地震勘探设备测试仪，其中，所述面板和所述支撑板通过焊接或者通过螺纹连接的方式固定。
- 如权利要求13所述的地震勘探设备测试仪，其中，所述支撑侧板的数量为两个，两所述支撑侧板相对设置在所述支撑底板上。
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