摘要：【中文】本发明涉及一种适用于工业头的无机颜料UV喷墨墨水及其制备方法，该墨水包括以下质量份的组分：基墨15份至30份，UV树脂10份至20份，光引发剂6份至15份，稀释单体30份至60份；基墨包括无机颜料、研磨树脂、UV单体和分散剂，无机颜料、研磨树脂、UV单体和分散剂的质量比为(50至70)：(5至15)：(10至30)：(3至10)。本发明的UV喷墨墨水打印质量好，耐候性良好，制备方法简单。 【EN】The invention relates to inorganic pigment UV ink-jet ink suitable for an industrial head and a preparation method thereof, wherein the ink comprises the following components in parts by mass: 15 to 30 parts of base ink, 10 to 20 parts of UV resin, 6 to 15 parts of photoinitiator and 30 to 60 parts of diluent monomer; the base ink includes an inorganic pigment, a grinding resin, a UV monomer, and a dispersant, and the mass ratio of the inorganic pigment, the grinding resin, the UV monomer, and the dispersant is (50 to 70): (5 to 15): (10 to 30): (3 to 10). The UV ink-jet ink disclosed by the invention is good in printing quality, good in weather resistance and simple in preparation method.

摘要：【中文】本发明涉及一种基于FPGA阵列实现大规模多通道全互联的硬件处理平台，包括多个基带子框，所述的多个基带子框通过光纤、射频线缆和排线连接，所述的基带子框的内部电路板卡包括：基带板，板载四块FPGA单元；扩展板，通过底板与基带板相连接；背板，为基带板提供基带位，为扩展板提供扩展位，通过PCIE通路与基带板连接，通过扩展通路与扩展板相连接。采用了本发明的基于FPGA阵列实现大规模多通道全互联的硬件处理平台，以FPGA为基本单元，实现了大规模多通道信号的实时处理，本发明的平台包含扩展板卡，可以实现不同平台之间的设备间互联。本发明的全Mesh型硬件架构具有灵活性，可通过增加板卡来扩展处理能力，也可以根据需求减少板卡数量来降低成本。 【EN】The invention relates to a hardware processing platform for realizing large-scale multi-channel full interconnection based on an FPGA array, which comprises a plurality of baseband subframes, wherein the baseband subframes are connected through optical fibers, radio frequency cables and flat cables, and an internal circuit board card of the baseband subframes comprises: the base band board carries four FPGA units; the expansion board is connected with the base band board through the bottom board; the back plate is used for providing baseband positions for the baseband board and expansion positions for the expansion board, is connected with the baseband board through the PCIE passage and is connected with the expansion board through the expansion passage. The hardware processing platform for realizing large-scale multi-channel full interconnection based on the FPGA array, disclosed by the invention, takes the FPGA as a basic unit to realize real-time processing of large-scale multi-channel signals. The full-Mesh hardware architecture has flexibility, the processing capacity can be expanded by adding the board cards, and the cost can be reduced by reducing the number of the board cards according to requirements.

摘要：【中文】本发明公开了一种对动态链接库中虚表函数列表的提取方法，其具体操作如下：对RTTI结构中的目标函数进行定位并提取RTTI所提供的类型信息；对所获取的RTTI结构类型信息进行解析，在还原结构体后，就能够以结构化的方式访问任何需要的字段和信息，其中便包含了虚表及其类型名，最后进行格式化输出即可。本发明通过从虚表的实现机制入手，对程序的数据进行搜索，从而提出了可以批量导出程序虚表函数的方法。基于此方法，测试人员可以快速获得程序内的虚表函数进行下一步工作，从而大大节省工作时间，提升工作效率。 【EN】The invention discloses a method for extracting a virtual table function list in a dynamic link library, which comprises the following specific operations: positioning a target function in the RTTI structure and extracting type information provided by the RTTI; analyzing the obtained RTTI structure type information, after the structure body is restored, accessing any required fields and information in a structured mode, wherein the fields and the information comprise the virtual table and the type name thereof, and finally outputting in a formatted mode. The invention starts with the realization mechanism of the virtual table and searches the data of the program, thereby providing a method for exporting the virtual table function of the program in batch. Based on the method, a tester can quickly obtain the virtual table function in the program to carry out the next work, thereby greatly saving the working time and improving the working efficiency.

摘要：【中文】本发明提供了一种石膏煅烧器，所述石膏煅烧器包括由上至下依次设置进料装置(1)、底吹装置(2)和均风装置(3)；所述进料装置(1)包括将输送至壳体(4)内的石膏粉料进行初次打散的第一散料帽(11)以及在所述第一散料帽(11)上均匀分布的多个落料通孔(12)；所述底吹装置(2)包括将经过所述初次打散后的所述石膏粉料进行二次打散的第二散料帽(21)、布风管(22)、均风板(23)以及在所述第二散料帽(21)与所述均风板(23)之间的所述布风管(22)上均匀分布的多个通气孔(24)；该装置，通过将输送至石膏煅烧器内的石膏粉末打散，进而流态化，避免石膏煅烧器内局部过烧、影响粉料的性质。 【EN】The invention provides a gypsum calcinator, which comprises a feeding device (1), a bottom blowing device (2) and an air equalizing device (3) which are arranged from top to bottom in sequence; the feeding device (1) comprises a first scattering cap (11) for primarily scattering gypsum powder conveyed into the shell (4) and a plurality of blanking through holes (12) uniformly distributed on the first scattering cap (11); the bottom blowing device (2) comprises a second scattering cap (21) for secondarily scattering the gypsum powder after primary scattering, an air distribution pipe (22), an air equalizing plate (23) and a plurality of vent holes (24) uniformly distributed on the air distribution pipe (22) between the second scattering cap (21) and the air equalizing plate (23); the device breaks up the gypsum powder conveyed into the gypsum calcinator, and then fluidizes, so that local overburning in the gypsum calcinator and influence on the property of the powder are avoided.

摘要：【中文】本发明实施例提供一种光缆网点到点的最佳路由计算方法及装置，该方法包括：基于目标光缆网中所有两两配对节点间的连接关系和实际光缆长度，确定各所述两两配对节点间的等效长度；确定基于所述目标光缆网的目标路由的源节点和目的节点，并基于所述两两配对节点间的等效长度，通过逐一插值法逐个插入中间节点，获取所述源节点到达所述目的节点的最短等效长度；依次连接所述源节点、形成所述最短等效长度时经过的所有中间节点以及所述目的节点，获取对应所述目标路由的最佳路由。本发明实施例能够有效避免大量的重复计算，从而有效减少计算量，提高计算效率。 【EN】The embodiment of the invention provides a method and a device for calculating an optimal route from a network point to a point of an optical cable, wherein the method comprises the following steps: determining the equivalent length between every two paired nodes based on the connection relation between every two paired nodes in the target optical cable network and the actual optical cable length; determining a source node and a destination node of a target route based on the target optical cable network, and inserting intermediate nodes one by one through a one-by-one interpolation method based on the equivalent length between every two paired nodes to obtain the shortest equivalent length from the source node to the destination node; and sequentially connecting the source node, all intermediate nodes passing through when the shortest equivalent length is formed and the destination node to obtain the optimal route corresponding to the target route. The embodiment of the invention can effectively avoid a large amount of repeated calculation, thereby effectively reducing the calculation amount and improving the calculation efficiency.

摘要：【中文】本发明属于一种纳米材料制备技术领域，具体是涉及到一种醇水混合体系中纳米厚度亮片银粉的制备方法。所述方法为醇/水混合体系中液相化学还原法制备纳米亮片银粉的方法，该方法反应时间短，效率高，工艺及设备简单，所用试剂绿色环保，成本低廉，特别适合批量化生产；所述纳米亮片银粉的形貌为不规则片状，表面光滑，片与片之间界限分明，厚度在40‑70nm之间，片径≤30μm，银含量>99.8%。此外，该纳米亮片银粉在206.7℃存在烧结活性，可发生局部烧结，且低温烧结后残炭少。 【EN】The invention belongs to the technical field of nano material preparation, and particularly relates to a method for preparing nano paillette silver powder in an alcohol-water mixed system. The method is a method for preparing the nano paillette silver powder by a liquid phase chemical reduction method in an alcohol/water mixed system, and has the advantages of short reaction time, high efficiency, simple process and equipment, green and environment-friendly used reagents, low cost and particular suitability for batch production; the nano paillette silver powder has irregular flake shape, smooth surface, clear boundaries between flakes, thickness of 40-70nm, flake diameter less than or equal to 30 microns and silver content greater than 99.8%. In addition, the nano paillette silver powder has sintering activity at 206.7 ℃, can be partially sintered, and has less carbon residue after low-temperature sintering.

摘要：【中文】本发明公开一种预制板的加固方法及加固装置，包括S1，根据荷载设计值和混凝土强度，通过结构计算，得出所需在预制板孔洞中增加的配筋规格和数量；S2，清理预制板楼面，确定每块预制板的位置；S3，根据设计图、图集和现场核对，确定每块预制板的孔洞位置，并做好标记；S4，在预制板楼面的孔洞上方靠近预制板一端，沿预制板孔洞方向开设槽口，所述槽口大小以能放进配筋为宜；S5，将配筋置于孔洞中，所述配筋通过配筋支架进行位置固定；S6，向预制板孔洞中浇灌高流动性细石混凝土。进一步公开了与该加固方法对应的预制板加固装置，采用本发明可提升正在使用中的原预制板楼面荷载强度，提升原来整个预制板楼面承载力。 【EN】The invention discloses a reinforcing method and a reinforcing device of a precast slab, which comprise S1, wherein the specifications and the number of reinforcing bars required to be added in holes of the precast slab are obtained through structural calculation according to a load design value and concrete strength; s2, cleaning the floor of the precast slab, and determining the position of each precast slab; s3, determining the hole position of each precast slab according to the design drawing, the atlas and the field check, and marking; s4, arranging a notch above the hole of the floor of the precast slab near one end of the precast slab along the hole direction of the precast slab, wherein the notch is suitable for placing reinforcing bars; s5, placing the reinforcing bars in the holes, wherein the reinforcing bars are fixed in position through reinforcing bar supports; and S6, pouring high-fluidity fine aggregate concrete into the holes of the precast slabs. The invention further discloses a precast slab reinforcing device corresponding to the reinforcing method, and the precast slab reinforcing device can improve the floor load strength of the original precast slab in use and improve the floor bearing capacity of the original whole precast slab.

摘要：【中文】本申请提供了一种实现相变材料冷热循环稳定性测试系统和测试方法，测试系统包括循环模块、切换控制模块、第一样品池和第二样品池，第一样品池和第二样品池内设有相变材料，切换控制模块用于更改循环模块与第一样品池、第二样品池的管路连接方式，循环模块连接第一样品池和第二样品池，循环模块改变换热介质的状态参数以使相变材料吸热或放热，第一样品池和第二样品池均包括底板、可拆卸的换热片、和挡板，换热片为中空结构，换热片通过挡板固定在底板上。测试方法包括：换热介质经过循环模块提高温度和压力，使第二样品池内的相变材料吸热；换热介质经过循环模块降低压力和温度，使第一样品池内的相变材料放热等步骤。 【EN】The application provides a realize phase change material cold and hot circulation stability test system and test method, test system includes the circulation module, switching control module, first sample pond and second sample pond, be equipped with phase change material in first sample pond and the second sample pond, switching control module is used for changing circulation module and first sample pond, the tube coupling mode in second sample pond, first sample pond and second sample pond are connected to the circulation module, the circulation module changes heat transfer medium's state parameter so that phase change material absorbs heat or releases heat, first sample pond and second sample pond all include the bottom plate, detachable heat exchanger fin, and the baffle, the heat exchanger fin is hollow structure, the heat exchanger fin passes through the baffle to be fixed on the bottom plate. The test method comprises the following steps: the temperature and the pressure of the heat exchange medium are increased through the circulating module, so that the phase change material in the second sample cell absorbs heat; and reducing the pressure and the temperature of the heat exchange medium through the circulating module to enable the phase change material in the first sample tank to release heat and the like.

摘要：【中文】本申请提供了一种相变材料冷热循环稳定性测试系统和测试方法，测试系统包括循环模块、切换控制模块、过滤膜、第一样品池和第二样品池，第一样品池和第二样品池内设有相变材料，第一样品池和第二样品池的流入端和流出端设置有过滤膜，过滤膜可使换热介质通过且可阻挡相变材料通过，切换控制模块用于更改循环模块与第一样品池、第二样品池的管路连接方式，循环模块连接第一样品池和第二样品池，循环模块改变换热介质的状态参数以使相变材料吸热或放热。测试方法包括：换热介质经过循环模块提高温度和压力，使第二样品池内的相变材料吸热；换热介质经过循环模块降低压力和温度，使第一样品池内的相变材料放热等步骤。 【EN】The application provides a phase change material cold-hot circulation stability test system and test method, test system includes the circulation module, switching control module, filtration membrane, first sample cell and second sample cell, be equipped with phase change material in first sample cell and the second sample cell, the inflow end and the outflow end of first sample cell and second sample cell are provided with filtration membrane, filtration membrane can make heat transfer medium pass through and can block phase change material and pass through, switching control module is used for changing the pipeline connected mode of circulation module and first sample cell, second sample cell, first sample cell and second sample cell are connected to the circulation module, the circulation module changes heat transfer medium's state parameter so that phase change material absorbs heat or releases heat. The test method comprises the following steps: the temperature and the pressure of the heat exchange medium are increased through the circulating module, so that the phase change material in the second sample cell absorbs heat; and reducing the pressure and the temperature of the heat exchange medium through the circulating module to enable the phase change material in the first sample tank to release heat and the like.

摘要：【中文】本发明提供一种GBAS测试设备的卫星接收机及其伪距生成方法与系统，该方法包括根据当前载波参数估计值,对卫星空间信号提取载波上的传输信号，得到解调的卫星数字信号；根据卫星接收机本地生成的本地测距码的当前延迟估计值以及所述本地测距码的采样频率的频偏，对所述解调的卫星数字信号进行插值滤波处理；根据预设的相关累积处理方法，对插值滤波处理后的卫星数字信号以及本地测距码进行相关处理生成相关数据点；根据所述相关数据点更新载波参数估计值，以及更新本地测距码的延迟估计值,以根据更新的本地测距码的延迟估计值生成卫星的伪距观测量。本发明能提高GBAS测试设备的卫星接收机进行伪距测量的精度。 【EN】The invention provides a satellite receiver of GBAS test equipment and a pseudo-range generation method and a system thereof, wherein the method comprises the steps of extracting a transmission signal on a carrier wave from a satellite space signal according to a current carrier parameter estimation value to obtain a demodulated satellite digital signal; performing interpolation filtering processing on the demodulated satellite digital signal according to a current delay estimation value of a local ranging code locally generated by a satellite receiver and the frequency offset of the sampling frequency of the local ranging code; performing correlation processing on the interpolated satellite digital signal and the local ranging code according to a preset correlation accumulation processing method to generate a correlation data point; and updating the carrier parameter estimation value according to the related data point, and updating the delay estimation value of the local ranging code so as to generate the pseudo-range observed quantity of the satellite according to the updated delay estimation value of the local ranging code. The invention can improve the precision of the pseudo-range measurement of the satellite receiver of the GBAS test equipment.