[CHEN, Eric, WANG, Peggy, WANG, Peggy, DAI, Xiaowen, WANG, Peggy, DAI, Xiaowen, DU, Jiang] 300 Renaissance Center, P.O. Box 300Detorit, Michigan 48265-3000;Room 1502, Building One, No.118, Nancang StreetShanghai 200011 A system and method are disclosed for dispatching and delivering a purchased item to a dynamic delivery address for an mobile purchaser. Once a delivery mode and a dynamic delivery address for delivery of a purchased item from an mobile purchaser interface is acquired, a time for delivery is estimated based on the delivery mode, the dynamic delivery address and an initial location of the mobile purchaser interface. A dispatch schedule is determined based on the delivery mode, the initial location and the estimated time for delivery. A delivery schedule including a delivery route is determined based on the dynamic delivery address, the updated location and the estimated time for delivery and the delivery schedule is issued to a delivery interface.

[XIE, Xiaowen 谢晓汶, CHEN, Yanjuan 陈燕娟, HEI, Guangyue 黑光月, ZHOU, Yanpei 周延培, CHEN, Qu 陈曲, ZHOU, Feng 周峰, SUN, Xin 孙新, ZHANG, Yong 章勇, CAO, Lijun 曹李军, CHEN, Weidong 陈卫东] 131 Jinshan Road, New District 中国江苏省苏州市高新区金山路131号, Jiangsu 215011Suzhou, Jiangsu 215011 The present application provides a non-motorized vehicle image multi-label classification method, a system, a device and a storage medium, wherein the non-motorized vehicle image labels comprise a classification result of multiple attributes, and the method comprises the following steps: a tested non-motorized vehicle image is input into a trained classification network model, wherein the classification network model comprises a feature extraction layer and multiple classification units one-to-one corresponding to the attributes; the feature extraction layer of the classification network model extracts features in the tested image; multiple classification units of the classification network model respectively calculate the classification results of the attributes according to the extracted features; the classification results of the attributes are combined as the labels of the tested non-motorized vehicle image. The present application can implement non-motorized vehicle multi-attribute classification by using the classification network model, which is simple in training, and high in classification accuracy.

[ZHANG, Jiaxu, XU, Jiang, WANG, Zhifei, CHEN, Xuanqi, CHEN, Shixi, DONG, Xiaowen, JI, Shaobo] Huawei Administration Building, Bantian, Longgang District,, Shenzhen, Guangdong 518129,, CN An optical computing apparatus and system and a computing method are provided. The optical computing apparatus includes a linear operation module, a first delay module, and a coupler. The linear operation module may receive a first group of optical signals and first electrical signals, and modulate the first group of optical signals based on the first electrical signals to output a second group of optical signals. Subsequently, the linear operation module may further receive a third group of optical signals and second electrical signals, and modulate the third group of optical signals based on the second electrical signals to output a fourth group of optical signals. The first delay module may adjust a delay of the second group of optical signals. The coupler combines the delayed second group of optical signals and the fourth group of optical signals into a fifth group of optical signals. The fifth group of optical signals indicates a first computing result that is obtained after multiply-add operations are performed on a first group of data and a first part of weights and on the first group of data and a second part of the weights. For the optical computing system, different multiply-add operations can be implemented by modulating only input optical signals and electrical signals, ensuring efficiency of the optical computing system.＜img id="iaf01" file="imgaf001.tif" wi="76" he="30" img-content="drawing" img-format="tif" /＞

[HU, Huizhu 胡慧珠, FU, Zhenhai 傅振海, GAO, Xiaowen 高晓文, CHEN, Xingfan 陈杏藩, LI, Nan 李楠, LIU, Cheng 刘承, CHEN, Zhiming 陈志明, XU, Jinsheng 徐晋升, ZHU, Shaochong 朱绍冲, WANG, Yingying 王颖颖, HE, Peitong 何沛彤] Zhejiang Lab, Kechuang Avenue, Zhongtai Sub-District, Yuhang District 中国浙江省杭州市余杭区中泰街道科创大道之江实验室, Zhejiang 311121Hangzhou, Zhejiang 311121;No. 866 Yuhangtang Rd, Xihu District 中国浙江省杭州市西湖区余杭塘路866号, Zhejiang 310058Hangzhou, Zhejiang 310058 Disclosed are a method and apparatus for signal communication based on suspended particles. According to an example, the method comprises: enabling a particle suspension state; regulating and measuring the net charge carried by suspended particles; calibrating electromagnetic response characteristics of the suspended particles; applying an electromagnetic communication signal; and acquiring and demodulating the electromagnetic communication signal. According to an example, the apparatus comprises a suspension capture module; a charge measurement and regulation module; an electromagnetic response calibration module, used for acquiring floor noise and an electromagnetic response transfer function of the suspended particles in advance; and a communication signal detection and demodulation module, used for detecting a motion response of the suspended particles under an electromagnetic communication signal, recovering the externally-applied electromagnetic communication signal from the detected motion response on the basis of the floor noise and the electromagnetic response transfer function, and performing demodulation to obtain symbol information of the electromagnetic communication signal. Disclosed are a method and apparatus for signal communication based on suspended particles. According to an example, the method comprises: enabling a particle suspension state; regulating and measuring the net charge carried by suspended particles; calibrating electromagnetic response characteristics of the suspended particles; applying an electromagnetic communication signal; and acquiring and demodulating the electromagnetic communication signal. According to an example, the apparatus comprises a suspension capture module; a charge measurement and regulation module; an electromagnetic response calibration module, used for acquiring floor noise and an electromagnetic response transfer function of the suspended particles in advance; and a communication signal detection and demodulation module, used for detecting a motion response of the suspended particles under an electromagnetic communication signal, recovering the externally-applied electromagnetic communication signal from the detected motion response on the basis of the floor noise and the electromagnetic response transfer function, and performing demodulation to obtain symbol information of the electromagnetic communication signal.

[Adam Rodriguez, Rendong Chen, Florbela Lei, Thomas Horn, Masumi Matsumoto, Bin Zhu, Yohan Launay, Dillon Goeij, Xiaowen Karen Zhang, Tze Wei Ian Leow, Chen-Ting Chuang] US CA Mountain View Implementations relate to embedded programs and interfaces for chat conversations. In some implementations, a method includes initiating an embedded application in association with a chat interface displayed by a messaging application that executes at least in part on a first user device. The chat interface displays messages originating from other user devices participating in a chat conversation over a network and associated with chat users. An indication is received over the network that one or more particular devices of the other user devices have connected to an embedded session associated with the embedded application. In response, chat identities associated with particular users of the particular user devices are provided from the messaging application to the embedded application. The particular users are designated as member users of the embedded session, and the embedded application is updated based on data received from particular user devices of the embedded session.

[RODRIGUEZ, Adam, CHEN, Rendong, LEI, Florbela, HORN, Thomas, MATSUMOTO, Masumi, ZHU, Bin, LAUNAY, Yohan, GOEIJ, Dillon, ZHANG, Xiaowen, Karen, LEOW, Tze Wei Ian, CHUANG, Chen-Ting] 1600 Amphitheatre ParkwayMountain View, California 94043 Implementations relate to embedded programs and interfaces for chat conversations. In some implementations, a method includes initiating an embedded application in association with a chat interface displayed by a messaging application that executes at least in part on a first user device. The chat interface displays messages originating from other user devices participating in a chat conversation over a network and associated with chat users. An indication is received over the network that one or more particular devices of the other user devices have connected to an embedded session associated with the embedded application. In response, chat identities associated with particular users of the particular user devices are provided from the messaging application to the embedded application. The particular users are designated as member users of the embedded session, and the embedded application is updated based on data received from particular user devices of the embedded session.

[LIN, Zhiguo 林志国, OUYANG, Liange 欧阳联格, CHEN, Zhong 陈重, YI, Peng 尹鹏, ZHENG, Ning 郑宁, CHEN, Xiaowen 陈小文, CAO, Minwei 曹敏伟, XU, Guangyuan 徐光源, XIAO, Huijin 肖辉进] LIN, Zhiguo 中国福建省龙岩市新罗区东城东宝路421号林志国, Fujian 364000No.421, Dongchengdongbao Road, Xinluo DistrictLongyan, Fujian 364000 The present invention relates to an emergency rescue apparatus for building collapse. The emergency rescue apparatus comprises a suction and digging robot, a gas-solid separation device and a power device, wherein the power device is connected to the gas-solid separation device by means of a pipeline, and the gas-solid separation device is connected to the suction and digging robot by means of a pipeline; the power device is used for providing hydraulic power for the gas-solid separation device and the suction and digging robot; the power device is further used for providing negative-pressure suction power for the gas-solid separation device and the suction and digging robot; the suction and digging robot is used for sucking and digging through a collapsed building; the gas-solid separation device is used for storing collapsed building material sucked and dug through by the suction and digging robot; and the gas-solid separation device is further used for purifying gas in the gas-solid separation device. By means of the emergency rescue apparatus for building collapse in the present invention, the labor intensity is low, time and labor are saved on, the working efficiency and the timeliness of emergency measures are improved, and no secondary collapse is caused due to a long-distance operation.

[Adam Rodriguez, Rendong Chen, Florbela Lei, Thomas Horn, Masumi Matsumoto, Bin Zhu, Yohan Launay, Dillon Goeij, Xiaowen Karen Zhang, Tze Wei Ian Leow, Chen-Ting Chuang] US CA Mountain View Implementations relate to embedded programs and interfaces for chat conversations. In some implementations, a method includes initiating an embedded application in association with a chat interface displayed by a messaging application that executes at least in part on a first user device. The chat interface displays messages originating from other user devices participating in a chat conversation over a network and associated with chat users. An indication is received over the network that one or more particular devices of the other user devices have connected to an embedded session associated with the embedded application. In response, chat identities associated with particular users of the particular user devices are provided from the messaging application to the embedded application. The particular users are designated as member users of the embedded session, and the embedded application is updated based on data received from particular user devices of the embedded session.

[Gengshen SONG, Honglei ZHANG, Xichao CHEN, Huanyu WANG, Dawei HUANG, Xiaowen YU, Yangjian LIU, Yuqing LI, Rucan YAN, Lianyong QIAO, Xiaojuan LI, Xiaoling CHEN, Zhenlong SUN, Shuai WANG, Kai DONG, Jinyu ZHANG] CN Beijing Provided in the present disclosure is a compound of formula (I), or an N-oxide, solvate, pharmaceutically acceptable salt or stereoisomer thereof, which is an extrahepatic targeted cationic lipid compound with high efficiency and low toxicity. Further provided are a composition containing the aforementioned compound, and the use thereof in the delivery of a therapeutic or prophylactic agent.

[YANG, Zonglu, CHEN, Xiaowen, ZHU, Yi, ZHU, Liming, WU, Ninglin, XIE, Yi, WANG, Xi, LI, Dong, CHEN, Qiang, LI, Xuan, LIU, Yongli] West section of south 2nd Ring Road Shushan District, Hefei City, Anhui 230022, CN Die Erfindung offenbart einen Bohrer für eine Drehbohranlage, umfassend einen Bohrzylinder, der am oberen Ende mit einem Verbindungsteil und am unteren Ende mit einem Schneidteil versehen ist, wobei der Bohrzylinder einen Bohrzylinderkörper und einen Zylinderklappmantel umfasst, wobei der Bohrzylinderkörper entlang seiner Seitenwand in Längsrichtung mit einer Nutöffnung versehen ist, und das offene Ende der Nutöffnung sich an der unteren Endfläche des Bohrzylinderkörpers befindet, wobei der Zylinderklappmantel an der Nutöffnung angeordnet ist, und der Oberteil des Zylinderklappmantels über ein erstes Scharnier drehbar mit dem Bohrzylinderkörper verbunden ist, wobei der Schneidteil ein erstes Verbindungsende und ein zweites Verbindungsende aufweist, die positionell einander gegenüberliegen, und das erste Verbindungsende über ein zweites Scharnier drehbar mit dem Unterteil des Zylinderklappmantels verbunden ist. Die Struktur der Erfindung ist neu. Der Zylinderklappmantel und der Schneidteil bilden eine exzentrische L-förmige Struktur. Wenn der türförmige Rahmen vom Haken gelöst wird, wird der Zylinderklappmantel unter der Schwerkraft automatisch vom Bohrzylinderkörper getrennt, so dass die Schlacken automatisch fallen können.＜img id="iaf01" file="imgaf001.tif" wi="106" he="154" img-content="drawing" img-format="tif" /＞