CONSIGNES D’UTILISATION

DEMARRAGE DE LA PERCHE ELAGUEUSE

1.VEUILLEZ LIRE TOUS LES AVERTISSEMENTS

2.S’assurer que le réservoir à huile est plein.

AVERTISSEMENT:

S’assure que le prolongateur est d’une dimen- sion et d’un modèle appropriés pour votre tronçonneuse.

3.Insérer le câble (A) dans un prolongateur (B) aux dimensions adéquates (voir Figure 11). Brancher pro- longateur dans une prise électrique de 110/120 c.a. volts et de 15 ampères (Figure 12).

A

B

Fig.12

AVERTISSEMENT:

S’assurer que le prolongateur n’entre pas en contact avec le guide-chaîne et la chaîne de la tronçonneuse.

4.Tenir fermement la tronçonneuse des deux mains, la main gauche sur la poignée avant et la main droite sur la poignée avant eet la main droite sur la poignée arrière.Les pouces et les doigts doivent être bien refer- més sur les deux poignées (Figure 13).

5.Avec le pouce de la main droite, enfoncer le bouton D’ARRET / BLOCAGE (C) se trouvant sur le côté de la poignée arrière, et en même temps appuyer sur le com- mutateur. Pour arrêter la tronçonneuse, lâcher le com-

mutateur (Figure 14).

REMARQUE : Il n’est pas nécessaire de maintenir une pression sur le bouton D’ARRET / BLOCAGE est un dis- positif de sécurité conçu pour empêcher toute mise en marche involontaire.

Fig.13

C

Fig.14

ARRET DU MOTEUR

Le moteur de la tronçonneuses s’arrêtera automatique- ment une fois le commutateur relâche. Il faudra de nou- veau enfoncer le bouton D’ARRET / BLOCAGE et appuyer sur le commutateur pour remettre le moteur en marche.

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MTD PS manual Consignes D’UTILISATION, Demarrage DE LA Perche Elagueuse, Arret DU Moteur

PS specifications

MTD PS, or Machine Translation Deep Post-Editing System, is an innovative solution designed to improve the accuracy and quality of machine-generated translations. This system is particularly instrumental for businesses and organizations that rely on multilingual communication and require high-quality translations for documents, websites, and other materials.

One of the main features of MTD PS is its deep learning architecture, which employs neural networks to analyze and refine machine-generated translations. This technology allows the system to understand linguistic nuances, context, and semantics, resulting in translations that are not only grammatically correct but also culturally relevant. The adaptability of deep learning means that the system can continuously improve over time by learning from user feedback and various language data.

Another significant characteristic of MTD PS is its user-friendly interface. Designed with usability in mind, the system allows post-editors to review and enhance translations with ease. Suggestions for improvements are generated in real-time, enabling human translators to make quick decisions and apply necessary changes. This collaboration between humans and machines amplifies productivity while maintaining high standards of quality.

MTD PS integrates advanced natural language processing (NLP) technologies, which are crucial for understanding and generating human-like text. With features such as context-aware formatting and terminology management, the system ensures consistency across different translations, streamlining the localization process. NLP capabilities also facilitate the handling of idiomatic expressions and jargon specific to certain fields, enabling the system to cater to various industries.

Additionally, MTD PS is equipped with extensive data analytics features. It allows users to track performance metrics such as translation accuracy and editor efficiency. This data-driven approach helps organizations evaluate the effectiveness of their translation processes and make informed decisions about future localization strategies.

In summary, MTD PS is a powerful tool that leverages deep learning, NLP technologies, and user-centric design to enhance the quality of machine translations. Its ability to adapt, learn, and provide actionable insights makes it an invaluable asset for a wide range of applications in the global marketplace. As businesses continue to expand their reach across borders, systems like MTD PS will play a pivotal role in ensuring effective communication and fostering collaboration across cultures.