摘要：【中文】本发明一种基板的曝光方法及加工方法，所述基板上涂覆有油墨层，所述油墨层上覆盖有保护层，曝光光源的光线穿过所述保护层对所述油墨层进行曝光。加工方法包括如下步骤：（1）在基板上涂覆油墨层；（2）对所述油墨层进行前烘；（3）根据上述曝光方法对基板进行曝光；（4）曝光完成后去除油墨层上的保护层；（5）进行显影操作。通过在基板的油墨层上增加一层保护层，使得在对油墨层进行曝光的过程中，所述油墨层可以隔绝氧气，实现提高油墨层的光泽度的目的。 【EN】The invention relates to an exposure method and a processing method of a substrate. The processing method comprises the following steps: (1) coating an ink layer on a substrate; (2) pre-baking the ink layer; (3) exposing the substrate according to the exposure method; (4) removing the protective layer on the ink layer after exposure; (5) a developing operation is performed. Through increasing one deck protective layer on the printing ink layer of base plate for in-process to the printing ink layer exposure, the printing ink layer can completely cut off oxygen, realizes improving the mesh of the glossiness on printing ink layer.

摘要：【中文】本发明涉及一种温度传感器组装线，其包括用于剥除导线端部的绝缘层的自动化设备，所述自动化设备进一步包括送线机构和用于剥除所述导线的第一端的外绝缘层的第一剥线机构，所述第一剥线机构包括第一切刀机构和剥线夹具，所述第一切刀机构用于切断所述导线或者所述第一端的外绝缘层，所述剥线夹具通过夹持所述导线的第一端并沿导线移动以剥除所述第一端的外绝缘层。其中，在所述第一切刀机构切断所述第一端的外绝缘层后，所述送线机构反转以带动所述导线移动从而在切断位置形成缺口，进而所述剥线夹具于所述缺口处夹持所述导线并沿导线方向移动以剥除所述第一端的已被切断的外绝缘层。同时，本发明还涉及一种温度传感器的组装方法。 【EN】The invention relates to a temperature sensor assembly line, which comprises automatic equipment for stripping an insulating layer at the end part of a lead, wherein the automatic equipment further comprises a wire feeding mechanism and a first wire stripping mechanism for stripping an outer insulating layer at the first end of the lead, the first wire stripping mechanism comprises a first cutter mechanism and a wire stripping clamp, the first cutter mechanism is used for cutting the lead or the outer insulating layer at the first end, and the wire stripping clamp clamps the first end of the lead and moves along the lead to strip the outer insulating layer at the first end. After the first cutter mechanism cuts off the outer insulating layer at the first end, the wire feeding mechanism rotates reversely to drive the wire to move so as to form a notch at the cutting position, and then the wire stripping clamp clamps the wire at the notch and moves along the direction of the wire so as to strip the cut outer insulating layer at the first end. Meanwhile, the invention also relates to an assembling method of the temperature sensor.

摘要：【中文】一种在跨零点切换开关状态的控制电路，应用至一交流负载上，该控制电路包括一控制开关与一处理单元，其中，该控制开关会与该交流负载相串联，且能接收外部传来的交流电，该处理单元则能控制该控制开关为导通状态或关断状态，并且，当处理单元接收到一导通指令后，其会在交流电的电压波形为零点时，使该控制开关呈导通状态，当处理单元接收到一关断指令后，其会在交流电的电流波形为零点时，使该控制开关呈关断状态，且该控制开关的关断状态会保持至少一个的半周期，如此，既能使交流负载所呈现的变化不致被使用者察觉，又能达成节能效果。 【EN】A control circuit for switching switch state across zero point is applied to an AC load, the control circuit includes a control switch and a processing unit, wherein the control switch is connected with the AC load in series and can receive AC power transmitted from outside, the processing unit can control the control switch to be in on state or off state, and after receiving an on command, the processing unit can make the control switch in on state when the voltage waveform of the AC power is zero point, and after receiving an off command, the processing unit can make the control switch in off state when the current waveform of the AC power is zero point, and the off state of the control switch can be kept for at least one half period, thus, the change of the AC load can not be perceived by users, and energy-saving effect can be achieved.

摘要：【中文】一种记忆体元件及其制造方法。记忆体元件包含基板、晶体管及记忆体单元。基板包含单元区域及逻辑区域。晶体管在逻辑区域之上且包含第一金属栅极堆叠。记忆体单元在单元区域之上且包含抹除栅极。抹除栅极为金属栅极堆叠。 【EN】A memory device and a method for fabricating the same. The memory device includes a substrate, a transistor, and a memory cell. The substrate includes a cell region and a logic region. The transistor is over the logic region and includes a first metal gate stack. The memory cell is on the cell region and includes an erase gate. The erase gate is a metal gate stack.

摘要：【中文】本发明公开了一种在晶圆上形成层叠样式的光耦结构，包括一晶圆、多个绝缘层与多个发光器，其中，该晶圆上具有多个光接收器，且各该光接收器的一侧面分别设有一光接收区域，另外，各该绝缘层则会披覆至各该光接收器的一侧面，且其上的透光区域至少能对应局部光接收区域，再者，各该发光器分别位在各该绝缘层上，并能通过对应的透光区域，而朝对应的光接收区域方向投射光线，如此，本领域工作人员仅需在晶圆上制作出多个光接收器、绝缘层与发光器所形成的光耦半成品后，便能直接对晶圆上的各该光耦半成品进行测试，以避免将不良的光耦半成品制作为光耦合器。 【EN】The invention discloses an optical coupling structure for forming a lamination pattern on a wafer, which comprises the wafer, a plurality of insulating layers and a plurality of light emitters, wherein the wafer has a plurality of light receivers, and a light receiving area is disposed on one side of each light receiver, in addition, each insulating layer will cover one side of each light receiver, and the transparent area on the insulating layer can at least correspond to the local light receiving area, furthermore, each light emitter is located on each insulating layer and can pass through the corresponding transparent area, and the light is projected towards the corresponding light receiving area, so that the worker in the field only needs to manufacture a plurality of light receivers, insulating layers and semi-finished products of the optical couplers formed by the light emitters on the wafer, the optical coupler semi-finished products on the wafer can be directly tested, so that the problem that the bad optical coupler semi-finished products are manufactured into the optical coupler is avoided.

摘要：【中文】本发明公开了一种钢管、隧道及隧道内铺设钢管的施工方法，属于隧道施工技术领域，包括钢管本体，所述钢管本体上部设置有注浆部，所述钢管本体下部设置有底部导向轮，所述钢管本体外壁设置有环向加劲肋。通过设置底部导向轮，使钢管本体在隧道内运输方便，且钢管本体的焊接与防腐涂装,无需在狭小的隧道空间内施工,全部在地面加工厂房和工作井中完成,适合大型机具操作,不需要大型车辆运输,完全在工厂自动化施做,工效快,质量检测及安全有保障,节能又环保。 【EN】The invention discloses a steel pipe, a tunnel and a construction method for laying the steel pipe in the tunnel, which belong to the technical field of tunnel construction. Through setting up the bottom leading wheel, it is convenient to make the steel pipe body transport in the tunnel, and the welding and the anticorrosive application of steel pipe body need not to be under construction in narrow and small tunnel space, and whole accomplishes in ground processing factory building and working well, is fit for large-scale machines and tools operation, does not need the large vehicle transportation, and the automation of doing in the mill completely, the work efficiency is fast, and quality testing and safety are secure, and is energy-conserving environmental protection again.

摘要：【中文】本发明公开了一种具有反光部的层叠光耦结构，包括一光接收器、一绝缘层、一发光器与一反光部，其中，该光接收器的一侧面由下往上依序叠加有该绝缘层、发光器与反光部，且该发光器所产生的光源能透过该绝缘层，而被该光接收器所接收，本发明的特征在于，该反光部能直接或间接地至少局部包覆住该发光器，并能在该发光器所发出的光线非朝向该光接收器时，将前述光线反射、折射及/或散射至朝向该光接收器，如此，即能有效提高该层叠光耦结构的整体光学效率，以将该发光器所产生的光线，大量地传送至该光接收器。 【EN】The invention discloses a laminated optocoupler structure with a light reflecting part, which comprises a light receiver, an insulating layer, a light emitter and a light reflecting part, wherein the insulating layer, the light emitter and the light reflecting part are sequentially superposed on one side surface of the light receiver from bottom to top, and a light source generated by the light emitter can penetrate through the insulating layer and is received by the light receiver.

摘要：【中文】本申请提供一种立式PC构件注浆封仓装置及其施工方法，属于建筑机械技术领域。立式PC构件注浆封仓装置及其施工方法包括：钢板，其周边上开设有若干安装孔，且各安装孔的开设方向相同，且钢板上开设有若干定位孔。将钢板预装于转换层的墙板顶面上，并使钢板水平设置；获取钢板上对应墙板顶面上的定位钢筋位置；取下钢板，在钢板上的各定位钢筋位置处开设定位孔；浇筑墙板顶面，在混凝土初凝前，将钢板安装至墙板顶面上，并将各定位钢筋穿过各定位孔并固定至混凝土中，调整钢板的水平度以保证各定位钢筋的垂直度；待混凝土初凝后，取下钢板。该装置能够重复使用，提高安装定位钢筋操作效率，保证了各定位钢筋的位置度，解决定位钢筋安装困难问题。 【EN】The application provides a vertical PC component grouting bin sealing device and a construction method thereof, and belongs to the technical field of construction machinery. The vertical PC component grouting and bin sealing device and the construction method thereof comprise the following steps: the steel plate is provided with a plurality of mounting holes on the periphery, the mounting holes are arranged in the same direction, and the steel plate is provided with a plurality of positioning holes. Preassembling a steel plate on the top surface of the wallboard of the conversion layer, and horizontally arranging the steel plate; acquiring the position of a positioning steel bar on the top surface of the corresponding wallboard on the steel plate; taking down the steel plate, and forming positioning holes at the positions of the positioning steel bars on the steel plate; pouring the top surface of the wallboard, installing a steel plate on the top surface of the wallboard before the initial setting of the concrete, penetrating each positioning steel bar through each positioning hole and fixing the positioning steel bar into the concrete, and adjusting the levelness of the steel plate to ensure the verticality of each positioning steel bar; and (5) after the concrete is initially set, taking down the steel plate. The device can used repeatedly, improves installation positioning steel bar operating efficiency, has guaranteed each positioning steel bar's position degree, solves positioning steel bar installation difficulty problem.

摘要：【中文】本发明设计一种内存巡检方法，包括：对物理内存建立第一虚拟空间；所述物理内存还包括与之对应的第二虚拟空间，所述第二虚拟空间用于系统运行时通过缓存访问物理内存；通过所述第一虚拟空间直接访问所述物理内存，对所述物理内存进行巡检。本发明通过将一个物理内存的同一区域映射第一虚拟空间和第二虚拟空间，程序运行过程中，CPU通过第二虚拟空间对物理内存进行巡检，对所述物理内存进行巡检之前，中断系统中运行的程序，关闭cache，能够直接通过第二虚拟空间对物理内存进行检测，多次将数据进行写入和读出，将读出数据与记录的测试数据进行比较，若不一致，则判断所述指定的物理内存故障。 【EN】The invention designs a memory inspection method, which comprises the following steps: establishing a first virtual space for a physical memory; the physical memory further comprises a second virtual space corresponding to the physical memory, and the second virtual space is used for accessing the physical memory through a cache when the system runs; and directly accessing the physical memory through the first virtual space, and polling the physical memory. The method comprises the steps of mapping the same area of a physical memory to a first virtual space and a second virtual space, wherein in the process of program operation, a CPU inspects the physical memory through the second virtual space, interrupting a program operated in a system before inspecting the physical memory, closing a cache, directly detecting the physical memory through the second virtual space, writing and reading data for many times, comparing the read data with recorded test data, and judging the specified physical memory fault if the read data is inconsistent with the recorded test data.

摘要：【中文】本发明提供一种嵌入式系统的编译部署方法、编译方法及编译系统，涉及嵌入式系统领域，所述部署方法包括将第一接口地址表储存至操作系统内存中，并将第一组接口按照索引储存至所述第一接口地址表中；将第二接口地址表储存至应用程序内存中，并将第二组接口按照索引储存至所述第二接口地址表中；所述操作系统和所述应用程序通过所述第一接口地址表或所述第二接口地址表实现访问。应用程序编译时可以脱离对操作系统的依赖，在接口不变的情况下，操作系统修改不用重新编译应用程序。实现嵌入式系统在不依赖动态库和静态库的情况下实现操作系统与应用软件之间的互相访问。 【EN】The invention provides a compiling and deploying method, a compiling method and a compiling system of an embedded system, relating to the field of embedded systems, wherein the deploying method comprises the steps of storing a first interface address table into an operating system memory, and storing a first group of interfaces into the first interface address table according to indexes; storing a second interface address table into an application program memory, and storing a second group of interfaces into the second interface address table according to indexes; and the operating system and the application program realize access through the first interface address table or the second interface address table. The application program can be compiled without depending on the operating system, and under the condition that the interface is not changed, the operating system is modified without recompiling the application program. The embedded system realizes the mutual access between the operating system and the application software without depending on a dynamic library and a static library.