当前查询到69条专利与查询词 "Zhu Jiansheng"相关,搜索用时0.750017秒!排序方式:
发明专利:43实用新型: 20外观设计: 6
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申请号:201910992704.4 公开号:CN110853289A 主分类号:G08B19/00
摘要:【中文】本发明涉及安防技术领域,提供一种兼具电气火灾报警与防盗报警的双防报警装置,包括防盗报警系统,还包括电气火灾探测单元、MCU主控模块、控制面板、探测状态显示电路和RS232总线通讯电路,所述电气火灾探测单元输出端均与MCU主控模块输入端相连接,所述控制面板与MCU主控模块输入端相连接,所述MCU主控模块连接并控制探测状态显示电路,所述防盗报警系统的报警主机设有总线通讯口,所述MCU主控模块经RS232总线通讯电路与防盗报警系统的报警主机的总线通讯口通信连接。本发明解决了电气火灾报警系统和防盗报警系统两者同时安装布线复杂、成本高、安装使用不便的问题。 【EN】The invention relates to the technical field of security and protection, and provides a double-prevention alarm device with both electrical fire alarm and anti-theft alarm, which comprises an anti-theft alarm system, and further comprises an electrical fire detection unit, an MCU (microprogrammed control unit) main control module, a control panel, a detection state display circuit and an RS232 bus communication circuit, wherein the output end of the electrical fire detection unit is connected with the input end of the MCU main control module, the control panel is connected with the input end of the MCU main control module, the MCU main control module is connected with and controls the detection state display circuit, an alarm host of the anti-theft alarm system is provided with a bus communication port, and the MCU main control module is in communication connection with a bus communication port of an alarm host of the anti-. The invention solves the problems of complex installation and wiring, high cost and inconvenient installation and use of the electrical fire alarm system and the anti-theft alarm system.
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申请号:201911198801.2 公开号:CN110927449A 主分类号:G01R23/02
摘要:【中文】本发明公开基于STATCOM的注入式次同步振荡频率在线监测方法、系统和电力系统;其中,注入式次同步振荡频率在线监测方法用于包括静止同步补偿器STATCOM电路、发电站和主电网的电力系统;该注入式次同步振荡频率在线监测方法,包括:通过STATCOM电路向电力系统注入不同电流频率的参考电流;监测不同电流频率的参考电流所引发的发电站侧的电气量信息,以及主电网侧的电气量信息;根据发电站侧的电气量信息和主电网侧的电气量信息,计算每个电流频率对应的系统总等值阻抗;根据系统总等值阻抗与电流频率的对应关系,确定电力系统的次同步振荡频率。本发明的技术方案旨在解决现有技术中难以对电力系统中的次同步振荡进行定量分析的问题。 【EN】The invention discloses an injection type subsynchronous oscillation frequency online monitoring method, system and power system based on STATCOM; the injection type subsynchronous oscillation frequency online monitoring method is used for a power system comprising a static synchronous compensator STATCOM circuit, a power station and a main power grid; the injection type subsynchronous oscillation frequency online monitoring method comprises the following steps: injecting reference currents with different current frequencies into the power system through the STATCOM circuit; monitoring electric quantity information of a power station side and electric quantity information of a main power grid side caused by reference currents with different current frequencies; calculating the total equivalent impedance of the system corresponding to each current frequency according to the electric quantity information of the power station side and the electric quantity information of the main power grid side; and determining the subsynchronous oscillation frequency of the power system according to the corresponding relation between the total equivalent impedance of the system and the current frequency. The technical scheme of the invention aims to solve the problem that the subsynchronous oscillation in the power system is difficult to perform quantitative analysis in the prior art.
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申请号:202010058062.3 公开号:CN111216957A 主分类号:B65B35/44
申请人:【中文】温州兄弟机械有限公司【EN】WENZHOU BROTHER MACHINERY Co.,Ltd. 申请日:2020.01.18 公开日:2020.06.02
摘要:【中文】本发明公开了一种自动装箱机,其技术方案要点包括机架,所述机架上设置有送杯装置、移杯装置、送箱装置,所述送杯装置包括产品运输带、安装于产品运输带进料一端的分隔件、安装于产品运输带出料一端的架杯机构;所述架杯机构包括位于产品运输带上侧的挡板、多个间隔连接于挡板朝向分隔件一侧的架板,相邻所述架板之间具有供杯装饮料卡入并待移取至包装箱内的待定区,所述待定区正对于相对应的分隔区,所述架板上侧贴合于杯装饮料凸边下侧而将其架起。架杯机构可将杯装饮料架起,使其不会因产品运输带的带动而倒杯。该自动化装箱机适用于杯装饮料的自动装箱,节约人力成本。 【EN】The invention discloses an automatic box filling machine which is characterized by comprising a rack, wherein a cup feeding device, a cup moving device and a box feeding device are arranged on the rack, and the cup feeding device comprises a product conveying belt, a separator arranged at the feeding end of the product conveying belt and a cup frame mechanism arranged at the discharging end of the product conveying belt; frame cup mechanism is including the baffle, a plurality of interval connection that are located product conveyer belt upside in the baffle towards the frame plate of separator one side, adjacent it supplies cup dress beverage card to go into and treat to move to the pending district in the packing box to have between the frame plate, treat that the district is just to corresponding partition area, the frame plate upside is laminated in cup dress beverage chimb downside and has erect it. The cup supporting mechanism can support the cup-contained beverage, so that the cup can not be poured due to the driving of the product conveying belt. The automatic boxing machine is suitable for automatic boxing of cup-packed beverages, and saves labor cost.
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申请号:202010043294.1 公开号:CN111236384A 主分类号:E03F1/00
摘要:【中文】本发明公开了一种面向陡峭石质山体的雨水外集内蓄系统构建方法,针对由于坡度陡峭而无法进行雨水集蓄的石质山体,自山顶而下构建集雨面、汇流沟、沉淀池和蓄水池;其中,所述集流面直接采用陡峭石质山体的自然坡地;所述汇流沟包括农沟、斗沟、支沟、干沟并构成树形分支结构;所述农沟纵向呈等高线分布,横向呈倒坡,若干农沟汇流至斗沟,若干斗沟汇流至支沟,若干支沟汇流至干沟,干沟通向沉淀池;所述沉淀池位于汇流沟的末端和蓄水窖的前端;所述蓄水窖依照深挖洞、广集水、年调节、常供水的标准,采用岩体开挖的作业方法构建于山体内部。本发明实现了对陡峭石质山体水利开发技术瓶颈的突破。 【EN】The invention discloses a construction method of a rainwater external-collection internal-storage system for a steep rocky mountain, which is used for constructing a rainwater collection surface, a confluence ditch, a sedimentation tank and a reservoir from the top of a mountain aiming at the rocky mountain with steep slope and incapable of rainwater collection and storage; wherein, the collecting surface directly adopts a natural slope of a steep stone mountain; the confluence ditch comprises a farm ditch, a bucket ditch, branch ditches and a trunk ditch and forms a tree-shaped branch structure; the agricultural ditches are longitudinally distributed in a contour line and transversely form an inverted slope, a plurality of agricultural ditches are converged to the bucket ditches, a plurality of bucket ditches are converged to the branch ditches, a plurality of branch ditches are converged to the trunk ditches, and the trunk ditches are led to the sedimentation tank; the sedimentation tank is positioned at the tail end of the confluence ditch and the front end of the water storage cellar; the water storage cellar is built inside a mountain body by adopting a rock excavation operation method according to the standards of deep excavation, wide water collection, annual adjustment and normal water supply. The invention realizes the breakthrough of the technical bottleneck of water conservancy development of steep rocky mountains.
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申请号:202010008149.X 公开号:CN111145426A 主分类号:G07D11/00
摘要:【中文】本发明提供一种薄片类介质集积分离装置及现金循环处理设备,涉及自助设备技术领域,为解决相关技术提供的集积分离装置容易使钞票产生折边或破损的问题而设计。该薄片类介质集积分离装置包括机架、托板和拨纸机构,机架设置有容纳腔,沿薄片类介质堆叠方向,容纳腔的一端设置有入纸口,另一端设置有出纸口和分离机构;托板可沿薄片类介质堆叠方向运动且具有出纸位置和接收位置;拨纸机构邻近所述出纸口设置,拨纸机构被配置为驱动薄片类介质向容纳腔内且远离出纸口的方向运动。该现金循环处理设备包括上述薄片类介质集积分离装置。本发明提供的薄片类介质集积分离装置及现金循环处理设备能够避免钞票在托板向接收位置运动时产生折边或破损。 【EN】The invention provides a sheet medium collecting and separating device and cash recycling equipment, relates to the technical field of self-service equipment, and aims to solve the problem that a banknote is easily folded or damaged by the collecting and separating device in the related technology. The sheet medium collecting and separating device comprises a rack, a supporting plate and a paper shifting mechanism, wherein the rack is provided with an accommodating cavity, one end of the accommodating cavity is provided with a paper inlet, and the other end of the accommodating cavity is provided with a paper outlet and a separating mechanism; the supporting plate can move along the stacking direction of the sheet-like media and is provided with a paper outlet position and a receiving position; the paper shifting mechanism is arranged close to the paper outlet and is configured to drive the sheet-like medium to move towards the accommodating cavity and away from the paper outlet. The cash recycling device comprises the sheet medium stacking and separating device. The invention provides a sheet medium collecting and separating device and cash recycling equipment, which can prevent the generation of folded edges or damage when a supporting plate moves to a receiving position.
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申请号:202010042235.2 公开号:CN111149656A 主分类号:A01G25/00
摘要:【中文】本发明公开了一种山地分散式集流储水补灌造林系统,包括分散预埋于山地土壤内的若干用于收集地表径流并将其储存的储水装置,于同一水平面上的储水装置的储水腔经连通管两两连通,苗木穿过相对应的储水装置种植于土壤内,所述储水装置具有在苗木缺水时用于将其内收集的雨水供给苗木的自动出水补灌单元。本发明具有结构简单,便于操作、集流效率高、节水、省时、省力、成本低的特点,加强了干旱缺水山区苗木的抗旱能力,并提高其生长质量,促进山区生态修复与生态产业发展。本发明适用于雨水集蓄节灌的小型水利工程设备技术领域,主要应用于野外雨水集蓄与苗木需水的补灌。 【EN】The invention discloses a mountain land distributed type flow concentration water storage and supplement afforestation system which comprises a plurality of water storage devices which are dispersedly pre-buried in mountain land soil and used for collecting surface runoff and storing the surface runoff, wherein water storage cavities of the water storage devices on the same horizontal plane are communicated in pairs through communicating pipes, nursery stocks penetrate through the corresponding water storage devices and are planted in the soil, and the water storage devices are provided with automatic water outlet and supplement irrigation units which are used for supplying rainwater collected in the nursery stocks to the nursery stocks when the nursery stocks are lack of water. The invention has the characteristics of simple structure, convenient operation, high current collecting efficiency, water saving, time saving, labor saving and low cost, strengthens the drought resistance of the nursery stock in the arid and water-deficient mountainous area, improves the growth quality of the nursery stock, and promotes the ecological restoration and the ecological industry development of the mountainous area. The invention is suitable for the technical field of small-sized hydraulic engineering equipment for rainwater collection, storage and water-saving irrigation, and is mainly applied to field rainwater collection and storage and water-requiring irrigation of nursery stocks.
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申请号:202010054121.X 公开号:CN111149450A 主分类号:A01B49/04
摘要:【中文】本发明公开了一种利用荆条灌丛提升土石山区水源涵养能力的装置,包括安装于车体上并伸出车体的架体,于所述架体上枢接有向地面延伸的导轨,于所述导轨与架体之间装配有角度调节机构,于导轨上滑动连接有用于地面掘进和荆条粉碎回填的挖掘回填机构。本发明改善土石山区水源涵养能力,且适于不同坡面上的竖向旋挖,并将荆条、树叶等粉碎回填入钻孔内。本发明适用于生态修复的技术领域。 【EN】The invention discloses a device for improving the water source conservation capacity of an earth-rock mountain area by utilizing a chaste tree twig bush, which comprises a frame body arranged on a vehicle body and extending out of the vehicle body, wherein a guide rail extending towards the ground is pivoted on the frame body, an angle adjusting mechanism is assembled between the guide rail and the frame body, and an excavating and backfilling mechanism for ground excavation and chaste tree twig crushing and backfilling is connected on the guide rail in a sliding manner. The invention improves the water conservation capability of the earth-rock mountain area, is suitable for vertical rotary digging on different slopes, and crushes and backfills the chaste tree twigs, leaves and the like into the drilled holes. The invention is suitable for the technical field of ecological restoration.
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申请号:202010054109.9 公开号:CN111133861A 主分类号:A01B79/00
摘要:【中文】本发明公开了一种利用荆条灌丛加快土石山区次生灌丛群落向乔木顶级群落演替的方法,一方面保留或引进荆条灌丛群落,发挥荆条灌丛群落在地区生态修复过程中的天然效用,另一方面针对荆条灌丛群落在水源涵养功能方面的劣势,对荆条灌丛进行系统化人工干预,以改善土壤理化性质并提高水源涵养能力,加快土石山区生态修复进程。 【EN】The invention discloses a method for accelerating succession of secondary shrub communities in an earth-rocky mountain area to arbor top-level communities by utilizing vitex shrubs, which is characterized in that on one hand, the vitex shrub communities are reserved or introduced to play the natural effect of the vitex shrubs in the area ecological restoration process, and on the other hand, systematic manual intervention is performed on the vitex shrubs aiming at the disadvantage that the vitex shrubs fall in the aspect of the water source restoration function, so that the soil physicochemical property is improved, the water source restoration capability is improved, and the process of ecological restoration in the earth-rocky mountain area is accelerated.
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申请号:201911074181.1 公开号:CN110847680A 主分类号:E04H12/10
摘要:【中文】一种钢管塔平面K型相贯节点结构,主要包括主管及焊接在主管上的第一支管和第二支管,且所述主管、第一支管及第二支管呈K形设置,所述第一支管及第二支管的管体外缘上分别轴向设置有支管环板,所述主管上对应于支管环板的位置轴向设置有主管鞍板,所述第一支管及第二支管上的支管环板分别与主管上对应一侧的主管鞍板固定连接,所述第一支管上的支管环板通过节点板与第二支管上的支管环板固定连接;所述主管鞍板为扇形板,且所述主管鞍板轴向焊接在主管的管体外缘上;所述支管环板为环形板,支管环板分别对应轴向焊接在第一支管及第二支管的管体外缘上。 【EN】A planar K-shaped intersecting node structure of a steel pipe tower mainly comprises a main pipe, and a first branch pipe and a second branch pipe welded on the main pipe, wherein the main pipe, the first branch pipe and the second branch pipe are arranged in a K shape; the main pipe saddle plate is a fan-shaped plate, and the main pipe saddle plate is axially welded on the outer edge of the main pipe body; the branch pipe annular plate is an annular plate, and the branch pipe annular plate is respectively welded on the outer edges of the pipe bodies of the first branch pipe and the second branch pipe in the corresponding axial direction.
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申请号:202010034181.5 公开号:CN110851432A 主分类号:G06F16/215
摘要:【中文】本申请提供一种基于弹性分布式数据模型的多维度信息提取方法及装置,方法包括:获取第一预设格式的数据;利用弹性分布式数据模型对第一预设格式的数据进行数据处理;将数据处理后的数据依据维度进行数据标注;根据数据标注的结果生成数据维度表,以完成对第一预设格式的数据的信息提取。因此,可以根据网页数据以及业务数据得到第一预设格式的数据,然后利用弹性分布式数据模型对上述数据进行数据处理最终实现对网页数据以及业务数据的信息提取。其中,利用弹性分布式数据模型进行信息提取时,可以对海量的数据进行操作,从而增加信息提取的工作效率;同时,具有强大的复原能力,可以实现多维度的信息提取,从而充分展示数据之间的关联性。 【EN】The application provides a multi-dimensional information extraction method and device based on an elastic distributed data model, wherein the method comprises the following steps: acquiring data in a first preset format; performing data processing on the data in the first preset format by using an elastic distributed data model; carrying out data annotation on the data after data processing according to the dimension; and generating a data dimension table according to the result of the data labeling so as to finish the information extraction of the data in the first preset format. Therefore, data in a first preset format can be obtained according to the webpage data and the service data, and then the data is processed by using the elastic distributed data model, so that information extraction of the webpage data and the service data is finally realized. When the elastic distributed data model is used for information extraction, massive data can be operated, and therefore the working efficiency of information extraction is improved; meanwhile, the method has strong resilience, and can realize multi-dimensional information extraction, thereby fully displaying the relevance between data.
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