摘要：【中文】空气防疫除病毒系统，属于空气净化器技术领域。由壳体的底部设有进气窗，进气窗上部分别设有纤维吸附过滤层和高压静电发生器及杀菌灯管。壳体的前上部设有安装孔分别与杀菌指示灯和风机指示灯连接固定，壳体的一端设有端盖，端盖的内部依次安装着重叠山峰式吸附过滤器和活性炭净化器及高压静电纤维吸附滤芯，活性炭净化器的出气口与风机的进气口连接固定，风机的出气口经消声板与壳体顶部的洁净空气出口相通。本发明主要用于家庭室内、学校教室、单位办公室、幼儿园教室、食品生产车间、各种会议室和医院病房等室内进行防疫杀菌除尘除霾除病毒类污染空气的净化处理。 【EN】Air epidemic prevention virus removal system belongs to air purifier technical field. The bottom of the shell is provided with an air inlet window, and the upper part of the air inlet window is respectively provided with a fiber adsorption filter layer, a high-voltage electrostatic generator and a sterilizing lamp tube. The front upper part of the shell is provided with a mounting hole which is respectively connected and fixed with a sterilization indicator light and a fan indicator light, one end of the shell is provided with an end cover, an overlapped peak type adsorption filter, an active carbon purifier and a high-voltage electrostatic fiber adsorption filter element are sequentially installed inside the end cover, the air outlet of the active carbon purifier is connected and fixed with the air inlet of the fan, and the air outlet of the fan is communicated with a clean air outlet at the top of the shell through a silencing plate. The invention is mainly used for purifying air polluted by epidemic prevention, sterilization, dust removal, haze removal and virus removal in rooms such as family rooms, classrooms of schools, office rooms of units, classrooms of kindergartens, food production workshops, various meeting rooms, hospital wards and the like.

摘要：【中文】本发明涉及一种低能耗型弱酸性水用胶凝复合滤芯材料的制备方法，属于滤材技术领域。在本发明技术方案中，通过将将无机粒子氧化石墨烯与温敏性聚合物N，N’‑双（丙烯酰）胱胺交联制备凝胶材料，与气凝胶材料进行有效的结合和包覆，进一步吸附有机混合酸材料以小颗粒形式存在于复合气凝胶材料表面及孔隙中，制备的复合气凝胶具有较大的比表面积，且吸附性能很强，同时由于在解吸过程中，毛细孔将首先在对应于有效半径的相对压力下发生解凝，而多孔材料的解凝是从大化道到小孔道依次发生的，吸附与解吸过程不完全可逆，所以本发明技术方案中解吸至弱酸性水材料的时候有效改善制备效率，进一步降低制备弱酸性水材料的制备能耗。 【EN】The invention relates to a preparation method of a low-energy-consumption type weakly acidic water gelling composite filter element material, belonging to the technical field of filter materials. In the technical scheme of the invention, inorganic particle graphene oxide and temperature-sensitive polymer N, N' -bi (acryloyl) cystamine are crosslinked to prepare a gel material, the gel material is effectively combined and coated with an aerogel material, and an organic mixed acid material is further adsorbed to exist on the surface and in pores of the composite aerogel material in a small particle form, so that the prepared composite aerogel has a large specific surface area and high adsorption performance, and meanwhile, in a desorption process, pores are firstly subjected to de-condensation under relative pressure corresponding to an effective radius, the de-condensation of a porous material is sequentially generated from a large channel to a small channel, and the adsorption and desorption processes are not completely reversible, so that the preparation efficiency is effectively improved when the porous material is desorbed to a weakly acidic water material in the technical scheme of the invention, and the preparation energy consumption for preparing the weakly acidic water material is further reduced.

摘要：【中文】本发明涉及一种光、热双控的液晶物理凝胶的制备方法，属于软物质材料技术领域。本发明将金属银纳米结构引入到稀土掺杂的小分子液晶中，将改性小分子液晶溶胀到陶瓷纤维‑二氧化硅/聚甲基丙烯酸酯聚合物中制备出一种光、热双控的液晶物理凝胶；金属纳米结构的存在促进了荧光物质的光分解，入射场强度增加，在合适的金属结构条件下，荧光分子辐射衰减速率提高，非辐射衰减的能量损耗降低，荧光物质的激发态寿命改变，从而使得发光效率提高；陶瓷纤维的添加，能充分提高液晶物理凝胶的抗剪切能力。 【EN】The invention relates to a preparation method of a liquid crystal physical gel with optical and thermal double control, belonging to the technical field of soft material. The invention introduces a metal silver nano structure into a rare earth doped micromolecular liquid crystal, and swells the modified micromolecular liquid crystal into a ceramic fiber-silicon dioxide/polymethacrylate polymer to prepare a liquid crystal physical gel with optical and thermal double control; the existence of the metal nano structure promotes the photodecomposition of the fluorescent substance, the intensity of an incident field is increased, the radiation attenuation rate of fluorescent molecules is improved under the condition of a proper metal structure, the energy loss of non-radiation attenuation is reduced, the excited state life of the fluorescent substance is changed, and therefore the luminous efficiency is improved; the addition of the ceramic fiber can fully improve the shear resistance of the liquid crystal physical gel.

摘要：【中文】空气增氧净化保健机，属于空气净化器技术领域。包括三档转换开关的中间输出接点用导线与日光灯管的电源输入插座或电源输入接点连接固定，日光灯管经座架与后盖板侧部的滤芯室内壁平面连接固定，日光灯管的外周与光触媒管套的内壁表面接触或连接固定，后盖板由后左盖板和后右盖板组成，后左盖板和后右盖板的外周内平面与壳体的后口边缘安装平面连接固定。壳体中段处的内周表面设有凹槽，凹槽内与中间隔板的上下边缘和前边缘咬合连接固定。本发明主要用于家庭室内、学校教室、单位办公室、幼儿园教室、食品生产车间、各种会议室和医院病房科室对室内进行空气增氧、除尘、除甲醛、杀菌消毒等污染空气的净化处理。 【EN】An air oxygenation and purification health care machine belongs to the technical field of air purifiers. The middle output contact of the three-gear change-over switch is fixedly connected with a power input socket or a power input contact of the fluorescent tube by a lead, the fluorescent tube is fixedly connected with the inner wall plane of the filter element chamber at the side part of the back cover plate by a seat frame, the periphery of the fluorescent tube is contacted or fixedly connected with the inner wall surface of the photocatalyst pipe sleeve, the back cover plate consists of a back left cover plate and a back right cover plate, and the inner planes of the peripheries of the back left cover plate and the back right cover plate are fixedly connected with the edge mounting plane of the back opening of the shell. The inner peripheral surface of the middle section of the shell is provided with a groove, and the groove is fixedly connected with the upper edge, the lower edge and the front edge of the middle partition board in an occlusion way. The invention is mainly used for purifying polluted air such as aeration, dust removal, formaldehyde removal, sterilization and the like in rooms of families, classrooms of schools, office units, classrooms of kindergartens, food production workshops, various meeting rooms and ward and department rooms of hospitals.

摘要：【中文】本发明公开了一种汽车空气滤芯吹洗装置及方法，包括支架，支架上装配有转动机构和气管，转动机构包括螺杆、与螺杆螺纹连接的轴承螺母以及固定连接于轴承螺母外壁的旋转轮，旋转轮上靠近周缘处对称设置有用于夹持空气滤芯的夹持件；气管包括第一气管主路和气管外支路，气管外支路与螺杆并列设置，气管外支路转动连接于第一气管主路的上，第一气管主路的下端连通气泵，气管外支路外壁上、下部分别固定套设有第一小齿轮、第二小齿轮，气管外支路上至少设置有一个斜对空气滤芯外侧壁的第一气嘴，通过高气压吹空气滤芯使得空气滤芯自动上下反复运动，空气滤芯得到充分均匀吹洗，提高清洗效果及清洗效率。 【EN】The invention discloses a purging device and a purging method for an automobile air filter element, and the purging device comprises a bracket, wherein a rotating mechanism and an air pipe are assembled on the bracket, the rotating mechanism comprises a screw rod, a bearing nut in threaded connection with the screw rod and a rotating wheel fixedly connected to the outer wall of the bearing nut, and clamping pieces for clamping the air filter element are symmetrically arranged on the rotating wheel close to the periphery; the air pipe comprises a first air pipe main path and an air pipe outer branch path, the air pipe outer branch path is arranged in parallel with the screw rod, the air pipe outer branch path is rotatably connected to the first air pipe main path, the lower end of the first air pipe main path is communicated with the air pump, a first small gear and a second small gear are fixedly sleeved on the outer wall of the air pipe outer branch path and the lower portion of the outer branch path respectively, at least one first air nozzle which is obliquely opposite to the outer side wall of the air filter element is arranged on the air pipe outer branch path, the air filter element is blown by high air pressure to enable the air filter element to automatically move up and down repeatedly, the air filter element.