Honeywell International Inc.

Vmware, Inc.

Hand Held Products, Inc.

Shanghai United Imaging Healthcare Co., Ltd.

Intermec IP Corporation

Decho Corporation

Zhao Xia Jin

Rocky Qu

Jex Zhang

Charlotte Loomis

Ning Qin

Dave Mulvey

Jie Zhu

Weimin Zhou

Tiecheng Qu

Xue Liu

Jiajun Wang

Bruce Liu

Jimmy Zheng

Jacky Zhu

Gary Cao

David Hou

Lynette Li

Wenguang Wang

Wei Zhang

Wei Han

Jin Zhang

Peng Zhou

Yanfang Liu

Wenbo Wang

Ling Lin

Tao Xie

Ruiling Dou

Zheng Gu

Feng Tian

Zongliang Li

Yajun-Edwin Zhang

Xiaojuan Zhu

Weiming Zhou

Shuming Li

Yinlei Zhang

Roy Liao

Yajun Edwin Zhang

Yolanda Wang

Kevin Xu

Hong Li

Ping Chen

Enning Xiang

Tom Plocher

Jin Feng

Dan Li

Thomas A Plocher

Joseph Rodrigues

Andrew David Halford

Christian Dickmann

Yuanzhi Wang

Oliver Li

Enyi Chen

Lyndon Liu

Dongdong Wang

Yazhou Liu

Jonathan Sugerman

Zhongping Lu

Junyan Xu

Charlotte Fitzgerald

Chengmao Lu

Chang Xu

Mark Li

Pete Madson

Le Liu

Ji Gu

Minjie Huang

Gio Xu

Hongjun Li

Yijing Hou

Jia Rui Huang

Xi He

Lei Xu

Youdao Bai

Clara Qiu

York Zhang

Yaning Li

Jerry Qi Huang

Mew Liu

Clay Sun

Eric Xia

Chengyi Liu

Anncy Zhou

Chris Press

Curtis Mitchell

Elly Lee

Joonyeon Kim

Mike Berg

Zhou Weiming

Huaqing Liao

Tablet

A method for encryption in a distributed datastore is provided. The method generally includes receiving random data from a virtualization management platform as a wrapped data encryption key (DEK), retrieving a key encryption key (KEK) from a key management server (KMS), decrypting the wrapped DEK using the KEK to determine a blank DEK, where the blank DEK is common to a plurality of hosts of a host cluster accessing a distributed datastore; encrypting first data using the blank DEK, and storing the encrypted first data in one or more disks of the distributed datastore, the one or more disks belonging to the plurality of hosts.

Encryption in a distributed storage system utilizing cluster-wide encryption keys

Display screen or portion thereof with graphical user interface

The present disclosure relates to bootstrapping an encrypted single node VSAN cluster. One method includes receiving a request to create an encrypted VSAN cluster from a single host in a software-defined datacenter, deploying a virtual server on a VSAN datastore of the software-defined datacenter, registering a native key provider (NKP) in the virtual server, creating an empty VSAN cluster encrypted by the NKP, adding the single host to the encrypted empty cluster to create a one-host encrypted cluster, registering a KMIP KMS in the virtual server, switching encryption of the one-host encrypted cluster from the NKP to the KMIP KMS, and adding another host to the one-host encrypted cluster to create the encrypted cluster.

Bootstrapping an encrypted single node VSAN cluster

Systems and methods for a pre-treatment quality assurance (QA) of a radiotherapy device may be provided. The method may include determining a measured dose image through an electronic portal dose imaging device (EPID). The method may include determining an energy fluence distribution map related to radiation beams predicted by a first portal dose prediction model. The method may include determining a predicted dose image based on the energy fluence distribution map and a simulated energy response curve related to the EPID. The method may further include determining differences between the measured and predicted dose images by comparing the dose distributions of the measured and predicted dose images.

Systems and methods for quality assurance of radiation therapy

Harness

Harness padding

Eyewash station

Cartridge for an eyewash station

Apparatuses are described that provide for a mobile eye washing station. An example station includes a fluid storage cartridge that stores unused eye wash fluid and a nozzle assembly in fluid communication with the fluid storage cartridge. In operation, the nozzle assembly dispenses the unused eye wash fluid stored in the fluid storage cartridge via one or more nozzles of the nozzle assembly. The example station further includes a waste fluid collection basin that, in operation, collects eye wash fluid dispersed by the nozzle assembly. Due to contact with the fluid storage cartridge, the waste fluid collection basin compresses the fluid storage cartridge to drive fluid communication between the fluid storage cartridge and the nozzle assembly. The fluid storage cartridge is disposed vertically beneath the waste fluid collection basin.

Mobile eye washing station

A face mask comprises a container coupled to a first surface of a face mask, a fragrance material disposed in the container, and an exhalation valve coupled to a second surface of the a face mask. The fragrance material comprises a fluid configured to evaporate from the fragrance material, and the container is configured to releasably engage the exhalation valve to form a closed chamber. The closed chamber is configured to enclose the fragrance material when the container is releasably engaged with the exhalation valve.

Perfumed dust mask

RFID handheld scanner

Architectures for computing clusters with enhanced scalability and fault isolation capabilities are described. The enhanced capabilities are enabled by partitioning hosts of the clusters into multiple storage domains of the cluster. Each of the hosts includes processing and storage resources. The resources are logically partitioned into a processing layer and a storage layer of the cluster. The processing layer includes a virtualized processing resource for each of the storage domains. The storage layer includes a virtualized datastore for each of the storage domains. The processing layer provides users with access to virtualized machines (VMs). The storage layer provides the VMs with access to virtualized datastores of the associated storage domain. The aggregated resources of the host computing devices within the cluster may be employed to instantiate the processing layer and the storage layer of the cluster.

Architectures for hyperconverged infrastructure with enhanced scalability and fault isolation capabilities

Embodiments relate generally to a gas detector system. The gas detector system comprises a gas detector mounting flange, where the gas detector mounting flange comprises an explosion-proof cylindrical body that is configured to couple the gas detector mounting flange to a gas detector and a plurality of bolt receiving slots configured to couple the gas detector mounting flange to a mounting system by securing bolts, where each bolt receiving slot is at least three times as long as a diameter of securing bolts.

Gas detector mounting design

Growing community of inventors

Shanghai, China

Zhao Xia Jin