_helle-aagaard-solutions-lie-beyond-the-eu-pharmaceutical-package-preview-1.jpg "Helle Aagaard: Solutions lie beyond the EU pharmaceutical package. from azilect manufacturer coupon Video Screenshot Preview 1")
Gallery_helle-aagaard-solutions-lie-beyond-the-eu-pharmaceutical-package-preview-3.jpg "Helle Aagaard: Solutions lie beyond the EU pharmaceutical package. from azilect manufacturer coupon Video Screenshot Preview 3")
Gallery_helle-aagaard-solutions-lie-beyond-the-eu-pharmaceutical-package-preview-hqdefault.jpg "Helle Aagaard: Solutions lie beyond the EU pharmaceutical package. from azilect manufacturer coupon Video Screenshot Preview hqdefault")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
Jump To Video Parts
⏲ Duration: 1 minute 28 seconds
👁 View: 16 times
Play Audio:👁 View: 16 times
Description:
European Public Health Alliance - EPHA
European Public Health Alliance - EPHA
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
_isopharm-logbooks-catalogue.webp "Agilio iLearn")
_the-cardinal-health-intelogix-platform.webp "Cardinal Health")
_how-to-change-points-style-in-autocad-civil-3d.webp "Understanding parts lists is essential for organizing and managing the components required for a project. In the context of engineering, construction, and manufacturing, a parts list (also known as a Bill of Materials or BOM) is a comprehensive list of raw materials, components, and assemblies needed to construct, manufacture, or repair a product or project.<br/><br/>### Components of a Parts List<br/><br/>1. **Item Number**:<br/> - Unique identifier for each part.<br/> - Helps in tracking and referencing parts easily.<br/><br/>2. **Part Name/Description**:<br/> - Detailed description of the part.<br/> - Includes specifications such as dimensions, material, and any other relevant characteristics.<br/><br/>3. **Quantity**:<br/> - Number of each part required.<br/> - Essential for ordering and inventory management.<br/><br/>4. **Part Number/Code**:<br/> - Manufacturer's or supplier's unique code for the part.<br/> - Useful for ordering and ensuring the correct part is used.<br/><br/>5. **Supplier Information**:<br/> - Details of the supplier or manufacturer.<br/> - Includes contact information and possibly pricing.<br/><br/>6. **Unit of Measure**:<br/> - How the part is measured (e.g., pieces, meters, kilograms).<br/> - Important for ordering the correct amount.<br/><br/>7. **Cost**:<br/> - Unit cost of each part.<br/> - Used for budgeting and cost management.<br/><br/>8. **Notes/Comments**:<br/> - Any additional information relevant to the part.<br/> - Could include assembly instructions, special handling requirements, or substitution options.<br/><br/>### Creating a Parts List in AutoCAD<br/><br/>AutoCAD offers features to create and manage parts lists, particularly useful in CAD drawings for engineering projects.<br/><br/>#### Step-by-Step Guide to Creating a Parts List in AutoCAD<br/><br/>1. **Draft the Drawing**:<br/> - Complete the drawing with all the necessary components and parts.<br/> - Use commands like `LINE`, `CIRCLE`, `POLYLINE` to draw the components.<br/><br/>2. **Insert Blocks for Components**:<br/> - Use the `BLOCK` command to create reusable components.<br/> - Each block should represent a different part.<br/><br/>3. **Annotate the Drawing**:<br/> - Use the `TEXT` or `MTEXT` commands to label parts.<br/> - Include details such as part names, numbers, and descriptions.<br/><br/>4. **Create an Attribute Block**:<br/> - Use the `ATTDEF` command to define attributes for blocks.<br/> - Attributes can include part number, description, quantity, and any other relevant information.<br/><br/> Example:<br/> ```<br/> ATTDEF<br/> Enter the Tag: PART_NO<br/> Enter the Prompt: Enter Part Number:<br/> Enter the Default: 1234<br/> Specify insertion point: (click or type coordinates)<br/> ```<br/><br/>5. **Insert Attribute Blocks**:<br/> - Insert the blocks with attributes into the drawing.<br/> - Use the `INS3RT` command and fill in the attribute values as prompted.<br/><br/>6. **Extract Attributes to Create the Parts List**:<br/> - Use the `DATAEXTRACTION` command to extract block attributes to a table.<br/> - Follow the Data Extraction wizard to select the blocks and attributes you want to include in your parts list.<br/><br/> Example:<br/> ```<br/> DATAEXTRACTION<br/> S")
_astrazeneca-buying-drug-developer-alexion-for-3639-billion.webp "NewsNation")
_home-elevation-in-autocad.webp "Understanding parts lists is essential for organizing and managing the components required for a project. In the context of engineering, construction, and manufacturing, a parts list (also known as a Bill of Materials or BOM) is a comprehensive list of raw materials, components, and assemblies needed to construct, manufacture, or repair a product or project.<br/><br/>### Components of a Parts List<br/><br/>1. **Item Number**:<br/> - Unique identifier for each part.<br/> - Helps in tracking and referencing parts easily.<br/><br/>2. **Part Name/Description**:<br/> - Detailed description of the part.<br/> - Includes specifications such as dimensions, material, and any other relevant characteristics.<br/><br/>3. **Quantity**:<br/> - Number of each part required.<br/> - Essential for ordering and inventory management.<br/><br/>4. **Part Number/Code**:<br/> - Manufacturer's or supplier's unique code for the part.<br/> - Useful for ordering and ensuring the correct part is used.<br/><br/>5. **Supplier Information**:<br/> - Details of the supplier or manufacturer.<br/> - Includes contact information and possibly pricing.<br/><br/>6. **Unit of Measure**:<br/> - How the part is measured (e.g., pieces, meters, kilograms).<br/> - Important for ordering the correct amount.<br/><br/>7. **Cost**:<br/> - Unit cost of each part.<br/> - Used for budgeting and cost management.<br/><br/>8. **Notes/Comments**:<br/> - Any additional information relevant to the part.<br/> - Could include assembly instructions, special handling requirements, or substitution options.<br/><br/>### Creating a Parts List in AutoCAD<br/><br/>AutoCAD offers features to create and manage parts lists, particularly useful in CAD drawings for engineering projects.<br/><br/>#### Step-by-Step Guide to Creating a Parts List in AutoCAD<br/><br/>1. **Draft the Drawing**:<br/> - Complete the drawing with all the necessary components and parts.<br/> - Use commands like `LINE`, `CIRCLE`, `POLYLINE` to draw the components.<br/><br/>2. **Insert Blocks for Components**:<br/> - Use the `BLOCK` command to create reusable components.<br/> - Each block should represent a different part.<br/><br/>3. **Annotate the Drawing**:<br/> - Use the `TEXT` or `MTEXT` commands to label parts.<br/> - Include details such as part names, numbers, and descriptions.<br/><br/>4. **Create an Attribute Block**:<br/> - Use the `ATTDEF` command to define attributes for blocks.<br/> - Attributes can include part number, description, quantity, and any other relevant information.<br/><br/> Example:<br/> ```<br/> ATTDEF<br/> Enter the Tag: PART_NO<br/> Enter the Prompt: Enter Part Number:<br/> Enter the Default: 1234<br/> Specify insertion point: (click or type coordinates)<br/> ```<br/><br/>5. **Insert Attribute Blocks**:<br/> - Insert the blocks with attributes into the drawing.<br/> - Use the `INS3RT` command and fill in the attribute values as prompted.<br/><br/>6. **Extract Attributes to Create the Parts List**:<br/> - Use the `DATAEXTRACTION` command to extract block attributes to a table.<br/> - Follow the Data Extraction wizard to select the blocks and attributes you want to include in your parts list.<br/><br/> Example:<br/> ```<br/> DATAEXTRACTION<br/> S")
_astrazeneca-to-buy-alexion-pharmaceuticals-in-3639-billion-deal.webp "CNBC Television")
_amazon-to-acquire-pillpack.webp "Scripps News")
_the-porsche-that-transforms-into-a-pick-up-truck.webp "THIS FUTURISTIC sports car powered by natural gas can transform into a pickup truck. Based on a Porsche, the 911 Turbo-based Rinspeed Bedouin was created to show how a powerful car can also use renewable energy. Frank M. Rinderknecht, CEO for Swiss-based manufacturer Rinspeed has been building concept-cars for the Geneva Motor Show for over 20 years. He calls himself “an automotive futurist”, with the Rinspeed Bedouin being just one of his many innovative creations. He told FutureStudiosCars: “The Bedouin was created to show sustainability, powered by natural CMG gas.” The vehicle was built in 2003, at that time the batteries were still too weak to power a car like this one. By taking on this project Frank was faced with big challenges to maintain the basic shape of the Porsche. “We did not want to obstruct the original design, but to compliment it,\")
_isopharm-logbooks-catalogue.jpg)
_the-cardinal-health-intelogix-platform.jpg)
_how-to-change-points-style-in-autocad-civil-3d.jpg)
_astrazeneca-buying-drug-developer-alexion-for-3639-billion.jpg)
_home-elevation-in-autocad.jpg)
_astrazeneca-to-buy-alexion-pharmaceuticals-in-3639-billion-deal.jpg)
_amazon-to-acquire-pillpack.jpg)
_the-porsche-that-transforms-into-a-pick-up-truck.jpg)
![[+]](/images/menu.gif){kind=small}