Having decided to go for Chinese translation is a good start. Next step would be determined: what to translate and how well it’s going to be. Not all materials should be treated equally. For high-value materials, you would definitely need high-quality translation service. Translation is critical in determining whether you’ll have high ROI or not. In reality, you get what you pay for.
What happens when you work with high quality translation service provider? You will:
Establish yourself as a quality brand; a credible source and reliable figure by building your local market through clear communication.
Level up professionalism and your communication with local customers and partners, by capturing every nuance of the language, with superior clarity.
Bring positive experience and unleash your productivity by focusing on business activities that bring you most value – connect with your customers and get more sales.
Save your time.
Save your money, and
Minimize misunderstandings and your stress level.
Beware of poor translations
Poor translation is a waste of your time, money, and all the combined efforts. It causes confusion and dissatisfaction and hurts your business like nothing else. Unwary customers always find them facing following dilemma:
Let poor translation go public, it usually causes confusion, poor user experience, distrust, financial loss and even lawsuits. Not to mention it immediately hurts your brand and reputation that you worked so hard to establish.
Discard poor translation and order a re-do, you are going to miss critical timeline, longer time to market, fail to keep your promise to a customer, and witness an increase the cost. Not to mention your stress level is extremely high.
Contact us now for a reasonable proposal that covers all your translation requirements. AZ-Loc offers professional Chinese Video Translation, Chinese Video Subtitling Services and more.
Friday, November 4, 2016
Sunday, September 18, 2016
3 Levels of Services in Chinese Translation
We believe every document should be treated professionally. However,
not all documents should be treated equally. Important ones deserve
premium service that requires utmost attention and best resources. Less
important ones need standard or economic service that’s fast,
cost-efficient or both.
We aim to provide the best appropriate solutions that perfectly match your requirements. In this regard, we have three levels of service for Chinese translation service: Premium, Standard, and Economic.
Each addresses different aspects of your requirements, in terms of importance, speed and quality expectations. For your particular project, we will develop a tailored language solution that matches all your requirements and just the way you need it.
Sophie is the founder and CEO of AZ-Loc Language Service Inc., a Wuhan-based translation agency that provides professional Chinese translation, localization, design and multimedia production (Chinese Video Translation,Chinese Video Subtitling Services, voice-overs and dubbing services). She has been in the language industry for 14 years and knows her stuff pretty well .
She excels at taking the initiative to get things done without compromising customers’ requirements. Sophie loves to collaborate with like-minded people who share the same passion and commitment at work. Well versed with overseas and Chinese markets and a self-confessed polyglot who speaks Mandarin, English, Japanese, and French, she founded AZ-Loc in 2011 to make a big difference in greater China where you rarely find professional language services.
Related reading:Chinese voice-overs services Multilingual Subtitling Services
We aim to provide the best appropriate solutions that perfectly match your requirements. In this regard, we have three levels of service for Chinese translation service: Premium, Standard, and Economic.
Each addresses different aspects of your requirements, in terms of importance, speed and quality expectations. For your particular project, we will develop a tailored language solution that matches all your requirements and just the way you need it.
Sophie is the founder and CEO of AZ-Loc Language Service Inc., a Wuhan-based translation agency that provides professional Chinese translation, localization, design and multimedia production (Chinese Video Translation,Chinese Video Subtitling Services, voice-overs and dubbing services). She has been in the language industry for 14 years and knows her stuff pretty well .
She excels at taking the initiative to get things done without compromising customers’ requirements. Sophie loves to collaborate with like-minded people who share the same passion and commitment at work. Well versed with overseas and Chinese markets and a self-confessed polyglot who speaks Mandarin, English, Japanese, and French, she founded AZ-Loc in 2011 to make a big difference in greater China where you rarely find professional language services.
Related reading:Chinese voice-overs services Multilingual Subtitling Services
Monday, June 27, 2016
The MPX Series of Motorized Pendulum Impact Testers
Pendulum impact test apparatus are designed to measure the resistance to failure of a material to a suddenly applied force.
Could you give an overview of how motorized pendulum impact testers work and how these compare to different types of impact testing systems?
Motorized pendulum impact machines provide a safe alternative to manual pendulum impact machines which typically do not have CE compliant guards and require the operator to manually lift the hammer to its release position. The hammer assembly is very heavy to help achieve higher initial energies required to test modern high toughness materials. For example, the Instron MPX 450J hammer assembly weighs 32 Kgs. Not surprisingly, it will be difficult for an operator to lift the hammer to 150 degrees between each test which can lead to operator fatigue and possible repetitive motion injuries. A motorized pendulum impact system eliminates this risk to the operator.
Could you explain the Charpy and Izod standards and why these are so important in impact testing?
Airplane and automotive components, OCTG (oil country tubular goods), ship hulls, etc. will experience impacts during field use. Impact testing is critical to understanding how these materials will perform in real-life conditions. ASTM E23 and ISO 148 are the most common standards for impact testing. Charpy and Izod nomenclature refers to the method of testing carried out to meet the standards. ISO 148 requires the Charpy method and ASTM E23 permits both Charpy and Izod methods. Charpy testing specimens are supported by a beam with a V- or U-notch cut out in the same plane that the striker will pass through, undergoing three-point bending. An Izod specimen is held in a cantilevered manner where the striker will hit the top of the specimen. Charpy impact testing for metals applications is most common.
Guangzhou zhilitong Electromechanical Co.,Ltd. is best Pendulum Impact Test Apparatus suppliers,we supply best Pendulum Impact Test Machine for sale. We would like to establish the long term win-win relationship with customers from all over the world.
Related reading:Glow Wire Tester Water jet nozzle set Baby test finger
Could you give an overview of how motorized pendulum impact testers work and how these compare to different types of impact testing systems?
Motorized pendulum impact machines provide a safe alternative to manual pendulum impact machines which typically do not have CE compliant guards and require the operator to manually lift the hammer to its release position. The hammer assembly is very heavy to help achieve higher initial energies required to test modern high toughness materials. For example, the Instron MPX 450J hammer assembly weighs 32 Kgs. Not surprisingly, it will be difficult for an operator to lift the hammer to 150 degrees between each test which can lead to operator fatigue and possible repetitive motion injuries. A motorized pendulum impact system eliminates this risk to the operator.
Could you explain the Charpy and Izod standards and why these are so important in impact testing?
Airplane and automotive components, OCTG (oil country tubular goods), ship hulls, etc. will experience impacts during field use. Impact testing is critical to understanding how these materials will perform in real-life conditions. ASTM E23 and ISO 148 are the most common standards for impact testing. Charpy and Izod nomenclature refers to the method of testing carried out to meet the standards. ISO 148 requires the Charpy method and ASTM E23 permits both Charpy and Izod methods. Charpy testing specimens are supported by a beam with a V- or U-notch cut out in the same plane that the striker will pass through, undergoing three-point bending. An Izod specimen is held in a cantilevered manner where the striker will hit the top of the specimen. Charpy impact testing for metals applications is most common.
Guangzhou zhilitong Electromechanical Co.,Ltd. is best Pendulum Impact Test Apparatus suppliers,we supply best Pendulum Impact Test Machine for sale. We would like to establish the long term win-win relationship with customers from all over the world.
Related reading:Glow Wire Tester Water jet nozzle set Baby test finger
Monday, May 30, 2016
How to Extend The Life of a Proximity Card
The technology that makes a proximity card work includes an antenna
and electronic Proximity Card chip. Both of these are embedded into the
card when it is manufactured. All proximity card brands (e.g., HID,
ValuProx, Indala, Kantech, Keri, Casi, AWID, etc.) use a similar
technology where elements are embedded inside the card.
Why Prox Cards Fail
There are three primary reasons for proximity card failure:
Damage to the antenna or damage to the bond between the chip and the antenna will destroy the card.
Exposing the card to electro static discharge (ESD) can damage the integrated circuit.
Strong magnetic fields can wipe out the programming on the card’s chip.
125khz Proximity Cards are intended to be used strictly for access control and identification purposes. When cards fail, it’s frequently the result of unintentional abuse by the card holder. Below is a list of common actions that will damage a prox card:
Machine washing the card by accident when it’s forgotten in a pocket of a shirt or pair of pants
Exposing the card to extreme heat (direct sunlight on the dash of your car, clothes dryer or iron)
Punching a hole or slot in a non-designated area which can damage the internal antenna or electronic chip
Using the card as an ice scrapper for the windows of your vehicle
Bending, twisting, sitting on, or crimping the card
Exposing the card to chemicals including organic solvents, thinners, mineral spirits, alcohol, isopropyl, ethanol, or methyl.
What You Can Do to Protect Prox Cards
Physically protecting your proximity card is a vital preventative measure against damage or abuse. To prevent damage, the very best way to do this is by using an ID badge holder. Not only are badge holders an easy way to prolong the life of your prox card; they’re also affordable and come in a variety of choices for use in virtually any environment.
Look for features in a badge holder that will most effectively suit your requirements. Common options include flexible vinyl holders for light duty use and a simple method of protection. They can have features like a sealable top similar to a sandwich bag, UV protection, or anti-print transfer technologies to keep the actual image from wearing off on the holder. They allow the cards to be protected but still visible.
Your ideal solution against physical damage would be a ridged holder. This type of prox card holder is made of hard, long-lasting plastic and well-designed to take more abuse. They come in a number of styles, including
styles that lock cards into the holders
a slotted version to easily remove cards
a multi-sided model to hold different card types (e.g., thicker clam shell prox cards)
D & H SMARTID was established. Since then we are one of the most professional ISO smart card supplier in China,125khz Rfid keychain Supplier,Rfid UHF label,rfid silicone wristband and we provided billions of smart card/ RFID tag to our clients worldwide every year.
Related reading:ATA5577 key card EM4200 Mango card Mifare S50 MF1 IC S50 card
Why Prox Cards Fail
There are three primary reasons for proximity card failure:
Damage to the antenna or damage to the bond between the chip and the antenna will destroy the card.
Exposing the card to electro static discharge (ESD) can damage the integrated circuit.
Strong magnetic fields can wipe out the programming on the card’s chip.
125khz Proximity Cards are intended to be used strictly for access control and identification purposes. When cards fail, it’s frequently the result of unintentional abuse by the card holder. Below is a list of common actions that will damage a prox card:
Machine washing the card by accident when it’s forgotten in a pocket of a shirt or pair of pants
Exposing the card to extreme heat (direct sunlight on the dash of your car, clothes dryer or iron)
Punching a hole or slot in a non-designated area which can damage the internal antenna or electronic chip
Using the card as an ice scrapper for the windows of your vehicle
Bending, twisting, sitting on, or crimping the card
Exposing the card to chemicals including organic solvents, thinners, mineral spirits, alcohol, isopropyl, ethanol, or methyl.
What You Can Do to Protect Prox Cards
Physically protecting your proximity card is a vital preventative measure against damage or abuse. To prevent damage, the very best way to do this is by using an ID badge holder. Not only are badge holders an easy way to prolong the life of your prox card; they’re also affordable and come in a variety of choices for use in virtually any environment.
Look for features in a badge holder that will most effectively suit your requirements. Common options include flexible vinyl holders for light duty use and a simple method of protection. They can have features like a sealable top similar to a sandwich bag, UV protection, or anti-print transfer technologies to keep the actual image from wearing off on the holder. They allow the cards to be protected but still visible.
Your ideal solution against physical damage would be a ridged holder. This type of prox card holder is made of hard, long-lasting plastic and well-designed to take more abuse. They come in a number of styles, including
styles that lock cards into the holders
a slotted version to easily remove cards
a multi-sided model to hold different card types (e.g., thicker clam shell prox cards)
D & H SMARTID was established. Since then we are one of the most professional ISO smart card supplier in China,125khz Rfid keychain Supplier,Rfid UHF label,rfid silicone wristband and we provided billions of smart card/ RFID tag to our clients worldwide every year.
Related reading:ATA5577 key card EM4200 Mango card Mifare S50 MF1 IC S50 card
Wednesday, May 18, 2016
Undichte Verpackungen frühzeitig erkennen
Unternehmen bringen ihre Produkte meist in Folien verpackt an den Verbraucher. Um undichte Verpackungen bereits während des Herstellungsprozesses aussortieren zu können, haben Fraunhofer-Forscher einen Dünnschicht-Temperatursensor entwickelt.
Technikartikel, die durch Schmutz oder Feuchtigkeit beschädigt werden; Lebensmittel, die ihre Haltbarkeit verlieren; Medikamente, die verunreinigt werden – undichte Verpackungen können für Hersteller beträchtliche finanzielle Verluste bedeuten oder nachhaltig das Image schädigen. Weltweit produzieren Unternehmen pro Jahr rund eine Billion Folienverpackungen für Nahrungsmittel, Kosmetik-, Pharma- und Technikprodukte. 90 % dieser Verpackungen werden mit Wärmekontaktverfahren hergestellt, sprich mit heißen Werkzeugen versiegelt.
Forscher der Fraunhofer-Institute für Werkstoffmechanik IWM in Freiburg und für Verfahrenstechnik und Verpackung IVV in Dresden haben ein Verfahren entwickelt, mit dem fehlerhafte undichte Verpackungen deutlich reduziert, wenn nicht sogar ganz vermieden werden sollen: Ein Dünnschicht-Temperatursensor direkt auf der Siegelschiene, der eine Inlineüberwachung des Verpackungsprozesses erlauben soll.
Aufwändige Fehlersuche soll der Vergangenheit angehören
Im bislang üblichen Verfahren klemmen zwei beheizte Siegelschienen einen Folienschlauch ein, schmelzen den Kunststoffverbund teilweise auf und versiegeln auf diese Weise die Packung. Wie gut die Siegelnaht hält, hängt vor allem von der Temperatur der Siegelschienenoberfläche ab. Ist sie zu heiß, verbrennt die Folie. Ist sie zu kalt, verschweißen die Folienbereiche nicht fest genug miteinander. Das Ergebnis ist in beiden Fällen gleich: Die Verpackung ist undicht.
Die Weltleitmesse für Intralogistik und Supply Chain Management
Die Hersteller betreiben daher einen enormen Aufwand, um solchen Fehlern auf die Schliche zu kommen. So werden einige Verpackungen stichprobenartig im Wasserbad überprüft, aufsteigende Luftblasen weisen dann auf eine Undichtigkeit hin.
Jede einzelne Verpackung inline überprüfbar
Diese eher unzuverlässige Kontrolle könnte dank des neuen Verfahrens bald der Vergangenheit angehören: „Wir bringen die Temperatursensoren direkt auf der Siegelschiene auf und erhalten somit bei jedem Siegelvorgang eine unmittelbare Information zu jeder Packungseinheit“, erläutert Gregor Wendt, Wissenschaftler am IVV. Sei die Temperatur zu hoch oder zu niedrig, könne dies an der Maschine sofort nachgeregelt werden – noch bevor zahlreiche undichte Verpackungen vom Band laufen. Auch Füllmaterial, das fälschlicherweise in die Siegelnaht gelangt, soll die Inlinequalitätsprüfung erkennen können: Schweißen die Siegelschienen die Folien zusammen, nehmen diese einen Teil der Wärme der Schienen auf. Die Schiene kühlt also ein wenig ab. Wie weit die Temperatur sinkt, wird auch von einer eingeklemmten Masse beeinflusst. Hat sich ein Fremdkörper in die Nahtzone verirrt, nimmt dieser einen Teil der Wärme auf und die Schiene kühlt stärker ab als ohne eingeklemmtes Füllgut.
Beim Sensor selbst setzen die Beschichtungsspezialisten auf Thermoelemente, die sie über etablierte Dünnschichtverfahren herstellen: Sie dampfen die verschiedenen Materialien des Thermoelements im Vakuum direkt auf die Siegelschiene auf. Der entstehende Sensor ist mit einigen Hundert Nanometern Schichtdicke extrem dünn und besitzt eine sehr kurze Ansprechzeit.
An einem Laborsiegelgerät konnte das Forschungsteam bereits zeigen, dass der Siegelprozess mit integriertem Dünnschichtsensor funktioniert. In weiteren Schritten erarbeiten die Wissenschaftler derzeit Lösungen, um diese Technik für gängige Werkzeuge in der industriellen Fertigung und die damit verbundenen hohen Taktzahlen und unterschiedlichen Folienmaterialien anzupassen.
Technikartikel, die durch Schmutz oder Feuchtigkeit beschädigt werden; Lebensmittel, die ihre Haltbarkeit verlieren; Medikamente, die verunreinigt werden – undichte Verpackungen können für Hersteller beträchtliche finanzielle Verluste bedeuten oder nachhaltig das Image schädigen. Weltweit produzieren Unternehmen pro Jahr rund eine Billion Folienverpackungen für Nahrungsmittel, Kosmetik-, Pharma- und Technikprodukte. 90 % dieser Verpackungen werden mit Wärmekontaktverfahren hergestellt, sprich mit heißen Werkzeugen versiegelt.
Forscher der Fraunhofer-Institute für Werkstoffmechanik IWM in Freiburg und für Verfahrenstechnik und Verpackung IVV in Dresden haben ein Verfahren entwickelt, mit dem fehlerhafte undichte Verpackungen deutlich reduziert, wenn nicht sogar ganz vermieden werden sollen: Ein Dünnschicht-Temperatursensor direkt auf der Siegelschiene, der eine Inlineüberwachung des Verpackungsprozesses erlauben soll.
Aufwändige Fehlersuche soll der Vergangenheit angehören
Im bislang üblichen Verfahren klemmen zwei beheizte Siegelschienen einen Folienschlauch ein, schmelzen den Kunststoffverbund teilweise auf und versiegeln auf diese Weise die Packung. Wie gut die Siegelnaht hält, hängt vor allem von der Temperatur der Siegelschienenoberfläche ab. Ist sie zu heiß, verbrennt die Folie. Ist sie zu kalt, verschweißen die Folienbereiche nicht fest genug miteinander. Das Ergebnis ist in beiden Fällen gleich: Die Verpackung ist undicht.
Die Weltleitmesse für Intralogistik und Supply Chain Management
Die Hersteller betreiben daher einen enormen Aufwand, um solchen Fehlern auf die Schliche zu kommen. So werden einige Verpackungen stichprobenartig im Wasserbad überprüft, aufsteigende Luftblasen weisen dann auf eine Undichtigkeit hin.
Jede einzelne Verpackung inline überprüfbar
Diese eher unzuverlässige Kontrolle könnte dank des neuen Verfahrens bald der Vergangenheit angehören: „Wir bringen die Temperatursensoren direkt auf der Siegelschiene auf und erhalten somit bei jedem Siegelvorgang eine unmittelbare Information zu jeder Packungseinheit“, erläutert Gregor Wendt, Wissenschaftler am IVV. Sei die Temperatur zu hoch oder zu niedrig, könne dies an der Maschine sofort nachgeregelt werden – noch bevor zahlreiche undichte Verpackungen vom Band laufen. Auch Füllmaterial, das fälschlicherweise in die Siegelnaht gelangt, soll die Inlinequalitätsprüfung erkennen können: Schweißen die Siegelschienen die Folien zusammen, nehmen diese einen Teil der Wärme der Schienen auf. Die Schiene kühlt also ein wenig ab. Wie weit die Temperatur sinkt, wird auch von einer eingeklemmten Masse beeinflusst. Hat sich ein Fremdkörper in die Nahtzone verirrt, nimmt dieser einen Teil der Wärme auf und die Schiene kühlt stärker ab als ohne eingeklemmtes Füllgut.
Beim Sensor selbst setzen die Beschichtungsspezialisten auf Thermoelemente, die sie über etablierte Dünnschichtverfahren herstellen: Sie dampfen die verschiedenen Materialien des Thermoelements im Vakuum direkt auf die Siegelschiene auf. Der entstehende Sensor ist mit einigen Hundert Nanometern Schichtdicke extrem dünn und besitzt eine sehr kurze Ansprechzeit.
An einem Laborsiegelgerät konnte das Forschungsteam bereits zeigen, dass der Siegelprozess mit integriertem Dünnschichtsensor funktioniert. In weiteren Schritten erarbeiten die Wissenschaftler derzeit Lösungen, um diese Technik für gängige Werkzeuge in der industriellen Fertigung und die damit verbundenen hohen Taktzahlen und unterschiedlichen Folienmaterialien anzupassen.
Thursday, March 24, 2016
About Smart RFID UHF Label
RFID, or Radio Frequency Identification, can be a confusing field for
those starting to learn about the technology. RFID comes in many
different flavors, but an easy entry point from which to grasp RFID
technology is to first look at frequency. In physics terms, frequency is
the number of complete wave cycles passing a point in a second. This
post will focus on ultra high frequency, or UHF, systems (433 MHz,
860-960 MHz). These systems are known for generating long read ranges
relative to other operating frequencies.
In every UHF RFID system, there are four basic components:RFID system
RFID Reader
Cable
Antenna
Rfid UHF label
Of all these components, the RFID tag varies the most and significantly impacts the overall success of the system. Form factors, price ranges, read ranges, attachment methods, etc. can make finding the best tag for the job a little daunting. When selecting the right RFID tag for your system, we have identified some core differences between UHF tags.
Unlike barcode paper label, each UHF RFID label contains a small IC chip and antenna for tracing of the tagging asset automatically. From this point of view, it helps to improve the reliability and security in the inventory control processes. And at the same time, with this UHF label glued to the files or parcels, possibilities of misplacing assets or losing assets will be prevented.
The housing material of the UHF label antenna is aluminum, making it durable even under harsh environment. To be exact, it can survive in the extreme temperatures, as low as -40 Celsius degree, or as high as +90 Celsius degree. Besides, read and write range varies from 1 meter to 10 meters basing on different readers and environment.
D & H SMARTID CO., LTD specialize in producing arguably the world's most extensive line of RFID Tag, RFID Label, ISO smart card and RFID Reader, Over the past decades, D & H SMARTID has expanded its services, and products. Today D & H SMARTID can deliver smart card/ RFID Tag solutions and innovative services which help you and your customers to communicate in new and interesting ways.
Related reading：125khz Proximity Card ATA5577 key card
In every UHF RFID system, there are four basic components:RFID system
RFID Reader
Cable
Antenna
Rfid UHF label
Of all these components, the RFID tag varies the most and significantly impacts the overall success of the system. Form factors, price ranges, read ranges, attachment methods, etc. can make finding the best tag for the job a little daunting. When selecting the right RFID tag for your system, we have identified some core differences between UHF tags.
Unlike barcode paper label, each UHF RFID label contains a small IC chip and antenna for tracing of the tagging asset automatically. From this point of view, it helps to improve the reliability and security in the inventory control processes. And at the same time, with this UHF label glued to the files or parcels, possibilities of misplacing assets or losing assets will be prevented.
The housing material of the UHF label antenna is aluminum, making it durable even under harsh environment. To be exact, it can survive in the extreme temperatures, as low as -40 Celsius degree, or as high as +90 Celsius degree. Besides, read and write range varies from 1 meter to 10 meters basing on different readers and environment.
D & H SMARTID CO., LTD specialize in producing arguably the world's most extensive line of RFID Tag, RFID Label, ISO smart card and RFID Reader, Over the past decades, D & H SMARTID has expanded its services, and products. Today D & H SMARTID can deliver smart card/ RFID Tag solutions and innovative services which help you and your customers to communicate in new and interesting ways.
Related reading：125khz Proximity Card ATA5577 key card
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