摘要：【中文】本发明公开了一种数据存储方法、装置，所述方法包括：将实时获取的目标数据进行切片后，得到所述目标数据的多个数据碎片；在所述目标数据的各个数据碎片中植入与所述目标数据相应的DNA标志；将所述目标数据的各个数据碎片分别存储于多个存储节点中；当接收到数据请求指令时，获取所述数据请求指令对应的DNA标志；查询各个存储节点中包含所述数据请求指令对应的DNA标志的数据碎片，并将查询得到的数据碎片进行重组后反馈。采用上述方案，无需对数据进行加密和解密的操作，减小的计算负担；通过数据切片后去中心化存储，依据DNA标志进行验证控制是否进行数据反馈，极大的提升了数据存储的安全性能。 【EN】The invention discloses a data storage method and a data storage device, wherein the method comprises the following steps: slicing target data acquired in real time to obtain a plurality of data fragments of the target data; implanting DNA marks corresponding to the target data into each data fragment of the target data; respectively storing each data fragment of the target data in a plurality of storage nodes; when a data request instruction is received, acquiring a DNA mark corresponding to the data request instruction; and inquiring data fragments containing the DNA marks corresponding to the data request instructions in each storage node, and recombining the inquired data fragments for feedback. By adopting the scheme, the data do not need to be encrypted and decrypted, so that the calculation burden is reduced; the data is sliced and then stored in a centralized mode, whether data feedback is carried out or not is verified and controlled according to the DNA marks, and the safety performance of data storage is greatly improved.

摘要：【中文】本发明提供了一种单晶涡轮转子叶片榫头堵盖装配结构，该结构包括叶片榫头(1)、进气孔(2)、梯形槽(3)以及堵盖(4)；所述梯形槽(3)设于进气孔(2)的孔口。本发明所提供的单晶涡轮转子叶片榫头堵盖装配结构，结构简单，无需热处理或滚压等大型设备，只需在钳工台上就可完成装配，成本低，操作简单，装配效率高。 【EN】The invention provides a blade tenon plugging cover assembling structure of a single crystal turbine rotor, which comprises a blade tenon (1), an air inlet (2), a trapezoidal groove (3) and a plugging cover (4); the trapezoidal groove (3) is arranged at the hole opening of the air inlet hole (2). The tenon plug assembling structure of the single crystal turbine rotor blade, provided by the invention, has a simple structure, can be assembled only on a bench without large-scale equipment such as heat treatment or rolling, and is low in cost, simple to operate and high in assembling efficiency.

摘要：【中文】本发明提供了一种带降温功能的醒酒器，包括瓶体、隔层、加冰口和加酒口，瓶体内中间区域设置隔层，隔层将瓶体内部分隔成两个相互独立的容置空间，其中一个容置空间设置为用于放置酒液的醒酒瓶，另一个容置空间设置为用于放置冰块的加冰瓶，使用时酒液从加酒口倒入醒酒瓶在醒酒瓶中进行醒酒，冰块从加冰块倒入加冰瓶对酒液进行降温，两个瓶口、两个容置空间互相独立，酒液和冰块、冰水互不影响，本发明的醒酒器不但可以达到醒酒的目的，还可以降低酒液温度，并且避免了冰块融化后流入酒中稀释酒液；本发明整体结构简单，制造成本低，且使用方便。 【EN】The invention provides a decanter with a cooling function, which comprises a bottle body, an interlayer, an ice adding port and a wine adding port, wherein the interlayer is arranged in the middle area in the bottle body and divides the interior of the bottle body into two mutually independent accommodating spaces, one accommodating space is provided with a wine decanting bottle for accommodating wine liquid, the other accommodating space is provided with an ice adding bottle for accommodating ice blocks; the invention has simple integral structure, low manufacturing cost and convenient use.

摘要：【中文】本发明提供了一种具有均质功能的葡萄酒冷冻保温罐，包括罐体、冷冻机、循环管道、离心泵和搅拌器，所述罐体的外部包覆由保温材料制成保温层，所述罐体的顶部设置有进酒口、罐体的下部设置有出酒口，所述循环管道一端连接所述进酒口，循环管道的另一端连接出酒口，循环管道上沿进酒口至出酒口方向依次设置离心泵、冷冻机；通过冷冻机、循环管道和离心泵，将葡萄酒液从罐体下部出酒口流出通过冷冻机降温后送入罐体顶部的进酒口，使得罐体内的葡萄酒循环降温；通过搅拌器的搅拌使罐内酒液均质，避免接触空气氧化；本发明避免了现有技术中玻璃瓶或橡木桶在运输、销售环节中，搬离冰箱或地窖后无法保持低温的问题。 【EN】The invention provides a wine freezing and heat-insulating tank with a homogenizing function, which comprises a tank body, a refrigerator, a circulating pipeline, a centrifugal pump and a stirrer, wherein the outside of the tank body is coated with a heat-insulating layer made of a heat-insulating material, the top of the tank body is provided with a wine inlet, the lower part of the tank body is provided with a wine outlet, one end of the circulating pipeline is connected with the wine inlet, the other end of the circulating pipeline is connected with the wine outlet, and the centrifugal pump and the refrigerator are sequentially arranged on the circulating pipeline along the direction from the wine inlet to the wine outlet; the wine liquid flows out from a wine outlet at the lower part of the tank body through a refrigerator, a circulating pipeline and a centrifugal pump, is cooled through the refrigerator and then is sent into a wine inlet at the top of the tank body, so that the wine in the tank body is cooled circularly; the wine liquid in the tank is homogenized by stirring of the stirrer, so that the wine liquid is prevented from being oxidized by contacting with air; the invention avoids the problem that the glass bottle or the oak barrel in the prior art can not keep low temperature after being moved away from a refrigerator or a cellar in the transportation and sale links.

摘要：【中文】本发明提供了一种酒瓶包装盒抗冲击强度检测装置，包括测试平台、门架、吊链和抓取部，所述门架包括垂直设置于测试平台上的两根支撑柱和架设于支撑柱之间且与测试平台水平设置的横梁；所述吊链一端悬挂于所述横梁上，吊链另一端连接所述抓取部，吊链上设置有多个圆环形挂环，挂环之间的间隔距离相同；所述抓取部包括用于夹持包装盒的抓手和与抓手连接的挂钩，挂钩与所述挂环为可拆卸配合连接。本发明的结构简单，安装方便，由于采用上述技术方案，在产品出货前对包装盒进行抗冲击强度测试，可以保证包装盒类产品的质量，降低产品在生产与流通领域成为不合格品的风险。 【EN】The invention provides a wine bottle packaging box impact strength detection device which comprises a test platform, a portal frame, a lifting chain and a grabbing part, wherein the portal frame comprises two support columns vertically arranged on the test platform and a cross beam erected between the support columns and horizontally arranged with the test platform; one end of the hanging chain is hung on the cross beam, the other end of the hanging chain is connected with the grabbing part, a plurality of annular hanging rings are arranged on the hanging chain, and the spacing distances among the hanging rings are the same; the grabbing part comprises a grabbing hand used for clamping the packaging box and a hook connected with the grabbing hand, and the hook is detachably matched and connected with the hanging ring. The invention has simple structure and convenient installation, and by adopting the technical scheme, the shock resistance strength of the packaging box is tested before the product is delivered, so that the quality of the packaging box product can be ensured, and the risk that the product becomes unqualified in the production and circulation fields is reduced.

摘要：【中文】本发明提供了一种抗冲击葡萄酒礼盒，包括包装盒和设置于包装盒内置空间的PVC内托，PVC内托由PVC材料压制而成，PVC内托上设置有用于放置葡萄酒瓶的酒瓶形状的凹槽，所述PVC内托的底部位于瓶体凹槽底面与PVC内托底面之间构成的空间内设置有隔垫；底板外表面粘贴有保护带，保护带的两端分别粘贴于所述侧板的外表面；本发明通过上述结构可以减小装有酒液的酒瓶对PVC内托底部的冲击力，隔垫可以起到缓冲垂直冲击力的作用；当礼盒受垂直冲击时，通过粘贴力缓冲掉一部分垂直冲击力，从而实现对PVC内衬底部构成垂直冲击的防护；本发明结构简单，可在现有礼盒的基础上进行改进，包装成本低，且提高了礼盒底部抗垂直冲击力的能力。 【EN】The invention provides an impact-resistant wine gift box which comprises a packaging box and a PVC inner support arranged in a built-in space of the packaging box, wherein the PVC inner support is formed by pressing a PVC material, a wine bottle-shaped groove for placing a wine bottle is formed in the PVC inner support, and a spacer is arranged in a space formed by the bottom surface of the groove of a bottle body and the bottom surface of the PVC inner support at the bottom of the PVC inner support; a protective belt is pasted on the outer surface of the bottom plate, and two ends of the protective belt are respectively pasted on the outer surfaces of the side plates; according to the invention, the impact force of the wine bottle filled with wine liquid on the bottom of the PVC inner support can be reduced through the structure, and the spacer can play a role in buffering vertical impact force; when the gift box is vertically impacted, a part of vertical impact force is buffered through the adhesion force, so that the bottom of the PVC lining is protected from vertical impact; the invention has simple structure, low packaging cost and improved vertical impact resistance at the bottom of the gift box, and can be improved on the basis of the existing gift box.

摘要：【中文】本发明提供一种尤其用于电动车辆或混合动力车辆的逆变器(1)中的电容器模块(10‑2)，所述电容器模块(10‑2)包括壳体(300)、安装于所述壳体(300)中的至少一个电容器元件(110，120)以及至少部分地安装到所述壳体(300)中且电连接到所述电容器元件(110，120)的至少一个汇流条(210、220)，壳体(300)包括底壁(305)、侧壁(310)以及上壁(320)，其中所述上壁(320)包括由密封材料制成的外围部分(320A)和由热耗散材料制成的中心部分(320B)，热耗散材料的热导率大于密封材料的热导率。 【EN】The invention provides a capacitor module (10-2), in particular for use in an inverter (1) of an electric or hybrid vehicle, the capacitor module (10-2) comprising a housing (300), at least one capacitor element (110, 120) mounted in the housing (300) and at least one bus bar (210, 220) mounted at least partially in the housing (300) and electrically connected to the capacitor element (110, 120), the housing (300) comprising a bottom wall (305), a side wall (310) and an upper wall (320), wherein the upper wall (320) comprises a peripheral portion (320A) made of a sealing material and a central portion (320B) made of a heat dissipating material having a thermal conductivity greater than that of the sealing material.

摘要：【中文】本申请提供了一种液相放电冲击波破岩实验系统，包括：箱体和脉冲电源装置，以及设置在箱体内的：具有中空结构的放电底座；旋转装置，包括：旋转台面；马达；联轴器，用于连接马达与旋转台面；液相放电发生机构，包括：与脉冲电源装置电性连接的电极对，两个电极之间具有间隙，间隙的中点为放电中心，位于岩石的正上方；电极安装装置，包括：用于定位电极的电极定位柱；用于调节间隙大小的电极水平定位机构；传感器安装装置，包括：压力传感器；传感器定位机构，用于调节压力传感器相对于放电中心的水平间距。本申请在保证液相脉冲放电稳定进行的条件下，还能调节多种影响放电的参数的调节，同时能够获取距放电中心不同位置处的冲击波压力。 【EN】The application provides a broken rock experimental system of liquid phase discharge shock wave includes: box and pulse power supply unit to and set up in the box: a discharge base having a hollow structure; a rotary device, comprising: rotating the table top; a motor; the coupling is used for connecting the motor and the rotary table top; a liquid phase discharge generating mechanism comprising: the electrode pair is electrically connected with the pulse power supply device, a gap is formed between the two electrodes, and the midpoint of the gap is a discharge center and is positioned right above the rock; an electrode mounting device comprising: an electrode positioning column for positioning the electrode; the electrode horizontal positioning mechanism is used for adjusting the size of the gap; a sensor mounting device comprising: a pressure sensor; and the sensor positioning mechanism is used for adjusting the horizontal distance between the pressure sensor and the discharge center. This application is guaranteeing under the stable condition of going on of liquid phase pulse discharge, can also adjust the regulation of the parameter of multiple influence discharge, can acquire the shock wave pressure apart from the different positions departments in center of discharging simultaneously.

摘要：【中文】本发明公开了一种射流PDC钻头，其涉及石油天然气钻井工程领域，射流PDC钻头包括：钻头本体，钻头本体的下端具有切削结构，钻头本体上具有容纳腔室以及用于分流的流道单元；设置在容纳腔室中的液电脉冲机构，液电脉冲机构包括：固定件，固定件具有由上向下的导流通道，导流通道与流道单元相连通，固定件中开设有导线槽单元；设置在导流通道的侧壁上的至少一个电极单元，电极单元包括：相对设置的正电极和负电极；设置在导线槽单元中的第一导线和第二导线，第一导线与正电极相连接，第二导线与负电极相连接；钻头接头，钻头接头连接在钻头本体的上端。本身申请能够在钻头内部直接形成高压射流，无需其它增压设备。 【EN】The invention discloses a jet flow PDC drill bit, which relates to the field of petroleum and natural gas drilling engineering, and comprises: the drill bit comprises a drill bit body, wherein the lower end of the drill bit body is provided with a cutting structure, and the drill bit body is provided with an accommodating cavity and a flow passage unit for shunting; an electrohydraulic pulse mechanism disposed in the containment chamber, the electrohydraulic pulse mechanism comprising: the fixing piece is provided with a flow guide channel from top to bottom, the flow guide channel is communicated with the flow channel unit, and the fixing piece is internally provided with a wire guide groove unit; at least one electrode unit disposed on a sidewall of the flow guide channel, the electrode unit including: a positive electrode and a negative electrode disposed opposite to each other; the first lead and the second lead are arranged in the lead slot unit, the first lead is connected with the positive electrode, and the second lead is connected with the negative electrode; the drill bit joint is connected to the upper end of the drill bit body. The application of the jet flow generator can directly form high-pressure jet flow in the drill bit without other pressurization equipment.

摘要：【中文】本申请实施方式公开了一种等离子体发生装置、压裂系统及压裂方法。所述压裂系统包括：等离子体发生装置，所述等离子体发生装置包括壳体以及设置于所述壳体内的等离子体发生部件，所述壳体上开设有聚能通道，所述聚能通道与所述等离子体发生部件的电极尖端位置对应，当所述电极尖端击穿钻井内的压裂液，并使所述压裂液形成冲击波时，所述冲击波经由所述聚能通道聚能后形成平面冲击波向外传播，以使目的地层形成第一压裂裂缝；水力压裂装置，用于向所述钻井内注入压裂液，以使目的地层形成第二压裂裂缝。本申请实施方式可以在压裂地层时，减少压裂液的使用量，从而降低压裂作业的成本。 【EN】The embodiment of the application discloses a plasma generating device, a fracturing system and a fracturing method. The fracturing system includes: the plasma generating device comprises a shell and a plasma generating component arranged in the shell, wherein an energy-gathering channel is formed in the shell and corresponds to the electrode tip of the plasma generating component, and when the electrode tip pierces fracturing fluid in a drilling well and forms shock waves into the fracturing fluid, the shock waves are gathered by the energy-gathering channel and then form plane shock waves to be transmitted outwards so as to form a first fracturing crack in a destination layer; and the hydraulic fracturing device is used for injecting fracturing fluid into the well so that the destination layer forms a second fracturing fracture. The embodiment of the application can reduce the use amount of the fracturing fluid when fracturing the stratum, thereby reducing the cost of fracturing operation.