摘要：【中文】本发明涉及垃圾处理方法、存储介质及垃圾存放设备，方法包括：采集垃圾存放设备内的相关信息；判断采集的相关信息是否满足用于清理垃圾的预设条件；在判断出采集的相关信息满足所述预设条件的情况下，生成并向预设接收端发送清理垃圾的指令，以使所述预设接收端输出表示所述垃圾存放设备内的垃圾需要清理的信息。本发明通过信息采集、判断以及多设备间的联动交互，达到了单一设备所不能达到的功能，避免用户因忘记及时清理垃圾而造成的卫生安全问题，实现了及时提醒用户倾倒垃圾，保证用户的卫生安全的效果。 【EN】The invention relates to a garbage disposal method, a storage medium and garbage storage equipment, wherein the method comprises the following steps: collecting related information in the garbage storage equipment; judging whether the collected related information meets a preset condition for cleaning garbage or not; and under the condition that the acquired related information meets the preset condition, generating and sending a garbage cleaning instruction to a preset receiving end so that the preset receiving end outputs information indicating that the garbage in the garbage storage device needs to be cleaned. According to the invention, through information acquisition, judgment and linkage interaction among multiple devices, functions which can not be achieved by a single device are achieved, the sanitary safety problem caused by forgetting to clean up garbage in time by a user is avoided, the user is reminded to dump the garbage in time, and the sanitary safety effect of the user is ensured.

摘要：【中文】本发明公开了一种危险提示方法、设备和计算机可读存储介质。该方法包括：采集包含监控对象的环境图像；根据包含监控对象的环境图像，识别监控对象所处的区域，并且识别监控对象的活动范围以及行为状态；根据区域对应的区域危险系数，活动范围对应的范围危险系数以及行为状态对应的行为危险系数，确定监控对象危险系数；如果监控对象危险系数大于预设的危险系数阈值，则执行预设的危险提示操作。本发明可以确定监控对象危险系数，该监控对象危险系数可以确定监控对象是否即将出现危险情况，如果即将出现危险情况，则进行危险提示操作，避免危险情况发生，从而解决了监控对象在监控环境中无人看管的问题。 【EN】The invention discloses a danger prompting method, equipment and a computer readable storage medium. The method comprises the following steps: collecting an environment image containing a monitored object; according to the environment image containing the monitored object, identifying the area where the monitored object is located, and identifying the moving range and the behavior state of the monitored object; determining a danger coefficient of a monitored object according to a region danger coefficient corresponding to a region, a range danger coefficient corresponding to an activity range and a behavior danger coefficient corresponding to a behavior state; and if the danger coefficient of the monitored object is larger than the preset danger coefficient threshold value, executing preset danger prompt operation. The invention can determine the danger coefficient of the monitored object, the danger coefficient of the monitored object can determine whether the monitored object is about to have a dangerous condition, if the dangerous condition is about to occur, the danger prompt operation is carried out to avoid the dangerous condition, thereby solving the problem that the monitored object is not monitored by people in the monitoring environment.

摘要：【中文】本发明提供了如式(I)所示一种绿原酸乙醇胺盐，以其作为活性成分制备的产品，所述的产品包括药品和保健品，以及绿原酸乙醇胺盐在防治疾病和保健中的应用。 【EN】The invention provides chlorogenic acid ethanolamine salt as shown in a formula (I), a product prepared by taking the chlorogenic acid ethanolamine salt as an active ingredient, and applications of the chlorogenic acid ethanolamine salt in disease prevention and health care, wherein the product comprises a medicine and a health care product.

摘要：【中文】本发明公开了一种压花机，涉及机械设备加工技术领域，包括基架、压花机构、监控机构、风冷机构以及输送机构，所述基架的整体为“匚”形且内部为凸起构造，基架的内部设置有PLC控制器。本发明通过设置压花机构以及输送机构能够实现自动完成两次压花工序；通过设置风冷机构，无需将第一次压花结束后的产品单独放置，冷却结束后再进行复压操作，可以直接在输送机构的送料方向上一次完成二次压花操作；通过设置监控机构以及通过锁紧螺钉安装于缺口固定板上的安装部，能够实现及时监控压花深度，防止压花深度过深或者过浅，进一步防止了由于压花深度过深而导致的压头磨损严重的后果。 【EN】The invention discloses an embossing machine, which relates to the technical field of machining of mechanical equipment and comprises a base frame, an embossing mechanism, a monitoring mechanism, an air cooling mechanism and a conveying mechanism, wherein the base frame is integrally in an Contraband shape, the inside of the base frame is in a protruding structure, and a PLC (programmable logic controller) is arranged in the base frame. According to the invention, two embossing processes can be automatically completed by arranging the embossing mechanism and the conveying mechanism; by arranging the air cooling mechanism, the product after the first embossing is finished does not need to be placed independently, and the secondary embossing operation can be directly finished in one time in the feeding direction of the conveying mechanism after the product is cooled; through setting up monitoring mechanism and installing the installation department on the breach fixed plate through locking screw, can realize in time monitoring the knurling degree of depth, prevent that the knurling degree of depth is too dark or too shallow, further prevented because the serious consequence of pressure head wearing and tearing that the knurling degree of depth leads to.

摘要：【中文】本发明公开了一种用于消音器钢管自动压装设备的执行机构，涉及自动化设备领域，包括检测机构、涂覆机构、压装机构、压装动力机构以及助焊剂上料机构，所述检测机构、涂覆机构和压装机构均安装于压装动力机构上并能够同步运动，以分别实现消音器器体的滤网检测、助焊剂涂覆以及钢管压装作业，所述助焊剂上料机构能够与压装动力机构联动以实现涂覆机构上助焊剂的上料，本发明的压装动力机构上集成了检测机构、涂覆机构以及压装机构，三个工序在三个位置上同步进行，提高了生产过程的一致性和准确度，消音器的进料和排料均借助于其重力自动实现，无需设置相关的动力装置，简化了结构布局，降低了设备成本。 【EN】The invention discloses an actuating mechanism for automatic press-fitting equipment of a silencer steel pipe, which relates to the field of automatic equipment and comprises a detection mechanism, a coating mechanism, a press-fitting power mechanism and a soldering flux feeding mechanism, wherein the detection mechanism, the coating mechanism and the press-fitting mechanism are all arranged on the press-fitting power mechanism and can synchronously move so as to respectively realize filter screen detection, soldering flux coating and steel pipe press-fitting operation of a silencer body, the soldering flux feeding mechanism can be linked with the press-fitting power mechanism so as to realize the feeding of soldering flux on the coating mechanism, the press-fitting power mechanism of the invention integrates the detection mechanism, the coating mechanism and the press-fitting mechanism, three processes are synchronously carried out at three positions, the consistency and the accuracy of the production process are improved, the feeding and the discharging of the silencer are automatically realized by means of the gravity thereof without arranging a related power device, the structure layout is simplified, and the equipment cost is reduced.

摘要：【中文】本发明公开了一种小型消音器钢管自动压装设备，涉及自动化设备领域，包括进料机构、排料机构、旋转机构、检测机构、涂覆机构、压装机构、压装动力机构以及驱动机构，所述检测机构、涂覆机构和压装机构均安装于压装动力机构上并能够同步运动，以分别实现消音器器体的滤网检测、助焊剂涂覆以及钢管压装作业，本发明的旋转机构采用旋转的送料方式，相比传统的线性生产线，显著降低了的设备的占地空间，与此同时，压装动力机构上集成了检测机构、涂覆机构以及压装机构，三个工序在三个位置上同步进行，提高了生产过程的一致性和准确度，消音器的进料和排料均借助于其重力自动实现，无需设置相关的动力装置，简化了结构布局，降低了设备成本。 【EN】The invention discloses automatic press-mounting equipment for a small silencer steel pipe, which relates to the field of automatic equipment and comprises a feeding mechanism, a discharging mechanism, a rotating mechanism, a detection mechanism, a coating mechanism, a press-mounting power mechanism and a driving mechanism, wherein the detection mechanism, the coating mechanism and the press-mounting mechanism are all arranged on the press-mounting power mechanism and can synchronously move so as to respectively realize filter screen detection, scaling powder coating and steel pipe press-mounting operation of a silencer body, the rotating mechanism adopts a rotary feeding mode, the occupied space of the equipment is obviously reduced compared with a traditional linear production line, meanwhile, the detection mechanism, the coating mechanism and the press-mounting mechanism are integrated on the press-mounting power mechanism, three processes are synchronously carried out at three positions, the consistency and the accuracy of the production process are improved, and the feeding and the discharging of the silencer are automatically realized by means of the gravity, and a related power device is not required to be arranged, so that the structural layout is simplified, and the equipment cost is reduced.

摘要：【中文】本发明提供了如式(I)的绿原酸L‑精氨酸盐，以及以其作为活性成分制备的产品，所述的产品包括药品和保健品，以及绿原酸L‑精氨酸盐在防治疾病和保健中的应用。 【EN】The invention provides chlorogenic acid L-arginine salt shown in a formula (I) and a product prepared by taking the chlorogenic acid L-arginine salt as an active ingredient, wherein the product comprises a medicine and a health-care product, and the application of the chlorogenic acid L-arginine salt in disease prevention and health care.

摘要：【中文】本发明公开了一种二氧化碳精馏分离废液处理装置，涉及二氧化碳精馏分离技术领域，包括：气体压缩机；脱重塔，其入口与气体压缩机相连；第一气液分离装置，其入口与脱重塔顶部的蒸汽出口相连；第二气液分离装置，其入口与第一气液分离装置的气相出口相连；脱轻塔，其入口与第二气液分离装置的液相出口相连；换热器，具有原料气进口，原料气出口，废液进口和废气出口，所述废液进口与脱重塔底部废液出口相连，所述原料气出口与气体压缩机进气口相连；缓冲罐，与换热器的废气出口相连，同时与第二气液分离装置的气相出口相连。本发明通过将原料气与来自脱重塔底部的重组分废液换热，使废液的冷能回收利用并提高系统产量，达到节能增产的目的。 【EN】The invention discloses a carbon dioxide rectification separation waste liquid treatment device, which relates to the technical field of carbon dioxide rectification separation and comprises the following components: a gas compressor; the inlet of the heavy component removing tower is connected with a gas compressor; the inlet of the first gas-liquid separation device is connected with the steam outlet at the top of the de-heavy tower; the inlet of the second gas-liquid separation device is connected with the gas phase outlet of the first gas-liquid separation device; the inlet of the light component removal tower is connected with the liquid phase outlet of the second gas-liquid separation device; the heat exchanger is provided with a raw material gas inlet, a raw material gas outlet, a waste liquid inlet and a waste gas outlet, the waste liquid inlet is connected with the waste liquid outlet at the bottom of the de-heavy tower, and the raw material gas outlet is connected with a gas inlet of the gas compressor; and the buffer tank is connected with the waste gas outlet of the heat exchanger and is simultaneously connected with the gas phase outlet of the second gas-liquid separation device. The invention exchanges heat between the feed gas and the heavy component waste liquid from the bottom of the heavy component removal tower, so that the cold energy of the waste liquid is recycled, the system yield is improved, and the purposes of saving energy and increasing yield are achieved.

摘要：【中文】本发明公开了基于尾气冷能利用的二氧化碳精馏装置和精馏方法，属于二氧化碳蒸馏技术领域，原料气经原料气压缩机后，进入第一精馏塔，除去比二氧化碳重的组分，其余组分从塔顶出来，通过塔顶管道经第一冷凝器后部分气体被液化，再进入第二精馏塔上部，通过精馏工艺进行分离，塔底得到高纯度的液体二氧化碳，低凝点气体从第二精馏塔塔顶排出；第二气液分离器分离后尾气通过第二冷凝器对来自第一精馏塔的塔顶排出的低凝点的气体换热，提供冷能，换热后的尾气温度降为‑40～‑48℃，尾气随后通过进气换热器给原料气体降温，原料气体温度降低至20～24℃。冷能分两次给系统物料降温，降低能耗，同时给原料气降温，使更多的原料气进入原料气压缩机，增加系统产量。 【EN】The invention discloses a carbon dioxide rectifying device and a rectifying method based on tail gas cold energy utilization, and belongs to the technical field of carbon dioxide distillation.A raw material gas enters a first rectifying tower after passing through a raw material gas compressor to remove components heavier than carbon dioxide, and the rest components come out from the top of the tower; the tail gas separated by the second gas-liquid separator exchanges heat with the low condensation point gas discharged from the top of the first rectifying tower through the second condenser to provide cold energy, the temperature of the tail gas after heat exchange is reduced to-40 to-48 ℃, the tail gas then cools the raw material gas through the gas inlet heat exchanger, and the temperature of the raw material gas is reduced to 20 to 24 ℃. The cold energy cools the system material twice, reduces energy consumption, and simultaneously cools the raw material gas, so that more raw material gas enters the raw material gas compressor, and the system yield is increased.

摘要：【中文】本发明公开了一种二氧化碳精馏分离工艺中的制冷循环系统及方法，属于二氧化碳精馏分离技术领域。该制冷循环系统包括氨循环系统和氟循环系统、第一气液分离器、第一精馏塔、第二精馏塔、第二气液分离器，第一精馏塔中部设有原料气输入管道，第一精馏塔顶部通过输气管道与氨循环循环系统、第一气液分离器、氟循环系统、第二气液分离器、第二精馏塔顺序连通，第一精馏塔和第二精馏塔的塔底均设有液体二氧化碳输出管道。本发明在生产液体二氧化碳精馏分离工艺中，加入氟循环系统，与氨循环系统共同给分离工艺制冷，提高分离效率，使产品质量提升，产量和回收率增加。 【EN】The invention discloses a refrigeration cycle system and a method in a carbon dioxide rectification separation process, and belongs to the technical field of carbon dioxide rectification separation. The refrigeration cycle system comprises an ammonia circulation system, a fluorine circulation system, a first gas-liquid separator, a first rectifying tower, a second rectifying tower and a second gas-liquid separator, wherein a raw gas input pipeline is arranged in the middle of the first rectifying tower, the top of the first rectifying tower is sequentially communicated with the ammonia circulation system, the first gas-liquid separator, the fluorine circulation system, the second gas-liquid separator and the second rectifying tower through gas transmission pipelines, and liquid carbon dioxide output pipelines are arranged at the bottoms of the first rectifying tower and the second rectifying tower. In the rectification separation process for producing liquid carbon dioxide, the fluorine circulation system is added, and the fluorine circulation system and the ammonia circulation system refrigerate the separation process together, so that the separation efficiency is improved, the product quality is improved, and the yield and the recovery rate are increased.