摘要：【中文】本发明公开了一种泡沫板自动切割设备的切割丝及其安装方法，所述泡沫板自动切割设备包括切割台面、切割丝安装座及切割丝；所述切割丝设置在切割台面的上方，并活动安装在切割丝安装座上；所述切割丝包括切割丝本体、张紧调节装置及可拆卸的安装头；所述张紧调节装置安装在切割丝本体的两端头；所述安装头固定在张紧调节装置的端面上；所述安装头可拆卸的安装在切割丝安装座上，本发明，通过在切割丝本体的两端设置自带的张紧装置来调节切割丝本体的张紧力，保证切割的力度始终如一。 【EN】The invention discloses a cutting wire of automatic foam board cutting equipment and an installation method thereof, wherein the automatic foam board cutting equipment comprises a cutting table board, a cutting wire installation seat and a cutting wire; the cutting wire is arranged above the cutting table top and is movably arranged on the cutting wire mounting seat; the cutting wire comprises a cutting wire body, a tensioning adjusting device and a detachable mounting head; the tensioning adjusting devices are arranged at two ends of the cutting wire body; the mounting head is fixed on the end face of the tensioning adjusting device; according to the invention, the tensioning devices are arranged at the two ends of the cutting wire body to adjust the tensioning force of the cutting wire body, so that the cutting force is consistent.

摘要：【中文】本发明公开了一种泡沫板自动切割设备，包括底部支架、顶部支架、泡沫板活动座、切割丝活动安装组件及切割丝；所述顶部支架固定在底部支架的后端上方；所述泡沫板活动座活动安装在底部支架上；所述泡沫板活动座沿底部支架的宽度方向运动；所述切割丝安装在切割丝活动安装组件上；所述切割丝活动安装组件活动安装在顶部支架上，并沿顶部支架的高度方向运动；本发明，能够对泡沫板进行水平竖直切割、弧形轨迹切割及斜直线轨迹切割；切割效率高，切割精准度高，能够进行弧面切割操作，而且该设备，适用于大型泡沫板的自动化切割。 【EN】The invention discloses automatic cutting equipment for a foam board, which comprises a bottom bracket, a top bracket, a foam board movable seat, a cutting wire movable mounting assembly and a cutting wire, wherein the bottom bracket is fixedly connected with the top bracket; the top bracket is fixed above the rear end of the bottom bracket; the foam plate movable seat is movably arranged on the bottom bracket; the foam plate movable seat moves along the width direction of the bottom bracket; the cutting wire is arranged on the cutting wire movable mounting assembly; the cutting wire movable mounting assembly is movably mounted on the top support and moves along the height direction of the top support; according to the invention, horizontal and vertical cutting, arc-shaped track cutting and oblique straight track cutting can be performed on the foam board; cutting efficiency is high, and the cutting precision is high, can carry out cambered surface cutting operation, and this equipment is applicable to the automatic cutting of large-scale cystosepiment moreover.

摘要：【中文】本发明公开了一种泡沫板自动切割设备的活动切割座，所述泡沫板自动切割设备包括底部支架、活动切割座及切割装置；所述活动切割座安装在底部支架上；所述切割装置设置在活动切割座的上方；所述活动切割座包括泡沫板放置台面、泡沫板纵向位移组件及泡沫板横向位移组件；所述泡沫板放置台面固定在泡沫板纵向位移组件上；所述泡沫板纵向位移组件活动安装在泡沫板横向位移组件上，并沿泡沫板横向位移组件的长度方向运动；所述泡沫板横向位移组件活动安装在底部支架上，并沿着底部支架的宽度方向运动，本发明造价低，维修便捷，维修成本低，使用寿命长，损坏率低。 【EN】The invention discloses a movable cutting seat of automatic foam board cutting equipment, which comprises a bottom bracket, a movable cutting seat and a cutting device, wherein the movable cutting seat is arranged on the bottom bracket; the movable cutting seat is arranged on the bottom bracket; the cutting device is arranged above the movable cutting seat; the movable cutting seat comprises a foam board placing table surface, a foam board longitudinal displacement assembly and a foam board transverse displacement assembly; the foam board placing table-board is fixed on the foam board longitudinal displacement assembly; the foam plate longitudinal displacement assembly is movably arranged on the foam plate transverse displacement assembly and moves along the length direction of the foam plate transverse displacement assembly; the foam board transverse displacement assembly is movably mounted on the bottom support and moves along the width direction of the bottom support.

摘要：【中文】本发明公开了一种驾驶员风险评价系统及方法，包括风险数据库模块，风险审查模块，环境数据采集模块，异常数据清洗模块，因子赋值模块，风险值计算模块，风险评价模块；该风险数据库模块将风险信息通过风险审查模块输入至该环境数据采集模块，该环境数据采集模块将风险信息通过异常数据清洗模块输入至因子赋值模块，该因子赋值模块将风险信息通过风险值计算模块传输至风险评价模块进行风险信息评价。该方法包括1、录入驾驶员驾驶风险信息；2、采集驾驶环境数据信息；3、对驾驶风险信息进行计算；4、对驾驶员驾驶风险信息进行评价。本发明提供一种驾驶风险评价准确度高，稳定性强，可靠、安全，使用方便的一种驾驶员风险评价系统及方法。 【EN】The invention discloses a driver risk evaluation system and a driver risk evaluation method, wherein the driver risk evaluation system comprises a risk database module, a risk examination module, an environmental data acquisition module, an abnormal data cleaning module, a factor assignment module, a risk value calculation module and a risk evaluation module; the risk database module inputs risk information into the environment data acquisition module through the risk examination module, the environment data acquisition module inputs the risk information into the factor assignment module through the abnormal data cleaning module, and the factor assignment module transmits the risk information to the risk evaluation module through the risk value calculation module for risk information evaluation. The method comprises the steps of 1, inputting driving risk information of a driver; 2. collecting driving environment data information; 3. calculating driving risk information; 4. and evaluating the driving risk information of the driver. The invention provides a driver risk evaluation system and method which are high in driving risk evaluation accuracy, strong in stability, reliable, safe and convenient to use.

摘要：【中文】本发明公开了一种泡沫板切割设备中切割丝的活动安装装置，包括切割丝安装座、切割丝竖向位移装置、直线导轨座、切割丝及安装支架；所述切割丝安装在切割丝安装座上；所述切割丝安装座活动安装在安装支架上，并沿安装支架的高度方向运动；所述切割丝安装在切割丝安装座上；所述切割丝安装座设置在安装支架外；所述切割丝安装座固定连接在切割丝竖向位移装置上；所述切割丝竖向位移装置活动连接在直线导轨座上，并沿直线导轨座的高度方向运动；所述直线导轨座固定在安装支架的顶部中心处；本发明，拆装简便且易更改切割的初始位置。 【EN】The invention discloses a movable installation device of a cutting wire in foam board cutting equipment, which comprises a cutting wire installation seat, a cutting wire vertical displacement device, a linear guide rail seat, the cutting wire and an installation support, wherein the cutting wire installation seat is fixedly arranged on the support; the cutting wire is arranged on the cutting wire mounting seat; the cutting wire mounting seat is movably mounted on the mounting bracket and moves along the height direction of the mounting bracket; the cutting wire is arranged on the cutting wire mounting seat; the cutting wire mounting seat is arranged outside the mounting bracket; the cutting wire mounting seat is fixedly connected to the cutting wire vertical displacement device; the cutting wire vertical displacement device is movably connected to the linear guide rail seat and moves along the height direction of the linear guide rail seat; the linear guide rail seat is fixed at the center of the top of the mounting bracket; the invention has simple and convenient disassembly and assembly and is easy to change the initial cutting position.

摘要：【中文】本发明公开了一种无溶剂高含氮多羧基型超分散剂及其制法与应用。该超分散剂是由2摩尔份的含有2‑6个氮原子的多元胺与0.5～1摩尔份单环氧基化合物、1摩尔份聚醚多元醇二缩水甘油醚在室温和加热环境下通过局部封端和初步扩链后，再与聚醚多元醇二缩水甘油醚或小分子多缩水甘油醚进行二次、三次扩链后，与环状酸酐进一步开环反应，或者与丙烯酸进行加成反应，形成无溶剂的多羧基化合物型聚醚基超分散剂。该超分散剂含有大量强配位的N原子、羧基、羟基、羰基、酰胺基、胺基等形成多齿配体，对金属原子或离子具有很强的稳定和分散作用，在油墨、颜料、涂料、陶瓷、药品等领域具有广阔的应用前景。 【EN】The invention discloses a solvent-free high-nitrogen-content polycarboxyl hyperdispersant, and a preparation method and application thereof. The hyperdispersant is prepared by carrying out local end capping and primary chain extension on 2 molar parts of polyamine containing 2-6 nitrogen atoms, 0.5-1 molar part of monoepoxy compound and 1 molar part of polyether polyol diglycidyl ether at room temperature and in a heating environment, carrying out secondary and tertiary chain extension on the polyether polyol diglycidyl ether or micromolecule polyglycidyl ether, and then carrying out further ring-opening reaction on the polyether polyol diglycidyl ether or micromolecule polyglycidyl ether or carrying out addition reaction on the polyether polyol diglycidyl ether or micromolecule polyglycidyl ether to form a solvent-free polycarboxylic compound type polyether-based hyperdispersant. The hyper-dispersant contains a large amount of strongly coordinated N atoms, carboxyl, hydroxyl, carbonyl, acylamino, amino and the like to form a multidentate ligand, has strong stabilizing and dispersing effects on metal atoms or ions, and has wide application prospects in the fields of printing ink, pigments, coatings, ceramics, medicines and the like.

摘要：【中文】本发明提供了一种40Cr转向节锻后余热细化晶粒方法。具体包括：加热所述40Cr转向节的胚料进行模锻，控制所述模锻的初始温度和终锻温度，得到40Cr转向节；将40Cr转向节放入网带炉中预冷；其后，将40Cr转向节投至冷却水中搅拌淬火，直至40Cr转向节的表面温度降低至50℃。采用本发明提供的40Cr转向节锻后余热细化晶粒方法，所得到的40Cr转向节综合性能更好，晶粒相对细化；并且在生产效率提高，降低成本的同时，进一步具有节能环保和提升产品质量的优势。 【EN】The invention provides a method for refining grains by using residual heat after forging of a 40Cr steering knuckle. The method specifically comprises the following steps: heating the blank of the 40Cr steering knuckle to perform die forging, and controlling the initial temperature and the final forging temperature of the die forging to obtain the 40Cr steering knuckle; placing the 40Cr steering knuckle into a mesh belt furnace for precooling; thereafter, the 40Cr knuckle was put into cooling water and stirred to be quenched until the surface temperature of the 40Cr knuckle was reduced to 50 ℃. By adopting the method for refining the crystal grains by the waste heat after the 40Cr steering knuckle is forged, the obtained 40Cr steering knuckle has better comprehensive performance and the crystal grains are relatively refined; and the production efficiency is improved, the cost is reduced, and the advantages of energy conservation, environmental protection and product quality improvement are further realized.

摘要：【中文】本发明公开了一种船舶天然气焚烧塔废热回收系统，包括第一经济器、第二经济器、汽包、蒸汽透平发电机组、安全阀、温度传感器、气体成分传感器、冷凝器及热井，所述第一经济器安装于天然气焚烧塔的排气管上，所述第二经济器安装于推进主机的排气管上，所述天然气焚烧塔的排气管于末端设置有温度传感器及气体成分传感器，所述天然气焚烧塔的排气管上安装有安全阀。本发明通过温度传感器实现对天然气焚烧塔排气温度的监控和反馈，通过气体成分传感器实现对天然气焚烧塔排气成分的监控和反馈，通过安全阀实现对第一经济器和天然气焚烧塔排气管的保护，可靠性强，经济性好，日常维护成本极低。 【EN】The invention discloses a waste heat recovery system of a natural gas incineration tower of a ship, which comprises a first economizer, a second economizer, a steam drum, a steam turbine generator set, a safety valve, a temperature sensor, a gas composition sensor, a condenser and a hot well, wherein the first economizer is arranged on an exhaust pipe of the natural gas incineration tower, the second economizer is arranged on an exhaust pipe of a propulsion host, the tail end of the exhaust pipe of the natural gas incineration tower is provided with the temperature sensor and the gas composition sensor, and the safety valve is arranged on the exhaust pipe of the natural gas incineration tower. The invention realizes the monitoring and feedback of the exhaust temperature of the natural gas burning tower through the temperature sensor, realizes the monitoring and feedback of the exhaust component of the natural gas burning tower through the gas component sensor, and realizes the protection of the first economizer and the exhaust pipe of the natural gas burning tower through the safety valve, thereby having strong reliability, good economy and extremely low daily maintenance cost.

摘要：【中文】本发明公开了PLC设备测试系统及方法。涉及工业控制领域，其中，系统包括：PLC设备、一体机、人机交互设备，其中，人机交互设备用于与一体机建立通信连接，进行测试指令传输，一体机与PLC设备通信连接，用于接收人机交互设备发送的测试指令，并实时控制PLC设备根据测试指令进行测试。通过将PLC设备、人机交互设备、一体机通信连接，耦合成统一的测试系统，实现交互连接控制，建立数据信息的输入输出流，进行PLC设备功能化测试，减少人工成本，加快产品测试效率，加速产品的面世。可广泛应用于工业控制领域。 【EN】The invention discloses a PLC device testing system and a method. Relates to the field of industrial control, wherein the system comprises: the system comprises a PLC device, an all-in-one machine and a human-computer interaction device, wherein the human-computer interaction device is used for establishing communication connection with the all-in-one machine and transmitting a test instruction, and the all-in-one machine is in communication connection with the PLC device and used for receiving the test instruction sent by the human-computer interaction device and controlling the PLC device to test according to the test instruction in real time. Through with PLC equipment, human-computer interaction equipment, all-in-one communication connection, the unified test system of coupling one-tenth realizes the interactive connection control, establishes data information's input-output stream, carries out PLC equipment functional test, reduces the cost of labor for product efficiency of software testing, the appearance of product is quickened. Can be widely applied to the field of industrial control.

摘要：【中文】本发明公开了一种LNG动力船舶上双燃料低速机冷却系统，所述系统包括：LNG气化模块，所述LNG气化模块包括能够进行热交换的两侧，所述LNG气化模块的一侧串联进天然气流路，所述LNG气化模块另一侧串联进乙二醇水流路；冷却系统换热器，所述冷却系统换热器包括能够进行热交换的两侧，所述冷却系统换热器的一侧串联进所述乙二醇水流路，所述冷却系统换热器的另一侧串联进淡水流路；以及双燃料低速机。本发明回收利用LNG动力船舶上LNG燃料产生的冷能，将冷能传递至双燃料低速机冷却水系统，达到降低双燃料低速机冷却水温度、优化推进双燃料低速机的能耗指标、提升环境友好性的目的。 【EN】The invention discloses a cooling system of a dual-fuel low-speed machine on an LNG power ship, which comprises: the LNG gasification module comprises two sides capable of performing heat exchange, wherein a natural gas flow path is connected in series to one side of the LNG gasification module, and a glycol water flow path is connected in series to the other side of the LNG gasification module; the cooling system heat exchanger comprises two sides capable of exchanging heat, one side of the cooling system heat exchanger is connected in series with the glycol water flow path, and the other side of the cooling system heat exchanger is connected in series with the fresh water flow path; and dual fuel low speed machines. The invention recycles cold energy generated by LNG fuel on the LNG power ship, and transmits the cold energy to the cooling water system of the dual-fuel low-speed engine, thereby achieving the purposes of reducing the temperature of the cooling water of the dual-fuel low-speed engine, optimizing the energy consumption index for propelling the dual-fuel low-speed engine and improving the environmental friendliness.