最新動態
-
LC-DEV-232長度控制器使用說明使用說明及串口協議
-
IIT-6WRS4帶有6路信號采集的智慧交互終端全新上市IIT-6WRS4是蓋恩茨的一款帶有6路信號采集的智慧交互終端,采用5寸高分辨率觸摸彩屏,可以實現工位呼叫、推送通知等無盡功能。硬件采用高靈敏WiFi芯片,適用于300m內的中遠距離通信,采樣速率高達1000000次/秒,支持0.01V-38V廣域電源輸入,捕捉現場所有瞬間,還原工業現場實時動態。
-
TR-SWUEL-b 高性能LTE中繼主機全新發布TR-SWUEL-b 高性能LTE中繼主機
全新蓋恩茨TR-SWUEL-b 高性能LTE中繼主機,使用全新設計,鋁合金外殼,為您帶來極致的安全體驗。被動式散熱模塊,為主機性能提供保障。
主機同樣擁有4種無線通信模塊,中遠距離通信Si4432模塊、高性能WiFi模塊,近距離RFID模塊以及LTE 4G網絡通信模塊。在不同領域使用不同通信模塊,甚至可以在通信繁忙時自適應切換通信方式,保障信號傳輸。 -
GWS智慧織造云平臺V1.2全新上線GWS智慧織造云平臺是以大數據、云網絡為核心,集分布式數據庫技術以及自主研發的遠距離、高帶寬無線通信技術于一體的智慧織造云系統。實現了傳統織造行業生產、停車數據實時上傳到云端,通過云計算手段,讓您可以通過任何電腦、手機或者平板,在任何時間、任何地點,無需等待,輕松獲取工業現場實時動態、最新統計數據、報表等,把握企業生產策略,調整設備保養計劃,為您的決策提供所需數據。更可以部署智慧織造信息看板于織造車間,故障報警、了機預測均可在第一時間通知相關責任人,為企業帶來前所未有的高效管理。
-
蓋恩茨無線工業多層燈塔研發成功
蓋恩茨無線工業多層燈塔,外殼采用聚碳酸脂材料制成,內部采用單片機控制電路,閃光燈體由高亮度LED組成,亮度高、壽命長、工作穩定可靠。內置中遠距離Si4432、全球通信LTE 4G網絡,WiFi以及RFID四種通信模塊,最高支持8路信號輸入,用途廣,通信穩定,通過替換現有燈塔,實現無線信號通訊的目的。
-
GWS®手持PDA-2LaCRBWL-a上線蓋恩茨GWS?手持PDA-2LaCRBWL-a PDA基于Android系統,采用電容觸摸及鍵盤雙輸入模式,使用美國進口霍尼韋爾激光掃描頭,輕松應對各類一、二維碼。搭載RFID進場通信模塊,Bluetooth模塊,LTE 4G網絡以及WiFi高速無線網。配套實用GWS智慧織造云平臺系統,可以在車間方便輸入及查詢,操作簡單,讓工業現場輕松實現信息化管理。
-
65寸智慧車間信息看板正式上線65寸超大工業智能看板,基于Android研發,通過WiFi無線通信手段與配套GWS?系統使用,適用于工業現場車間,為車間員工提供指導性信息。通過強大的云平臺計算,基于跨時代的GWS?智慧織造云平臺系統,將車間停車信息、稼動率信息以及工業預測信息呈至看板上,讓員工對車間信息了如指掌。
-
TR-SWUEL-a 高性能LTE中繼主機研發成功蓋恩茨TR-SWUEL-a 高性能LTE中繼主機,擁有4種無線通信模塊,4種電源供電,互為備份,實時保證有效連接;主機延時時間短,掛載量大,可同時為1000臺信號采集器數據實時上傳至云端服務器,是整個無線通信系統的核心。
-
SC5B-a 5路中遠距離無線高速信號采集器研發成功SC5B-a是蓋恩茨的一款基礎型5路隔離輸入中遠距離無線高速信號采集器,適用于300m內的中遠距離通信,采樣速率高達1000000次/秒,支持0.01V-38V低壓輸入,捕捉現場所有瞬間,還原工業現場實時動態。
-
經理助理/文秘崗位職責:1、起草、存檔、整理總經理簽發的文件;2、負責各類文件的分類呈送,請總經理閱批并轉有關部門處理;3、掌握總經理的日程安排做好預約工作,安排商務旅行;4、協助總經理作好經營服務各項管理并督促、檢查落實貫徹執行情況;5、協助總經理調查研究、了解公司經營管理情況并提出處理意見或建議,供總經理決策;6、完成總經理或綜合管理部經理交辦的其他工作任職要求:1.具有良好的道德品質和企業意識2.具備積極態度,執行力3.熟練操作電腦等辦公設備,熟悉網絡工作4.本科及以上學歷優秀者可放寬至大專5.工作經驗2-3年以上 23~30周歲優先
-
招聘電工電工崗位職責:1、負責日常維修、計劃檢修、保養;2、負責施工監理、配電線路安裝等工作;3、及時巡查,發現問題及時處理;4、負責內部所有電氣設備的維護檢修工作;5、早晚上下班做好換班交接檢修工作。招聘要求:1、17--40歲有責任心吃苦耐勞的,有相關工作經驗優先錄用。(無經驗可帶薪培訓)2、初中及初中以上文化程度,為人誠實可靠、對工作認真負責;3、身體健康,無精神病、無傳染性疾病
-
招聘物聯網服務器開發工程師崗位職責:1、參與定義和設計公司的物聯網平臺系統,設計、實現各個軟件組件2、研究多種設備與物聯網平臺的對接方案,并參與設計和實現3、上級安排的其它事項
-
WorkstationThis article is about the type of computer. For workstations in music production, see music workstation. For furniture, see cubicle and computer desk.This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (July 2010) (Learn how and when to remove this template message)Sun SPARCstation 10 with CRT monitor, from the early 1990sA workstation is a special computer designed for technical or scientific applications. Intended primarily to be used by one person at a time, they are commonly connected to a local area network and run multi-user operating systems. The term workstation has also been used loosely to refer to everything from a mainframe computer terminal to a PC connected to a network, but the most common form refers to the group of hardware offered by several current and defunct companies such as Sun Microsystems, Silicon Graphics, Apollo Computer, DEC, HP and IBM which opened the door for the 3D graphics animation revolution of the late 1990s.Workstations offered higher performance than mainstream personal computers, especially with respect to CPU and graphics, memory capacity, and multitasking capability. Workstations were optimized for the visualization and manipulation of different types of complex data such as 3D mechanical design, engineering simulation (e.g., computational fluid dynamics), animation and rendering of images, and mathematical plots. Typically, the form factor is that of a desktop computer, consist of a high resolution display, a keyboard and a mouse at a minimum, but also offer multiple displays, graphics tablets, 3D mice (devices for manipulating 3D objects and navigating scenes), etc. Workstations were the first segment of the computer market to present advanced accessories and collaboration tools.The increasing capabilities of mainstream PCs in the late 1990s have blurred the lines somewhat with technical/scientific workstations[citation needed]. The workstation market previously employed proprietary hardware which made them distinct from PCs; for instance IBM used RISC-based CPUs for its workstations and Intel x86 CPUs for its business/consumer PCs during the 1990s and 2000s. However, by the early 2000s this difference disappeared, as workstations now use highly commoditized hardware dominated by large PC vendors, such as Dell and HP & Fujitsu, selling Microsoft Windows or GNU/Linux systems running on x86-64 architecture such as Intel Xeon or AMD Opteron CPUs.
-
jQueryjQuery是一套跨瀏覽器的JavaScript庫,簡化HTML與JavaScript之間的操作。[2]由約翰·雷西格(John Resig)在2006年1月的BarCamp NYC上發布第一個版本。目前是由Dave Methvin領導的開發團隊進行開發。全球前10,000個訪問最高的網站中,有65%使用了jQuery,是目前最受歡迎的JavaScript庫[3][4]。
-
HTML5HTML5是HTML最新的修訂版本,2014年10月由萬維網聯盟(W3C)完成標準制定。[2][3][4]目標是替換1999年所制定的HTML 4.01和XHTML 1.0標準,以期能在互聯網應用迅速發展的時候,使網絡標準達到匹配當代的網絡需求。廣義論及HTML5時,實際指的是包括HTML、CSS和JavaScript在內的一套技術組合。它希望能夠減少網頁瀏覽器對于需要插件的豐富性網絡應用服務(Plug-in-Based Rich Internet Application,RIA),例如:AdobeFlash、Microsoft Silverlight與Oracle JavaFX的需求,并且提供更多能有效加強網絡應用的標準集。具體來說,HTML5添加了許多新的語法特征,其中包括<video>、<audio>和<canvas>元素,同時集成了SVG內容。這些元素是為了更容易的在網頁中添加和處理多媒體和圖片內容而添加的。其它新的元素如<section>、<article>、<header>和<nav>則是為了豐富文檔的數據內容。新的屬性的添加也是為了同樣的目的。同時也有一些屬性和元素被移除掉了。一些元素,像<a>、<cite>和<menu>被修改,重新定義或標準化了。同時APIs和DOM已經成為HTML5中的基礎部分了。[5]HTML5還定義了處理非法文檔的具體細節,使得所有瀏覽器和客戶端程序能夠一致地處理語法錯誤。[6]
-
Software as a serviceSoftware as a Service (SaaS; pronounced /s?s/[1]) is a software licensing and delivery model in which software is licensed on a subscription basis and is centrally hosted.[2][3] It is sometimes referred to as "on-demand software".[4] SaaS is typically accessed by users using a thin client via a web browser. SaaS has become a common delivery model for many business applications, including office and messaging software, payroll processing software, DBMS software, management software, CAD software, development software, gamification, virtualization,[4] accounting, collaboration, customer relationship management (CRM), management information systems (MIS), enterprise resource planning (ERP), invoicing, human resource management (HRM), talent acquisition, content management (CM), antivirus software, and service desk management.[5] SaaS has been incorporated into the strategy of nearly all leading enterprise software companies.[citation needed][6]According to a Gartner Group estimate, SaaS sales in 2010 reached $10 billion, and were projected to increase to $12.1bn in 2011, up 20.7% from 2010.[7] Gartner Group estimates that SaaS revenue will be more than double its 2010 numbers by 2015 and reach a projected $21.3bn. Customer relationship management (CRM) continues to be the largest market for SaaS. SaaS revenue within the CRM market was forecast to reach $3.8bn in 2011, up from $3.2bn in 2010.[8]The term "software as a Service" (SaaS)[9] is considered to be part of the nomenclature of cloud computing, along with infrastructure as a service (IaaS), platform as a service (PaaS), desktop as a service (DaaS),[10] managed software as a service (MSaaS), mobile backend as a service (MBaaS), and information technology management as a service (ITMaaS).
-
工業4.0業4.0是德國政府提出的一個高科技戰略計劃。該項目由德國聯邦教育局及研究部和聯邦經濟技術部聯合資助,投資預計達2億歐元。旨在提升制造業的智能化水平,建立具有適應性、資源效率及人因工程學的智慧工廠,在商業流程及價值流程中整合客戶及商業伙伴。其技術基礎是網絡實體系統及物聯網。德國所謂的工業四代(Industry4.0)是指利用物聯信息系統(Cyber—PhysicalSystem簡稱CPS)將生產中的供應,制造,銷售信息數據化、智慧化,最后達到快速,有效,個人化的產品供應。[1] 工業4.0已經進入中德合作新時代,中德雙方簽署的《中德合作行動綱要》中,有關工業4.0合作的內容共有4條,第一條就明確提出工業生產的數字化就是“工業4.0”對于未來中德經濟發展具有重大意義。雙方認為,兩國政府應為企業參與該進程提供政策支持。[2]