clean+easy除毛-選用蜜蠟脫毛方法時的注意事項

　　選擇品牌　　就皮GIGI除毛膚護理而言，選用廉價的産品並不是明智的選擇。不宜購買廉價劣質的産除毛教學品，而應選用聲譽較高的蜜蠟品牌，即品牌用戶衆多，其蜜蠟産品能適應不同的皮膚類型和肌膚特質，可保證每次蜜蠟脫毛都能達到美容沙龍的品質，而且采用高品質的純天然成分。

　　成分

　　你絕不會吃下有害或者名字聽起來很古怪的東蜜蠟除毛西，對吧?你在皮膚上塗抹的東西會被吸收進體內，因此美膚成分就好比你吃下去的東西。含有杏仁油、花提取液、蘆荟汁和維生素E等天然成分的蜜蠟套裝不僅可以護膚，也可以脫除體毛。更妙的是，含有精油的蜜蠟産品還能舒緩受刺激的皮膚。

　　害怕塗蠟

　　如果你還不敢用小巧的木質抹刀往你的皮膚上塗抹溫熱粘稠的蜜蠟，那就選用現在市面上那些用起來更方便的蜜蠟套裝。滾動式蜜蠟塗敷方式適合于那些害怕塗蠟的人士——只須將蠟盒中蜜蠟滾動塗敷，然後借助使用簡便的蠟紙將蜜蠟脫去，就完事了！蠟膏和噴塗型脫毛蜜蠟甚至更讓人輕松，因爲它們可以溶解體毛——你只需將蠟膏擦塗或噴塗，然後過幾分鍾洗掉即可。

　　時間安排

　　像衆多女性一樣，如果你每天沒有太多時間進行腿部蜜蠟脫毛，那就選用脫毛膏或噴塗蜜蠟套裝。經過特殊設計的脫毛膏效果類似于剃毛，只clean+easy除毛不過脫毛膏不會切斷體毛，從而能阻止體毛正常再生。脫毛膏能夠溶解體毛，可以在更長的時間裏抑制體毛再生長。脫毛膏很適合于那些怕疼的人士——用脫毛膏脫除腿部或腋下的體毛幾乎沒有疼痛感。

望遠鏡-放大鏡使用方法

觀察方法一：讓放大鏡靠近觀察的物放大鏡體，觀察對象不動，人眼和觀察顯微鏡對象之間的距離金相顯微鏡不變，然後移動手持在物體和人眼之間來回移動，直至圖像大而清楚。

觀察方法二：放大鏡盡量靠近天文望遠鏡眼睛。放大鏡不動，移動物體，直至圖像大而清楚。

用途

1。一枚無色差的消色差鏡片，能非常清晰地觀測圖望遠鏡片和寶石的鑒定，帶有包裝盒，輕便易帶。

2。也可用于珠寶認證檢測、基板表面的品質、顔色的校正等檢査。

構造

分爲兩部分：透鏡、鏡柄。

透鏡

一整塊的透明或半透明物體。

其折射面是兩個球面，或是一個球面一個平面。

LED放大鏡

摸上去非常平滑，不會凹凸不平。

通常周圍有物料圍繞著。

特點是中間厚邊緣薄。

太陽餅-寶島名吃 藍莓鳳梨酥

　　藍莓鳳梨酥　　酥綠豆椪皮：黃油115克，糖粉30克，鹽1小勺，雞蛋36克，低粉135克，奶粉55克

　　餡料：菠蘿350克(去皮)，冬瓜700克(去皮去籽)，麥芽糖50克，細砂糖50克，藍莓幹80克

　　烘焙：170度上下火中層15分鍾

　　1、菠蘿去皮切小粒

　　2、用紗布包裹擠出菠蘿汁，菠蘿汁不要丟掉，後面還要用到

　　3、將擠出水份的菠蘿剁成蓉

　　4、冬瓜去皮去籽切小塊

　　5、開水煮至透明變軟

　　6、瀝幹水份晾涼後同樣擠出水份，將擠幹水份的冬瓜同樣剁成蓉

　　7、將麥芽糖、細砂糖和菠蘿汁混合加熱半攪拌均勻至糖融化

　　8、加入菠蘿蓉和冬瓜蓉不斷翻炒，保持中火

　　9、炒至汁水收幹，呈金黃色即可

　　10、將做好的鳳梨餡晾涼後，混合提前溫水泡軟並瀝幹水份的藍莓幹(不用攪拌)，餡料就完成了

　　11、將黃油軟化，加入糖粉用刮刀拌一下

　　12、打發成膨松發白的羽毛狀，分三次加入蛋液，每次都攪拌至完全吸收

　　13聯翔、全部蛋液加入後，黃油的狀態是非常膨松的

　　14、將太陽餅低粉和奶粉篩入打發的黃油中

　　15、混合均勻，但不要過份攪拌以免起筋

　　16、取一個模具，根據模具大小決定皮和餡的份量，我這個模具35克左右，我分了皮餡各一半，因爲有藍莓，太薄的皮容易破，如果你不加藍莓的話，皮薄一些就好

　　17、取一份酥皮在手掌中按扁，中間薄四周厚些，將餡料(藍莓幹每顆包入4-5粒即可)包進去

　　18、用虎口處收口，太陽餅然後拇指輕輕推酥皮，將其包裹，這一步我一個人沒辦法拍照，其實是很簡單的，類似包月餅的手法，需要注意的是，要確保酥皮薄最一致均勻

　　19、包好後揉圓備用

　　20、烤盤上墊油紙，放一粒包好的鳳梨酥，將模具套在外面

　　21、用手掌按壓表面使其平整

　　22、依次做好所有鳳梨酥

　　23、爲了鳳梨酥兩面都比較整齊，我在表面蓋上一層油紙，然後壓了一只聯翔餅店烤盤，這樣烤制過程中就不會出現表面膨脹起來顯得不規則

　　24、入預熱好的烤箱烤制，出爐後晾涼即可輕松脫模

　　* 計算入模份量的時候，一定要記得不能填滿模具，因爲酥皮是有一定膨脹的，所以至少離模具邊緣有2毫米左右的空隙，而皮和餡的比例可以根據自己的手法和包入材料的內容調整

　　* 出爐的鳳梨酥表皮是曲奇般酥脆的，密封放置一夜後，餡料與酥皮更好地融合，酥皮入口即化

外勞仲介-港擬縮短審批 加快外勞輸入

由于人口急速老化，勞動外勞申請人口下降，香港勞工短缺近年一直是港府的心頭大患。昨日香港勞工及福利局局長張建宗表示，香港建造業人手短缺問題嚴峻，當局決定于本周向勞工顧問委員會進行咨詢，討論壓縮審批時間以加快輸入外來勞工的程序。張建宗強調，輸入外勞並非由個別承辦商提出，港府當局會做好把關工作。

建造業空缺率達74%

根據去年10月底港府發布的最新人口政策咨詢文件顯示，截至去年6月，香港的私人機構職位有接近7。8萬個空缺，比一年前增加一成，其中建造業空缺的升幅最大，外勞仲介達到74%，而零售、飲食、護理服務業均面臨勞工短人力仲介缺。文件指出外籍廠工，有些行業的勞工需求，並非長期固定，與其培訓大量工人，令他們在淡市時有失業風險，不如引進外勞。

昨日港府勞工及福利局局長張建宗在出席一項步行籌款活動後表示，香港建造業人手短缺問題嚴峻，“特別是公屋、鐵路工程人手都嚴重短缺。”張建宗說，勞工及福利局在本周內將會向勞工顧問委員會(香港的一個非法定組織，委員由特首外籍幫傭委任，負責就有關勞工的事宜)咨詢，討論有關加快輸入外來勞工的程序，希望能壓縮審批的時間，以應付包括公屋興建、政府大型工程及鐵路工程等方面的勞工需求。

外勞仲介 將維持“三不原則”

張建宗指出，興建公屋、高鐵等工務工程相當重要，建造業需要維持穩定人手，以確保基建工程順利進行。但他透露，輸入外勞並非由個別承辦商提出就可，港府內外籍看護部的每宗輸入，均需由各政策局先行審批，確保申請合理後才會提出。當局會做好把關，確保有關申請輸入外勞是合情合理。同時，張建宗還強調，香港輸入外勞一向維持“三不原則”，即不影響本地工人就業、工資及利益。

此外，爲落實增加香港護養院宿位的措施，港府從2010年起開始推行“護養院宿位買位計劃”，向非牟利及非政府機構營辦的自負盈虧護養院購買空置的護養院宿位。而從下個月開始，港府將允許參加政府買位計劃的安老院舍裏的非買位部分也可以聘請外勞。

對此，張建宗昨日也特別指出，安老院舍申請輸入外勞前，都要先進行四個星期的香港本地招聘人力仲介公司流程，當局會派勞工督察嚴謹地審核及進行巡查，確保不會有假招聘的情況出現，及外勞不可多達本地員工一半的規定。

sunlight readable-Medical Grade Fanless

sunlight readable-Medical Grade Fanless PCs: Advanced Features
Fanless Medical IP66Grade Computers are designed to work with the changing environment of today´s healthcare industry。 These computers fit easily in a number of environments like surgery room， patient bedside terminal， pharmaceutical laboratory and other places。 The latest computing processor is used in these PCs (up to Corei7)。 This is a kind of all in one PC online shopping where the health care people can get the benefit of both all in one facility along with the latest Fanless technology。
These Fanless PCs are now more popular and mostly used in the healthcare industry。 Letpanel PC´s have a look at the brand and features in detail。

CyberMed N19: This medical grade Fanless computer is medically certified to meet the needs of EN60601-1。 It restricts the dust particulates from circulation。 This PC is idealdigital signage for emergency room， operating room and can also be used in other areas ofFanless pc the hospital。

1。 Advanced Touch Screen Technology:
This all in one computer have 5-wire resistive touch screen technology。 It enhances the productivity of the PC while operating。 The screen is also accessible， while wearing a glove as it is made for accepting gloved input。 Its great advantage while entering the data into the PC。

2。sunlight readable Long Battery Life:
CyberMedtouch screen monitor N19 all in one PC can be used all day long or in shifts without charging many a times， becauseIndustrial pc， the configuration includes €Cedar Trail D2500 processor€。 This processor is the latest generation of CPUs made in all in one PCs and up to a battery life of 8 hrs。

3。 Intelligent Graphics and 19inch Display:
Today´sIndustrial monitor EMR and healthcare applications are carried out under the high resolution images and videos。 In order to meet this requirement， CyberMed has given Intel NM10 Chipset and an integrated Intel Graphics Media Accelerator 3600 in to N19 model。 It supports 1080 HD videoVideo wall playback along with 3D graphics。 Apart from this feature， the screen size is also 19 inches that deliver a comforting look。

4。 Wall and Medical Cart Mountable:
This PC provides an easy to use working environment。 It can be mounted easily on the wall along withBox PC the medical cart。 VESA mounting holes are there to support the PC。

5。 Antimicrobial Coating
This medical PC contains an antimicrobial coating that helps in maintaining hygienic conditions in medical environments。 This is an added and important advantage for the users。

Apart from the above features， this computer is also compatible with Win7 OS (professional & Windows 7 Embedded)。 However， these are the specialties forAll in one computer which most of the health care people use CyberMed N19。 Fanless PC online shopping is also a great idea for getting the affordable pieces。

Plastic bearing-The Introduction of Ball Bearing and Comparison With Sliding Bearings

The ball bearingPlastic bearings are basic supporting components which have strict requirements and are widely used in mechanical industry and residential appliances， and they are called as the mechanical joints。 It can be said that where there is rotation， there is a bearing。

The wide applications of the bearing determine the diversity and complexity。 The strict requirements determine the importance of the quality and performance。 They are the innovated versions of the traditional bearings。 The rotors and the stators of the these bearings are lubricated by using the balls and lubricants。 The ball bearing overcome the shortcomings of short service lifeslide bearing and instable operation of the oil seal bearings， but the cost is not increase too much。 The ball bearings rotate through the round metal balls， and therefore， the rotation of the ball bearing can be activated easily。

The bearing have the advantages of small frication resistance， small power consumption， high mechanical efficiency， easy starting， size standardization， interchangeability， easy installation， convenient assembling， convenient maintenance， compact structure， light weight， narrowed axial dimension， high precision， high rotation speed， small wear and tear， and long service life。 Some have the performance of self-aligning。 They are suitable for large scale production with reliable and stable quality and high production efficiency。

Compared with the sliding bearing， they have many advantages。 They have smaller coefficient of friction and higher transmission efficiency than those of the sliding type， the friction coefficient of the general sliding bearings is 0。08 to 0。12， and the friction coefficient of the ball bearing is only 0。001 to 0。005。 They have achieved standardization， serialization and universalization， therefore， they are suitable for mass production and supply， and they are convenient to use and maintain。 They are made of steel and processed through heat treatment。 Therefore， the ball bearings have not only high mechanical properties and long life， and they can use less expensive non-ferrous metals than the sliding types during manufacturing process。

The bearing have small gaps inside the it， and all the parts are processed with high precision。 Therefore， they have high operation precision。 At the same time， the rigidity of the bearings can be enhanced through pre-load method。 Some ball bearings are able to bear radial load and axial load simultaneously， and therefore， the support structure can be simplified。 These types have high transmission efficiency and less heat generation， therefore， they can reduce lubrication oil consumption， and lubrication and maintenance are relatively easy。

sintered metal-Scientists Build a Low-Cost

OK， so maybe yousintered metal aren´t interested in making your own toys， cellphone cases， or glow-in-the-dark Christmas decorations。 How about a brake drum?

Until now， 3D printing has been a polymer affair， with most people in the maker community using the machines to make all manner of plastic consumer goods， from tent stakes to chess sets。 A new low-cost 3D printer developed by Michigan Technological University´s Joshua Pearce and his team could add hammers to that list。 The detailed plans， software and firmware are all freely available and open-source， meaning anyone can use them to make their own metal 3D printer。

Pearce is the first to admit that his new printer is a work in progress。 So far， the products he and his team have produced are no more intricate than a sprocket。 But that´s because the technology is so raw。 "Similar to the incredible churn in innovation witnessed with open-sourcing of the first RepRap plastic 3D printers， I anticipate rapid progress when the maker community gets their hands on it，" says Pearce， an associate professor of materials science and engineering/electrical and computer engineering。 "Within a month， somebody will make one that´s better than ours， I guarantee it。"

Using under $1，500 worth of materials， including a small commercial MIG welder and an open-source microcontroller， Pearce´s team built a 3D metal printer than can lay down thin layers of steel to form complex geometric objects。 Commercial metal printers are available， but they cost over half a million dollars。

His make-it-yourself metal printer is less expensive than offpowder metal-the-shelf commercial plastic 3D printers and is affordable enough for home use， he said。 However， because of safety concerns， Pearce suggests that for now it would be better off in the hands of a shop， garage or skilled DIYer， since it requires more safety gear and fire protection equipment than the typical plastic 3D printer。

While metal 3D printing opens new vistas， it also raises anew the specter of homemade firearms。 Some people have already made guns with both commercial metal and plastic 3D printers， with mixed results。 While Pearce admits to some sleepless nights as they developed the metal printer， he also believes that the good to come from all types of distributed manufacturing with 3D printing willpowder metal far outweigh the dangers。
In previous work， his group has already shown that making products at home with a 3D printer is cheaper for the average American and that printing goods at home is greener than buying commercial goods。
In particular， expanded 3D printing would benefit people in the developing world， who have limited access to manufactured goods， and researchers， who can radically cut costs of scientific equipment to further their science， Pearce said。 "Small and medium-sized enterprises would be able to build parts and equipment quickly and easily using downloadable， free and open-source designs， which could revolutionize the economy for the benefitsintered metal of the many。"

"I really don´t know if we are mature enough to handle it，" he added cautiously， "but I think that with open-source approach， we are within reach of a Star Trek-like， post-scarcity society， in which ´replicators´ can create a vast array of objects on demand， resulting in wealth for everyone at very little cost。 Pretty soon， we´ll be able to make almost anything。"