摘要：【中文】本申请提出一种缴税支付方法、装置、电子设备和存储介质，其中，方法应用于清算机构，包括：获取第一账户机构发送的缴税标识信息；将缴税标识信息发送至税务机构进行查询，接收税务机构反馈与缴税标识信息对应的待缴税信息；将待缴税信息发送给第一账户机构，接收第一账户机构发送的支付请求；将支付请求发送至第二账户机构进行处理，根据第二账户机构反馈的支付结果与税务机构进行信息确认，获取缴税回执信息；将缴税回执信息发送至第一账户机构，以使第一账户机构根据缴税回执信息生成缴税支付结果发送给用户终端。由此，清算机构分别与第一账户、第二账户以及税务机构进行信息交互确认获取缴税回执信息，提高缴税支付效率。 【EN】The application provides a payment method, a payment device, an electronic device and a storage medium for paying taxes, wherein the method is applied to a clearing mechanism and comprises the following steps: acquiring tax payment identification information sent by a first account mechanism; sending the tax payment identification information to a tax institution for inquiry, and receiving tax information to be paid corresponding to the tax payment identification information fed back by the tax institution; the method comprises the steps that tax information to be paid is sent to a first account mechanism, and a payment request sent by the first account mechanism is received; sending the payment request to a second account mechanism for processing, and confirming information with the tax institution according to a payment result fed back by the second account mechanism to obtain tax payment receipt information; and sending the tax payment receipt information to the first account mechanism so that the first account mechanism generates a tax payment result according to the tax payment receipt information and sends the tax payment result to the user terminal. Therefore, the clearing mechanism respectively performs information interaction with the first account, the second account and the tax institution to confirm and acquire tax payment receipt information, and the tax payment efficiency is improved.

摘要：【中文】本发明涉及一种自动流入控制装置及管柱。所述控制装置包括上壳体、下壳体和碟片，所述上壳体设有流体入口，所述上壳体与所述下壳体之间设有腔体，所述流体入口与所述腔体之间设有流体通道，所述碟片适于在所述腔体内浮动，所述腔体的侧面设有流体出口。管柱包括封隔介质和所述自动流入控制装置，所述管柱内设有若干节所述开孔基管相连接的所述自动流入控制装置，每相邻两节所述自动流入控制装置之间设有所述封隔介质。本发明具有抗堵塞、耐大压差、防结垢的优点，尤其适于非均质强、底水锥进快、含水率高的油田开采中。 【EN】The invention relates to an automatic inflow control device and a tubular column. The control device comprises an upper shell, a lower shell and a disc, wherein the upper shell is provided with a fluid inlet, a cavity is arranged between the upper shell and the lower shell, a fluid passage is arranged between the fluid inlet and the cavity, the disc is suitable for floating in the cavity, and a fluid outlet is arranged on the side surface of the cavity. The tubular column comprises packing media and the automatic inflow control devices, a plurality of sections of the automatic inflow control devices connected with the perforated base pipe are arranged in the tubular column, and the packing media are arranged between every two adjacent sections of the automatic inflow control devices. The invention has the advantages of anti-blocking, large pressure difference resistance and anti-scaling, and is particularly suitable for the exploitation of oil fields with strong heterogeneity, fast bottom water coning and high water content.

摘要：【中文】本发明公开了一种去除水中放射性核素锶的方法,该方法包括BAC工艺出水水质的测定，BAC工艺使用过的活性炭样品的测试、表征、以及实际应用步骤。本发明不需对BAC工艺进行改建或增加预处理、后处理等步骤，节省能源、实现了BAC工艺使用过的活性炭的原位再利用；利用BAC工艺去除水中放射性核素锶(Sr)的方法得以充分考虑传统水处理的实际因素，尽而达到物尽其用以及节约资源的目的。与单独的处理工艺相比，该方法与传统水处理工艺相结合，成本低，环境友好、经济效益好且节约资源，对推动社会可持续发展具有积极的意义。 【EN】The invention discloses a method for removing radionuclide strontium in water, which comprises the steps of measuring the effluent quality of a BAC process, and testing, characterizing and actually applying an activated carbon sample used by the BAC process. The method does not need to reconstruct the BAC process or add steps of pretreatment, post-treatment and the like, saves energy, and realizes the in-situ recycling of the activated carbon used by the BAC process; the method for removing the radionuclide strontium (Sr) in the water by utilizing the BAC process can fully consider the practical factors of the traditional water treatment, thereby achieving the purposes of making the best use of the materials and saving resources. Compared with a single treatment process, the method is combined with the traditional water treatment process, has low cost, is environment-friendly, has good economic benefit, saves resources and has positive significance for promoting social sustainable development.