life signal 中文意思是什麼
life signal
解釋
救生圈信號-
Compared with traditional mechanical and optic gyros, hrg has such advantages as no high speed circumvolving or moving parts in structure, no warm - up time and short start - up time, wide signal band in frequency, low excursion noises, great endurance in over loading, nuclear radiation and short time power off, small bulk, light weight, low power cost and long life, which is suitable for space applications
與傳統的機械陀螺和光學陀螺相比，半球諧振陀螺具有如下優勢:結構上無高速轉子、無活動部件;不需預熱，啟動時間短;信號頻帶寬，漂移噪聲低;能承受大的機動過載;抗核輻射，並可經受短時間電源中斷的影響;體積小，重量輕，功耗低，壽命長，非常適合空間應用。 -
Bnc : f11pin - db9 connect nellcor spo2 sensor pvc innoxious double deck shield 2. 4m especial alloy conductor increase flex life 3 - 5times gilded terminal : terminal insure signal without interference well shield od4. 0mm double deck shield prevent drop design
插頭: f11pin - db9可連接nellcor血氧探頭pvc無毒雙層屏蔽線2 . 4m特殊合金導體使壽命增加3 - 5倍鍍金端子:端子保證連接信號無干擾 -
They use a traditional two - input myoelectric ( muscle signal ) to open and close the hand ' s life - like fingers
機械手使用兩個插入式的肌肉感應器，可以控制手指頭的應用。 -
Design of non - contact life - parameters signal detection system
非接觸式生命參數信號檢測系統的設計 -
Signal preprocessing of non - contact life parameters detection by radar technology
雷達式非接觸生命參數檢測的信號預處理 -
The development of the signal processing unit in non - contact life - detecting system based on dsp
的非接觸生命探測系統中信號處理單元的研製 -
So it is necessary to find a way to constrain the self - dithering interference of the non - contact life - detection system and raise snr so as to extract the life - parameter signal of human subject
因此，必須設法抑制由於外界作用而使非接觸生命參數檢測系統產生的自抖動干擾，提高信噪比，檢測出人體的生命參數信號。 -
In practice, the dithering of non - contact life - parameter detection system made by our group is produced because of the environmental factors such as wind, vibration, motion and so on. the amplitude of the dithering signal is stronger than that of the life - parameter signal, which makes it difficult to extract the life - parameter signal
第四軍醫大學碩士學位論文本課題組研製的非接觸生命參數檢測系統實際工作時，由於外圍環境的干擾（風、振動、移動等）可以導致檢測系統產生抖動，這種抖動信號的幅度大於人體的生命參數信號，甚至導致檢測系統無法檢測出人體的生命參數信號。 -
The new synthesized protein was led to endoplastic reticulum cavity by eukaryotic secretory signal peptide sequence and then anchored to innerwall of endoplastic reticulum by kdel sequence, which interdicted the process of protein entering golgi body and cytoplasm, and then avoided heterogeneous glycosylation modification of foreign protein and prolonged the disappearance of half life of protein in organism. 2
真核分泌信號肽序列可以引導新合成的蛋白質進入內質網腔， kdel序列將進入內質網腔的蛋白質錨定在內質網內壁上，從而阻斷了蛋白質進入高爾基體和細胞質的過程，進而避免了外源蛋白質的異源糖基化修飾，延長了蛋白質在生物體內的半衰期。 -
The dietetic life, a foundation of creating taste image, can create taste image of language sign by interaction, second signal system, linking senses and promoting feelings so as to achieve aesthetics of distinguishing taste
飲食生活作為味象生成的根基，其通過交感、第二信號系統及聯覺通感等多種途徑實現語符的味象生成，從而達成辨味審美。 -
Bearings roller bearings and other components. bearing ring precision rolling production line ; a high - precision, super efficient grinding automatic production line ; bearing assembly line ; signal processing equipment ; blank processing equipment ; crowning roller grinder ; end - grinder ; coordinate precision grinder ;, cylindrical grinder ; surface grinder ; spherical roller processing equipment ; raceway grinder ; heat treatment ; needle processing equipment ; polishing processing equipment ; roller - seiki ; rolling auto - sorting machine parts bearing hardness sorting machine bearing cleaning equipment ; contact angle measuring instrument ; contour meter ; bearing life experimental device ; bearing packaging equipment ; roundness instrument ; dynamic vibration noise analyzer ; noise vibration test equipment ; printing machine measuring instrument ; roughness tester ; scanning electron microscope ; finish detector ; inverter ; spindle, wheel, whetstone and other grinding materials
軸承套圈精密輾擴生產線高精高效磨超自動生產線軸承自動裝配線球加工設備毛坯加工設備凸度滾子磨床雙端面磨床高精度坐標磨床內外圓磨床平面磨床球面滾子加工設備溝道磨床熱處理生產滾針加工設備光飾加工設備滾道超精機滾動體自動分選機軸承零件硬度選別機軸承清洗設備角接觸測量儀輪廓測量儀軸承壽命實驗裝置軸承包裝設備圓度儀振動噪音動態分析儀振動噪音測試裝置印字機加工測量儀粗糙度測試儀掃描電子顯微鏡光潔度檢測儀變頻器電主軸砂輪油石和其他研磨材料 -
In brief, our courses will explore life phenomena at various angles including ( 1 ) global interactions of different biological communities ; ( 2 ) whole organism structures, development, physiology and functions ; ( 3 ) individual cell, cellular components and functions, and the signal transduction therein ; and ( 4 ) biochemical, genetic, and molecular basis of life
簡而言之，本系的學科嘗試從不同的角度去了解生命現象，包括（ 1 ）生物社群間的宏觀相互作用; （ 2 ）生物個體結構、發育、生理及功能； （ 3 ）個別細胞，細胞成份與其功能，以及其間的訊號傳導; （ 4 ）生命的生化、遺傳和分子基礎。 -
After measuring dark current, photocurrent and response to x pulse of gaas detector before and after 1. 7 mev electronic radiation, the response tune, fall time of trailing edge, full width of half maximum ( fwhm ), sensitivity, carrier life, mobility are researched and contrasted. the result shows that the response speed of detector, time resolution ratio and nonlinear of back edge of output signal have been improved greatly after electronic radiation. though sensitivity of the detector reduces, its measuring range can be widened
為了使探測器的性能得到進一步的提高，我們對其進行了電子輻照改性，並測量了本徵砷化鎵探測器和經過1 . 7mev電子輻照的探測器的暗電流、光電流及對x射線的脈沖響應，並對其響應時間，后沿下降時間，半高寬（ fwhm ） ，載流子壽命，靈敏度進行對比，研究，結果顯示經電子輻照后的探測器的性能得到了改善，使響應速度，分辯率進一步提高，並消除了探測器輸出信號后沿的非線性，雖靈敏度有所降低，反而使其測量范圍得以拓寬。 -
Inductive electric alarm contacts have an almost unlimited service life, as the signal is switched without physical contact
感應電警報接點有幾乎無限的使用壽命，因為它不用物理接點切換信號。 -
Leds ( light emitting diodes ) have become new attractive solid light sources with superiority in high reliability, high brightness, long life and high energy efficiency and extensively been used in the area of big screen displaying, traffic signal lights, multimedia information storage and lighting
發光二級管（ lightemittingdiode ， led ）是一種高亮度、高效率、長壽命的新型固體光源。被廣泛應用於大屏幕顯示，交通信號燈，多媒體信息存儲，照明等領域，無論是產值還是產量，在半導體光電器件中均占據主導地位。 -
With the continual development of network technology and medical technology, life signal monitoring technology in tele - medical has become ripe day after day, traditional methods and simple instruments have been replaced by dbms and computer system and instruments which make up of complicated sensor and microprocessor
隨著網路技術和醫療技術的不斷發展，遠程醫療中的生命信號監測技術已經日趨成熟，傳統的方法和簡單的儀器已被由復雜的傳感器、微處理器組成的儀器以及數據庫管理和計算機系統所取代。 -
Tele - medical life signal monitoring enables people to complete many medical treatment activities which must be accomplished in hospital in the past without going out to hospital
遠程生命信號監測可以使人們足不出戶或在一定的活動范圍內就能完成許多原來必須整日躺在醫院里才能進行的醫療活動。 -
Comparing the experiment result with other protocols and analyzing the cause of differences. lastly, designing and implementing life signal wearable monitoring system using the life signal wearable monitoring protocol to prove the practicability of the protocol
將實驗結果與已有相關協議進行了對比並分析產生差別的原因;最後，利用隨身監測協議設計並實現了生命信號隨身監測系統，證明了協議的實用性。 -
To supply the gap of current network protocol used in tele - medical monitoring systems, according to a complete life signal monitoring system based on mobile platform, this dissertation presents life signal wearable monitoring protocol. firstly, designing the proper format of data packet and control packet on the basis of life signal ’ s specialty to enhance the transmitting efficiency. secondly, describing the protocol in the method of formalization, designing the flow of the protocol and implementing it by coding. thirdly, analyzing the performance of the protocol on both local machine and lan, debugging and modifying the software to meet the require
首先，根據生命信號的特點，本著提高傳輸效率的原則，設計了生命信號數據報文和控制報文的合理格式;其次，採用形式化方法對協議進行了描述，設計了協議的工作流程並編碼實現;再次，在單機和網路環境下進行了性能分析，調試修改軟體並使其達到設計要求。 -
But with the high - speed development of tele - medical life signal monitoring technology, many problems emerged, such as no compatibility caused by nonstandard format ; incorrect diagnoses caused by data losing and delay ; incapable of transmitting different kinds of life signal at the same time ; the demand of transfer, etc. consequently, in order to enhance the efficiency and quality of life signal monitoring further, some proprietary regulation must be set down
但在遠程生命信號監測技術高速發展的同時，也暴露出一些問題，比如格式不規范導致的不兼容，數據延遲或丟失引起的錯誤診斷，無法同時傳輸多種類型的生命信號，病人需要一定的移動性，等等。因此，要進一步提高生命信號監測的效率和質量，就必須制定一些專有規則。
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