摘要：【中文】本发明涉及一种基于长短时程突触互补神经元网络的边缘检测方法。构建具有长短时程突触互补特性的神经元网络，包括颜色拮抗加权编码、放电时间编码和长短时程突触互补编码模块。在颜色拮抗加权编码模块中，对待测图像的颜色拮抗通道进行加权编码；在放电时间编码模块中，实现对加权编码响应的放电时间编码；在长短时程突触互补编码模块中，基于神经元群放电活动时空依赖性和同步放电特性实现长短时程突触可塑性编码，并实现长短时程突触的结果互补融合，通过对时间信息流编码得到边缘响应；经归一化和灰度映射处理得到最终边缘结果。本发明考虑边缘检测过程中，长短时程突触可塑性的互补作用，对于背景复杂、弱边缘较多的图像有较好的检测效果。 【EN】The invention relates to an edge detection method based on a long-time-range synapse complementary neuron network. And constructing a neuron network with long-and-short-time-range synapse complementation characteristics, wherein the neuron network comprises a color antagonism weighted coding module, a discharge time coding module and a long-and-short-time-range synapse complementation coding module. In a color antagonism weighted coding module, carrying out weighted coding on a color antagonism channel of an image to be detected; in the discharge time coding module, realizing discharge time coding of weighted coding response; in the long-short time interval synapse complementary coding module, long-short time interval synapse plasticity coding is realized based on the discharge activity space-time dependency and synchronous discharge characteristics of a neuron group, the complementary fusion of the long-short time interval synapse result and the short-short time interval synapse result are realized, and edge response is obtained by coding a time information stream; and obtaining a final edge result through normalization and gray mapping processing. The method considers the complementation of the long-time and short-time synaptic plasticity in the edge detection process, and has a good detection effect on images with complex backgrounds and more weak edges.

摘要：【中文】本发明涉及重整催化剂还原尾气净化回收系统。包括催化剂还原尾气管路、反应器、回收罐、燃料气回收管线、碱液管线、碱液泵、凝结水注水线；所述催化剂还原尾气管路尾端与反应器一侧底端连接，在催化剂还原尾气管路的上方与所述催化剂还原尾气管路同方向的反应器上设有碱液管线；所述碱液管线一端端部设有碱液泵，另一端连接在反应器侧壁；所述碱液管线上设有凝结水注水线，凝结水注水线端部设有凝结水注水泵；所述反应器底部设有排液线，排液线上设有阀门并连接至污水网；本发明采用碱洗方式，节省成本的同时，无需考虑产生产生的废物，相对吸附塔式的净化方式，反应器能更环保；此改造不但减少了氯化氢对装置管线的腐蚀，更能回收燃料气能源。 【EN】The invention relates to a system for purifying and recovering a reduction tail gas of a reforming catalyst. Comprises a catalyst reduction tail gas pipeline, a reactor, a recovery tank, a fuel gas recovery pipeline, an alkali liquor pump and a condensed water injection line; the tail end of the catalyst reduction tail gas pipeline is connected with the bottom end of one side of the reactor, and an alkali liquor pipeline is arranged on the reactor above the catalyst reduction tail gas pipeline and in the same direction as the catalyst reduction tail gas pipeline; an alkali liquor pump is arranged at one end of the alkali liquor pipeline, and the other end of the alkali liquor pipeline is connected to the side wall of the reactor; a condensed water filling line is arranged on the alkali liquor pipeline, and a condensed water filling pump is arranged at the end part of the condensed water filling line; a liquid discharge line is arranged at the bottom of the reactor, and a valve is arranged on the liquid discharge line and is connected to a sewage net; the invention adopts an alkali washing mode, saves the cost, does not need to consider the generated waste, and is more environment-friendly compared with an adsorption tower type purification mode; the modification not only reduces the corrosion of hydrogen chloride to the device pipeline, but also can recover the fuel gas energy.

摘要：【中文】本发明涉及脱戊烷塔脱盐防腐系统，用于除去脱戊烷塔中铵盐结晶。包括脱戊烷塔、所述脱戊烷塔一侧侧壁上连接进料线，所述进料线一端连接脱戊烷塔，另一端与脱氯罐底端连接，在脱氯罐与脱戊烷塔之间的进料线上设有换热器，脱戊烷塔底部通过管线连接至换热器内，换热器出水管设分支，一条所述分支管线连接至液化气吸收罐，另一条分支管线连接至不合格储罐；所述换热器上通过管线设有导淋阀组，在导淋阀组连接口通过管线连接计量泵。本发明关键在于在线小流量注水除掉氯化铵结晶；从而恢复C201的分离精度问题，使塔不波动样品合格。减少氯化铵的形成；优点是在线注水不用停工处理，可以随时注水除结晶。利于装置长、稳、优的运行。 【EN】The invention relates to a desalting and corrosion preventing system of a depentanizer, which is used for removing ammonium salt crystals in the depentanizer. The device comprises a depentanizer, wherein a feeding line is connected to the side wall of one side of the depentanizer, one end of the feeding line is connected with the depentanizer, the other end of the feeding line is connected with the bottom end of a dechlorination tank, a heat exchanger is arranged on the feeding line between the dechlorination tank and the depentanizer, the bottom of the depentanizer is connected into the heat exchanger through a pipeline, a water outlet pipe of the heat exchanger is provided with branches, one branch pipeline is connected to a liquefied gas absorption tank, and the other branch pipeline is connected to an unqualified; and the heat exchanger is provided with a guide shower valve group through a pipeline, and a connecting port of the guide shower valve group is connected with a metering pump through a pipeline. The key point of the invention is that the ammonium chloride crystal is removed by on-line small-flow water injection; thereby recovering the separation precision problem of C201 and ensuring that the sample without fluctuation of the tower is qualified. Reducing the formation of ammonium chloride; the advantages are that the water is injected on line without shutdown treatment, and the water can be injected at any time to remove the crystal. Is beneficial to the long, stable and excellent operation of the device.