摘要：【中文】本发明公开一种可变容积配电柜，整体配电柜可以在X轴和Z轴方向上进行容积的改变，电气元件固定模块可以根据需要增加模块的数量和体积大小，对电器原件的模块化处理，在传统的配电柜上，配电柜的大小是一定的，这样限制了配电柜在使用过程中的多样性，同时也增加了配电柜，在使用过程中增加用电器的个数，按照规定，增加或减少用电器，需要在配电柜上增加或减少相应的电器开关。本发明使用方面，由于配电柜通过X轴和轴上的容积改变，适用多种环境，多种场合，可以根据需要随时增加电气元件，固定模块和配件柜的容积根据需要进行改变。 【EN】The invention discloses a variable-volume power distribution cabinet, wherein the volume of the whole power distribution cabinet can be changed in the X-axis and Z-axis directions, the number and the volume of modules can be increased by an electric element fixing module according to needs, and the original components of electric appliances are subjected to modular processing. In the aspect of use, the power distribution cabinet is suitable for various environments and occasions due to the fact that the volume of the power distribution cabinet on the X axis and the X axis is changed, electrical elements can be added at any time according to needs, and the volumes of the fixed module and the accessory cabinet are changed according to needs.

摘要：【中文】本发明公开了一种光电晶体管引脚拉直系统，包括圆底盘、夹持模块、拉伸模块和光电晶体管，圆底盘的上表面设置有夹持模块，夹持模块的上方设置有拉伸模块，拉伸模块的顶端搭接有光电晶体管。本发明通过设置夹持模块，可以夹紧光电晶体管的引脚，并且可以循环夹持和松放，同时还可以对光电晶体管引脚的本身进行加热，达到软化引脚的目的，从而使本装置在拉伸过程中更加快捷，通过设置拉伸模块，可以适应不同光电晶体管的引脚的长度，同时可以对光电晶体管的引脚进行拉伸，从而解决光电晶体管引脚不直的问题。 【EN】The invention discloses a photoelectric transistor pin straightening system which comprises a round chassis, a clamping module, a stretching module and a photoelectric transistor, wherein the clamping module is arranged on the upper surface of the round chassis, the stretching module is arranged above the clamping module, and the photoelectric transistor is lapped on the top end of the stretching module. The clamping module is arranged, so that the pins of the phototransistors can be clamped and released circularly, and the pins of the phototransistors can be heated to soften the pins, so that the device is quicker in the stretching process.

摘要：【中文】本发明公开一种便于检修的配电柜，包括底座、移动滑台、自动转动控制台、自动清灰装置、自动开合侧门、总排水道、主柜前门、侧门、挡雨棚、柜内排水孔减震绝缘垫、支撑滑槽、连接固定销，在工作时，将自动开和侧门开启，移动滑台使柜内主要机械结构移动至配电柜外侧，便于检修，在不使用时，可根据时间设定将自动清灰装置下移至自动转动控制台上方对上方电器原件进行清灰工作。 【EN】The invention discloses a power distribution cabinet convenient to overhaul, which comprises a base, a movable sliding table, an automatic rotating control table, an automatic dust cleaning device, an automatic opening and closing side door, a main drainage channel, a main cabinet front door, a side door, a rain shelter, a damping insulation pad of a drainage hole in the cabinet, a supporting sliding groove and a connecting fixing pin.

摘要：【中文】本发明公开了一种光电IC输出光学开关，包括PCB板、光电IC输出光学开关、顶端夹持模块、底端夹持模块和连接板，PCB板的上表面搭接有光电IC输出光学开关。本发明通过设置的顶端夹持模块，可以夹紧光电IC输出光学开关的宽度方向，并且保证光电IC输出光学开关宽度方向的垂直度，通过设置底端夹持模块，可以夹紧光电IC输出光学开关的长度方向，并且保证光电IC输出光学开关长度方向的垂直度，由于保证了光电IC输出光学开关的X、Y轴方向的垂直度，保证了光电IC输出光学开关底面与PCB板上表面之间的平行度，从而降低了光电IC输出光学开关在贴片时发生倾斜的概率，进而降低了光电IC输出光学开关在回流过程中发生虚焊的现象。 【EN】The invention discloses a photoelectric IC output optical switch which comprises a PCB, a photoelectric IC output optical switch, a top clamping module, a bottom clamping module and a connecting plate, wherein the photoelectric IC output optical switch is lapped on the upper surface of the PCB. The invention can clamp the width direction of the photoelectric IC output optical switch and ensure the verticality of the photoelectric IC output optical switch in the width direction by arranging the top end clamping module, can clamp the length direction of the photoelectric IC output optical switch and ensure the verticality of the photoelectric IC output optical switch in the length direction by arranging the bottom end clamping module, and ensures the parallelism between the bottom surface of the photoelectric IC output optical switch and the upper surface of the PCB because the verticality of the photoelectric IC output optical switch in the X, Y axis direction is ensured, thereby reducing the probability of the photoelectric IC output optical switch tilting during the chip mounting and further reducing the phenomenon of the photoelectric IC output optical switch during the reflow process.

摘要：【中文】本发明属于海洋工程技术领域，提供一种发电式海洋工程平台防风系统，包括一个运动滑轨和多个防风单元，防风单元包括运动底盘、转向装置、挡雨装置和防风装置。该装置利用风能转换为电能供给钻井平台使用同时能够减弱剩余风能对平台的影响，既能够实现风障的作用，又能够实现发电功能。方向传感器会随着风向的变化将信号传输到控制器，通过传动机构调节整体装置的方向确保迎风面始终对准风向。 【EN】The invention belongs to the technical field of ocean engineering, and provides a wind prevention system of a power generation type ocean engineering platform. The device utilizes wind energy conversion to supply the drilling platform with electric energy and use and can weaken the influence of remaining wind energy to the platform simultaneously, can enough realize the effect of windbreak, can realize the electricity generation function again. The direction sensor can transmit signals to the controller along with the change of the wind direction, and the direction of the whole device is adjusted through the transmission mechanism to ensure that the windward side is always aligned with the wind direction.

摘要：【中文】本发明公开了一种节能型防冻配电柜，它包括底座、箱体、滑轨、箱门、密封条、温控器、太阳能集热器、太阳跟踪装置、热循环风扇、循环泵、内嵌式控制面板、温控开关、门锁、水箱、热循环管路、保温材料。箱体和箱门内设有夹层，夹层内设有热循环管路，其内部循环介质水来源于水箱，经过顶部和侧面设置的太阳能集热器加热后在整个管路内通过循环泵的带动下循环，对整个箱体进行加热。内部设有循环风扇和温控装置，并与箱门上的控制开关和控制面板连接，箱门周边设有密封条。当外部天气寒冷温度过低时，温控装置能根据周围环境和内部温度控制循环装置进行热循环，保证箱体和箱门不会结冻，箱内电气元件不会造成的损坏。 【EN】The invention discloses an energy-saving anti-freezing power distribution cabinet which comprises a base, a box body, a sliding rail, a box door, a sealing strip, a temperature controller, a solar thermal collector, a solar tracking device, a thermal circulation fan, a circulating pump, an embedded control panel, a temperature control switch, a door lock, a water tank, a thermal circulation pipeline and a heat insulation material. Be equipped with the intermediate layer in box and the chamber door, be equipped with the thermal cycle pipeline in the intermediate layer, its inside circulation medium water derives from the water tank, and the solar collector heating back that sets up through top and side circulates under the drive of circulating pump in whole pipeline, heats whole box. The inside is provided with a circulating fan and a temperature control device, and is connected with a control switch and a control panel on the box door, and the periphery of the box door is provided with a sealing strip. When the cold temperature of outside weather was crossed low, temperature control device can carry out the thermal cycle according to surrounding environment and inside temperature control circulating device, guarantees that box and chamber door can not freeze, the damage that the incasement electrical component can not cause.

摘要：【中文】本发明公开了一种饮水设备，包括挤压罩、发热模块、手轮、驱动模块、传动模块、吸水系统、发电模块和连接卡套，挤压罩的上表面设置有手轮，挤压罩的下方通过连接卡套连接有发热模块，挤压罩内壁的顶端设置有驱动模块，驱动模块的下方设置有吸水系统。本发明通过设置发电模块，在使用者转动手轮时，可以产生电能，从而使加热丝发热，进而使水变热，通过设置阻水球，可以防止水流倒吸，通过采用吸水系统和发热模块，可以使水吸到吸水系统内，后不在回流，当下次需要喝水时，只需转动手轮即刻就可流出水，减少了等待的时间，通过整体的结构设置，解决了手压式饮水机只能将水压出，并不能向正常饮水机一样将水加热的问题。 【EN】The invention discloses drinking equipment which comprises an extrusion cover, a heating module, a hand wheel, a driving module, a transmission module, a water absorption system, a power generation module and a connecting clamping sleeve. According to the invention, the power generation module is arranged, when a user rotates the hand wheel, electric energy can be generated, so that the heating wire generates heat, and further water becomes hot, the water flow can be prevented from being sucked backwards by arranging the water blocking ball, water can be sucked into the water suction system by adopting the water suction system and the power generation module and then does not flow back, when water needs to be drunk next time, water can flow out immediately by only rotating the hand wheel, the waiting time is reduced, and through the integral structure arrangement, the problem that the hand-press type water dispenser can only press water out and cannot heat water as a normal water dispenser is solved.

摘要：【中文】本发明公开了一种光电子器件智能加工系统，基础装置、随行夹具、除尘装置、钻孔装置、打磨装置和上料装置。随机夹具将光电子器件夹紧并且沿着基础装置运动，上料装置将光电子器件从容器安装到随行夹具上，除尘钻孔装置对光电子器件的表面进行钻孔处理，打磨装置对钻孔完毕的光电子器件进行打磨处理，除尘装置将打磨灰尘回收、抑制灰尘。 【EN】The invention discloses an intelligent processing system for an optoelectronic device, which comprises a base device, a follow fixture, a dust removal device, a drilling device, a polishing device and a feeding device. The random fixture clamps the photoelectronic device and moves along the base device, the feeding device installs the photoelectronic device on the pallet, the dust removal drilling device performs drilling processing on the surface of the photoelectronic device, the polishing device performs polishing processing on the drilled photoelectronic device, and the dust removal device recovers polishing dust and inhibits dust.

摘要：【中文】本发明公开一种可移动的配电柜，包括配电柜底座，整体部分，助力移动车，配电柜底架，开合电器开关，风力发电系统，助力移动车，对于传统的配电柜，系统内部用电将依靠外部提供电力来源，在配电柜移动的过程中，通常采用整体拆卸机构或是分模块化将配电柜移至其他位置再进行安装，使用多名人力来完成此项工作，本发明在使用过程中拥有自身的发电系统，为配电柜自身的机械结构提供电力来源，拥有自己的助力移动车，在配电柜移动的过程中，减少人力的参与，安装简单方便，结构使用可靠。 【EN】The invention discloses a movable power distribution cabinet, which comprises a power distribution cabinet base, an integral part, a power-assisted moving vehicle, a power distribution cabinet base frame, an opening and closing electric appliance switch, a wind power generation system and a power-assisted moving vehicle.

摘要：【中文】本发明公开一种防漏电配电柜，包括配电柜底座、左侧支撑面板、配电柜前版、鼠药投放器、配电柜顶盖、横向排水槽、电器开关面板、固定插板、排线版、出线端头、支板、绝缘支座、纵向排水槽和监视面板，配电柜底部拥有纵向横向积水清理槽，顶部安装有可回收光伏系统，并安装有光伏系统清理机构，在配电柜内部拥有防触电机构，通过液压缸使控制使得配电柜通断情况。 【EN】The invention discloses an anti-creeping power distribution cabinet which comprises a power distribution cabinet base, a left side supporting panel, a power distribution cabinet front plate, a rodenticide dispenser, a power distribution cabinet top cover, a transverse drainage groove, an electric appliance switch panel, a fixed plug board, a wire arranging plate, a wire outlet end, a support plate, an insulating support, a longitudinal drainage groove and a monitoring panel, wherein the bottom of the power distribution cabinet is provided with a longitudinal and transverse accumulated water cleaning groove, the top of the power distribution cabinet is provided with a recyclable photovoltaic system and a photovoltaic system cleaning mechanism, the power distribution cabinet is internally provided with an anti-electric shock mechanism, and the power distribution cabinet is controlled.