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申请号:202310651821.0 公开号:CN116855195A 主分类号:C09J9/02
申请人:思特迪新材料科技(深圳)有限公司 申请日:2023.06.05 公开日:2023.10.10
摘要:本发明公开了一种低温无压半烧结导电银胶及其制备方法,纳米银60%‑80%、微米银10%‑30%、环氧树脂3%‑10%、固化剂0.5%‑2.0%、偶联剂1.0%‑3.0%、触变剂0.2%‑0.5%、溶剂0.5%‑2.0%;S1:首先称取固化剂加入玻璃瓶内,再加入相等质量的溶剂,将磁力搅拌子放入玻璃瓶后,在室温状态下进行磁力搅拌,本发明可实现低温无压烧结,形成烧结银和树脂的互相贯通的网络,从而与界面建立了良好的接触,具有高剪切强度,优异的导热性以及良好的热循环性能;通过偶氮聚合引发剂加热形成的碳自由基还原六氟锑酸银制备了均匀分散的纳米银,可根据实际应用需求随时更换合适的溶剂来制备纳米银,节约了成本;同时也生成了环氧树脂热阳离子固化剂,减少了配方所需固化剂的量,降低了热阳离子固化剂使用成本。
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申请号:201911371116.5 公开号:CN111190823A 主分类号:G06F11/36
摘要:【中文】本发明涉及一种测试技术,揭露了一种UI自动化测试方法,该方法包括:建立分布式的测试集群,包括一个主节点和多个代理节点;主节点接收测试请求并获取对应的测试用例;根据所述测试用例进行当前测试的节点配置,包括配置所需的代理节点及各代理节点分别需要执行的测试任务;将所述测试用例分发到所配置的代理节点进行并发测试。本发明还提供一种电子装置及计算机可读存储介质。本发明提供的UI自动化测试方法、电子装置及计算机可读存储介质能够实现线程安全的多线程并发测试,测试用例执行时不会相互干扰。 【EN】The invention relates to a testing technology, and discloses an automatic UI testing method, which comprises the following steps: establishing a distributed test cluster which comprises a main node and a plurality of agent nodes; the main node receives the test request and acquires a corresponding test case; performing node configuration of the current test according to the test case, wherein the node configuration comprises agent nodes required by configuration and test tasks which need to be executed by each agent node; and distributing the test case to the configured agent node for concurrent testing. The invention also provides an electronic device and a computer readable storage medium. The UI automation test method, the electronic device and the computer readable storage medium provided by the invention can realize the multithreading concurrent test of thread safety, and the test cases can not interfere with each other during execution.
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申请号:201911302879.4 公开号:CN110879358A 主分类号:G01R31/34
摘要:【中文】本发明属于电动推车领域,公开了一种电动推车可靠性测试设备及测试方法,设备包括架体;辊筒,转动设置于所述架体上,被配置为支撑接触电动推车的后轮,并能在电动推车的后轮转动时,对后轮提供阻力;辊筒驱动件,驱动连接于辊筒,被配置为测试初始时驱动辊筒转动;阻力调节装置,设置于架体上,用于对辊筒施力,以调整辊筒对后轮的阻力;前轮固定装置,用于固定电动推车的前轮;前轮施力装置,驱动前轮固定装置移动以对前轮施加力;推把施力装置,设置于架体上,用于对电动推车的推把施加力。本发明能够模拟电动推车上下坡的情况,并实现对电动推车电机的可靠性测试,保护使用者的安全。 【EN】The invention belongs to the field of electric carts and discloses a reliability test device and a reliability test method for an electric cart, wherein the device comprises a frame body; the roller is rotatably arranged on the frame body, is configured to support and contact the rear wheel of the electric cart and can provide resistance to the rear wheel when the rear wheel of the electric cart rotates; the roller driving part is in driving connection with the roller and is configured to drive the roller to rotate at the initial test time; the resistance adjusting device is arranged on the frame body and used for applying force to the roller so as to adjust the resistance of the roller to the rear wheel; the front wheel fixing device is used for fixing the front wheels of the electric cart; the front wheel force application device drives the front wheel fixing device to move so as to apply force to the front wheels; the pushing handle force application device is arranged on the frame body and used for applying force to a pushing handle of the electric cart. The invention can simulate the condition of the electric cart going up and down a slope, realize the reliability test of the motor of the electric cart and protect the safety of users.
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申请号:201911198480.6 公开号:CN110912358A 主分类号:H02K15/08
摘要:【中文】本发明专利涉及一种定子绑线机,包括机架,机架上设有送线机构、勾线机构和摆嘴机构,勾线机构包括钩针、驱动钩针往复运动的钩针凸轮电机、钩针翻转电机、钩针丝杆及钩针丝杆螺母;摆线机构包括摆嘴、驱动摆嘴往复运动的摆嘴凸轮电机、摆嘴丝杆及摆嘴丝杆螺母;机座的底板上设置有主轴,主轴由主伺服电机驱动;主轴与钩针偏心轮和摆嘴偏心轮齿轮连接,钩针偏心轮与钩针摆弧轴通过钩针调节杆连接驱动;摆嘴偏心轮与摆嘴摆弧轴通过摆弧调节杆连接驱动;勾线机构与离合器、刹车器同步传动运动。摆嘴摆动与钩针前后运动由同一电机控制,同步控制,该绑线机定子绑线后端高高度大,在同等体积下满足大功率电机的需求。 【EN】The invention relates to a stator wire binding machine, which comprises a rack, wherein a wire feeding mechanism, a wire hooking mechanism and a mouth swinging mechanism are arranged on the rack, and the wire hooking mechanism comprises a crochet hook, a crochet hook cam motor for driving the crochet hook to reciprocate, a crochet hook overturning motor, a crochet hook screw rod and a crochet hook screw rod nut; the cycloid mechanism comprises a swinging nozzle, a swinging nozzle cam motor for driving the swinging nozzle to reciprocate, a swinging nozzle screw rod and a swinging nozzle screw rod nut; a main shaft is arranged on a bottom plate of the machine base and is driven by a main servo motor; the main shaft is connected with a crochet hook eccentric wheel and a swinging nozzle eccentric wheel gear, and the crochet hook eccentric wheel is connected with a crochet hook swinging arc shaft through a crochet hook adjusting rod for driving; the swing nozzle eccentric wheel and the swing nozzle swing arc shaft are connected and driven through a swing arc adjusting rod; the thread hooking mechanism is synchronously driven to move with the clutch and the brake. The swinging of the swinging nozzle and the front and back movement of the crochet hook are controlled by the same motor and are synchronously controlled, the high height of the rear end of the stator binding wire of the wire binding machine is large, and the requirement of a high-power motor is met under the same volume.
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申请号:202010013966.4 公开号:CN111209717A 主分类号:G06F30/392
申请人:【中文】深圳市一博科技股份有限公司【EN】EDADOC Co.,Ltd. 申请日:2020.01.07 公开日:2020.05.29
摘要:【中文】本发明公开了电路板技术领域中的一种分别输出表底层器件坐标的方法,在Allegro软件中加载quick_placebyTB的执行文件,依次判断每一个元器件的管脚是否被镜像,若该元器件的管脚被镜像,则将该元器件的信息列表输出到底层文件中,反之则输出到表层文件中。本发明使用Allegro软件提供的扩展skill接口,同样可以输出器件坐标文件,而且可以分别输出表底层器件坐标文件,缩短时间,提高效率。 【EN】The invention discloses a method for respectively outputting coordinates of surface and bottom layer devices in the technical field of circuit boards. The invention uses the extended kill interface provided by Allegro software, can output the device coordinate file as well as the device coordinate file of the surface layer and the bottom layer respectively, shortens the time and improves the efficiency.
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申请号:201911307602.0 公开号:CN111076671A 主分类号:G01B11/16
摘要:【中文】本发明公开了一种悬空结构翘曲的检测方法,包括如下步骤:S01:在衬底上设置结构相同的悬空结构和非悬空结构;S02:在悬空结构的正上方对悬空结构和非悬空结构进行俯视成像,根据成像图形得到微桥的长度CD1和宽度CD2;S03:若微桥的长度CD1小于非悬空结构中微桥的长度CD1’,或者微桥的宽度CD2小于非悬空结构中微桥的宽度CD2’,则表明微桥发生翘曲,进入步骤S04;S04:测量悬空结构中微桥不同位置的焦距,若焦距大于非悬空结构中对应位置的焦距,则该位置发生向下的翘曲;若焦距小于非悬空结构中对应位置的焦距,则该位置发生向上的翘曲。本发明提供的一种悬空结构翘曲的检测方法,可以简单快捷地检测出悬空结构中悬梁臂和微桥的翘曲情况。 【EN】The invention discloses a method for detecting the warping of a suspended structure, which comprises the following steps: s01: arranging a suspended structure and a non-suspended structure with the same structure on a substrate; s02: overhead imaging is carried out on the suspended structure and the non-suspended structure right above the suspended structure, and the length CD1 and the width CD2 of the microbridge are obtained according to an imaging graph; s03: if the length CD1 of the microbridge is smaller than the length CD1 'of the microbridge in the non-suspended structure, or the width CD2 of the microbridge is smaller than the width CD 2' of the microbridge in the non-suspended structure, it indicates that the microbridge is warped, and the process proceeds to step S04; s04: measuring the focal lengths of different positions of the microbridge in the suspended structure, and if the focal length is greater than that of the corresponding position in the non-suspended structure, the position is warped downwards; if the focal length is smaller than that of the corresponding position in the non-suspended structure, the position is warped upwards. The method for detecting the warping of the suspended structure can simply and quickly detect the warping conditions of the cantilever arm and the microbridge in the suspended structure.
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申请号:201911183257.4 公开号:CN111061451A 主分类号:G06F3/16
申请人:【中文】苏州思必驰信息科技有限公司【EN】AI SPEECH Ltd. 申请日:2019.11.27 公开日:2020.04.24
摘要:【中文】本申请公开了一种信息处理方法及装置、系统,其中方法包括:检测到针对第一按键的操作和/或识别到第一用户的面部信息,确定触发语音交互处理;其中,所述语音交互处理,包括:采集得到第一用户发出的语音信息,获取针对所述语音信息的识别内容以及所述语音信息的语义结果;其中,所述语义结果中至少包括有所述第一用户所请求的目标信息;基于所述语义结果中包含的所述第一用户所请求的目标信息,获取与所述目标信息匹配的目标对象。 【EN】The application discloses an information processing method, an information processing device and an information processing system, wherein the method comprises the following steps: detecting operation aiming at the first key and/or recognizing facial information of the first user, and determining to trigger voice interaction processing; wherein the voice interaction processing comprises: acquiring voice information sent by a first user, and acquiring recognition content aiming at the voice information and a semantic result of the voice information; wherein, the semantic result at least comprises target information requested by the first user; and acquiring a target object matched with the target information based on the target information requested by the first user and contained in the semantic result.
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申请号:202510149770.0 公开号:CN119620722A 主分类号:G05B19/418
申请人:思特迪新材料科技(嘉兴)有限公司 申请日:2025.02.11 公开日:2025.03.14
摘要:本发明公开了一种用于智慧车间的任务调度方法及装置,涉及任务调度技术领域,获取目标生产线的功率消耗数据计算目标生产线的功率波动异常值;获取目标生产线上产品的生产时间戳计算目标生产线的生产时间偏差,结合生产时间偏差与功率波动异常值确定目标生产线的故障概率;故障概率大于预设故障阈值则目标生产线记为第一生产线,否则,目标生产线记为第二生产线;将车间内各第一生产线当前剩余的生产任务分配给各第二生产线;通过这种方式,能及时发现生产线故障并停止不良生产任务,减轻故障影响,确保产品质量;同时未完成的生产任务将被重新分配给其他正常生产线,确保生产速度并最小化整体故障,提升车间生产任务调度效率。
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申请号:201911139785.X 公开号:CN111009007A 主分类号:G06T7/586
申请人:【中文】华南理工大学【EN】SOUTH CHINA UNIVERSITY OF TECHNOLOGY 申请日:2019.11.20 公开日:2020.04.14
摘要:【中文】本发明提供一种指部多特征全面三维重建方法,包括:第一步,对多视角多光谱手指采集装置进行标定;第二步,采用多视角立体重建算法对手指的表面纹理图像进行特征匹配得到手指表面的稀疏三维点云,完成多视角立体重建;第三步,采用光度立体法实现对手指表面进行三维重建得到稠密深度信息;第四步,将多视角立体重建的三维点云与光度立体法得到的稠密深度信息进行融合,得到融合后的三维Mesh模型;第五步,将手指的表面纹理图像和内部静脉纹理图像映射得到融合后的三维Mesh模型中,得到指部多特征全面三维模型。本发明采用多视角立体重建和光度立体法重建相融合得到稠密三维模型,从而降低三维建模方法导致的识别准确率降低的情况。 【EN】The invention provides a finger multi-feature comprehensive three-dimensional reconstruction method, which comprises the following steps: firstly, calibrating a multi-view multispectral finger collecting device; secondly, performing feature matching on the surface texture image of the finger by adopting a multi-view stereo reconstruction algorithm to obtain a sparse three-dimensional point cloud on the surface of the finger, and completing multi-view stereo reconstruction; thirdly, three-dimensional reconstruction is carried out on the surface of the finger by adopting a photometric stereo method to obtain dense depth information; fourthly, fusing the three-dimensional point cloud reconstructed by the multi-view stereo with the dense depth information obtained by the photometric stereo method to obtain a fused three-dimensional Mesh model; and fifthly, mapping the surface texture image and the internal vein texture image of the finger to obtain a fused three-dimensional Mesh model, and obtaining a multi-feature comprehensive three-dimensional model of the finger part. According to the method, the dense three-dimensional model is obtained by fusing multi-view stereo reconstruction and photometric stereo reconstruction, so that the condition that the identification accuracy is reduced due to a three-dimensional modeling method is reduced.
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申请号:201911274207.7 公开号:CN111072675A 主分类号:C07D487/14
摘要:【中文】本发明公开了含氮稠合三环衍生物及其用途,具体地,本发明涉及一类新颖的含氮稠合三环衍生物以及包含该类化合物的药物组合物,可作为选择性腺苷A2A受体拮抗剂。本发明还涉及制备这类化合物和药物组合物的方法,以及它们在制备治疗与腺苷A2A受体相关的疾病,特别是帕金森病的药物中的用途。 【EN】The invention discloses nitrogen-containing fused tricyclic derivatives and application thereof, and particularly relates to novel nitrogen-containing fused tricyclic derivatives and a pharmaceutical composition containing the same, which can be used as selective adenosine A2AA receptor antagonist. The invention also relates to methods for preparing such compounds and pharmaceutical compositions, and their use in therapy with adenosine A2AThe use in the preparation of medicaments for the treatment of receptor-related diseases, in particular Parkinson's disease.
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