Autodesk company's Inventor 3D design software is easy to learn, easy to use, user-friendly and concise. And comes with a resource library, you can more easily use the standard parts. Adopting the adaptive technology can greatly improve the assembly speed of very large components. The following is a summary of my skills in the use of Inventor summary and induction, hoping to give readers some help, improve, simplify the use of Inventor. First, the installation 1) Inventor installation process, require the user to choose whether to allow the model to modify the model-driven size, this option is selected if you want to modify, you can only reinstall Inventor. If you select "Yes", the user can edit the drawing's model size. In this way to modify the model size, the user can not directly see the three-dimensional model changes, not intuitive enough. In particular, in related assembly models, problems such as interference can not be verified. Therefore, foreign advanced enterprises have increasingly adopted new design methods of operation, that is: Only allow designers to modify the size of the three-dimensional model, and then update the two-dimensional drawings. 2) When setting the project path in Inventor, you can not open or create a new file and want to delete the selected path file. For the assembly diagram, you want to set the path of all the used parts to find and call each part. 3) To display a new tab in the New dialog box, you must create a new subfolder in Inventor's "Templates" folder and add at least one template file to this subfolder. If there is no template file in the user-created subfolder, the name of the subfolder will not be displayed in the New dialog box. Second, the sketch 1) After the implementation of drawing a straight line, circle, arc, rectangle command, the toolbar "Type" drop-down options, you can choose "normal" or "construction"; draw point optional "hole center" or " ", The general dimension optional" normal "or" reference. " 2) When a new drawing is approximately horizontally or vertically aligned with an existing graphic endpoint, Inventor automatically pops out the temporary secondary dashed line, similar to the "object tracking" feature in Auto CAD. 3) When executing the "straight line" command, select a point on the circle or arc and drag along the tangential direction to draw the tangent conveniently and drag it in the radial direction to draw the perpendicular easily. 4) "straight line" command in addition to drawing a straight line can also drag the end of the line by pressing and holding the left mouse button to track the movement, Inventor automatically draw an arc. This skill requires the reader to practice more, it will gradually skilled use. 5) Right-click on the toolbar, select "precise input", when drawing the sketch, you can enter the exact value. You can also put the "precise input" in the toolbar, convenient and frequent use. 6) The "crop" command cuts the intersection to the intersection of priority and priority, and secondly cuts to the extension of intersection, otherwise it is deleted; the "extend" command supports extending to the extension line. Both have a dynamic preview feature, you can hold down the Shift key to switch between the two. Unlike the cuts in Auto CAD, you have to first select the cut border. 7) Click the size in "Dimension" mode, and double-click the size in "Select" mode to edit the single size. You can also select the "Parameters" toolbar to edit all dimensions. If you open this dialog while editing a part, the Model Parameters displays the parameter names, units, values, or parametric relations of the model's existing parameters, etc. In the part environment, this dialog box displays Constraint relational parameters. You can achieve the correlation between parameters by adding a parameter relationship such as "(a / 2) +1" (a is the name of another parameter) to the "Formula" column of a parameter. "/ P" can be used as a variable for common parameters in "User Parameters" by first selecting the "User Parameters" tab and then clicking the "Add" button below the dialog box. This will add a user-defined parameter. Of course, you can also define a series of parameters in the Excel table in advance, starting from the first row and the first column of the Excel table, the first column is the parameter name; the second column is the value or formula; the third column is the unit : The fourth column is a note. Then click the "Links" button in the "Parameters" dialog box to find and connect this Excel table. The "Parameters" dialog will show the path to the Excel table. The path lists all the parameters in the Excel table. In this way, it is possible to point out a commonly used part to achieve a quick drawing by changing parameters. 8) In the sketch environment, besides the "click" method, the "window selection" and the "frame selection" mode are also supported. However, only one selection is available, ie, the first selection is canceled when the second selection is made. When you want to add an object to the selection set after the first selection, you can hold down Shift and click on the unselected objects. If you want to delete the selected selection, you can hold Shift and click on the selected object. Hold Shift for window and frame selection, and Inventor will drag the selected object. 9) The edges of all the models can be directly used as the reference edge, and the geometry in the non-sketch plane need not be projected into the sketch plane to be constrained. 10) In a sketch environment, after selecting an object, you can left-drag the sketch based on the constraint to the desired shape. 11) Select the sketch first, select "Adapt" through the right-click menu, you can set the sketch for the adaptive sketch, so that the feature automatically adapt to the assembly. 12) Select the sketch first, and select "Relocate Sketch" by right-clicking the menu to move an existing sketch to a different sketch plane or working plane. 13) The Dwg graphics for AutoCAD can be used as a sketch for Inventor via the "Open" command or by clicking on the "Insert Auto CAD Files" button in Inventor to generate 3D models "semi-automatically". But in general, if you can open a graphic file in AutoCAD, it can also be opened in Inventor. 14) When AutoCAD Dwg graphics into Inventor sketch, the size line does not show up. Can be used in the original Dwg file "blasted" command, select the size of each carriage return, save and then convert to Inventor will be able to solve the problem. You can also download the "invprep.zip" patch file, load and execute invprep.lsp in AutoCAD, open it with Inventor, and display all dimension lines. 15) When working with sketch features after converting an AutoCAD Dwg drawing to an Inventor sketch, Design Doctor may pose some problems with sketches that make the operation impossible. This is because, at the time of graphics conversion, the "Constrained Endpoints" selection box at the bottom of the "Open DWG Document Options" dialog box is not selected, so that the formed sketch is not closed. Because of the complexity of projection lines in large drawings, selecting the Constraint Endpoints checkbox causes the resulting sketch to be difficult to modify, so after the Constraint Endpoints checkbox, you are prompted: "Not recommended for large drawings." 16) Sketches can contain multiple enclosures and allow self-intersecting. During the sketch feature operation, press the "Outline" button to operate on the single-shot or multiple-choice enclosed area. 17) When working with sketch features, you can select used sketches so that sketches can be reused by sharing multiple sketches. 18) Create a parameter that contains a trigonometric function, but the parameter list does not accept the formula used. In order to solve this problem, we need to make some changes to the formula. The calculation of this formula must have a linear unit. To have a linear unit of parameter calculation, multiply the formula by 1. If you do not, the formula will only generate unitless values ​​(or dimensionless values). Because Inventor thinks "1" means 1 inch (or millimeter), this formula produces a value in inches (or millimeters). 19) "slice observation" cut the graphics with a sketch plane in front of the draft graphics transparent, easy to observe. Third, the parts, sheet metal 1) parts modeling, such as the use of the default coordinate system, with the origin as the center point, then build other features easier to use reference coordinate plane. 2) The "work plane" has intelligent reasoning functions, such as 1) selecting a plane, dragging and reasoning into a plane parallel to the plane for a given distance; 2) selecting a plane and an outer parallel line to reason into a straight line 3) Select a straight line and a cylindrical surface, the system will automatically reason into a selected straight line and the cylindrical surface tangent to the work plane; 4) Choose a point and a straight line (or work axis ), The system will automatically infer a working plane perpendicular to the selected line (or working axis) through the selected point. 5) The user has selected a face and a point, and the system will automatically reason into a selected point and the selected plane Parallel working plane and so on. 3) For the construction line, point inference work plane, set to not visible, but can not be deleted. 4) Sketch and path (except working axis) in 3D sweep must be in the same sketch plane. 5) Sweep requires two or more visible unused sketches. 6) Select the feature in the browser, right-click, select the "Copy" menu, right-click in the graphics window, select "paste" or directly drag the feature into the graphics window, you need to give a sketch plane to locate. 7) in the browser can drag features to reorder. 8) In the part modeling environment, select the "Application / Sheet Metal" menu into the sheet metal design environment; Similarly in the sheet metal design environment, select the "Application / Part Modeling" menu into the part modeling design environment. 9) In order to be able to edit features in the graphics window by double-clicking (sheet metal features are also possible) you have to set the selection filter as feature priority by selecting "Feature Priority" from the "Select" pull-down menu of the tool button. 10) Inventor provides light, material, and color options under the Format menu, but does not provide ray-traced renderings. Since almost every material in Inventor is available in both normal and polished versions, when specifying shiny materials, The reflection map will be automatically used to produce a real effect without the need for time-consuming ray tracing calculations. Fourth, the assembly drawing and exploded view 1) parts must be in the part, can be set to adaptive, the process is selected parts> right click> select "adaptive" menu. Expand the part, select the adaptive features or sketches, right-click and choose "Adapt" menu. The final adaptive object must have appropriate constraints, but also can not be fully constrained to ensure that the adaptive design. And a part, only one reference can be set to adaptive. If a reference to a part has been made adaptive, the other referenced "adaptive" menu is not selectable. 2) Click "Design View" in the browser to save the display configuration of the current part as a design view file. When needed, click the drop-down menu next to Design View in your browser to optionally design your design view file. 3) Assembly reorganization feature allows users to express their own design requirements in the best way. Users are free to drag the parts they need between subassemblies to redesign the assembly more quickly. The components into the sub-components called downgrade, the components out of sub-components called escalation. Select components in the browser, press the TAB key to downgrade, press the Shift + TAB key to upgrade, or right-click, select "downgrade" or "upgrade." 4) Click "New Component" in the assembly to construct the feature with the surface of the other part as the sketch plane, making it more flexible to create adjacent parts in the assembly. 5) Inventor's Adaptive Layout Simplifies the Workflow by Generating a 3D Model Assembly that includes sketches and fully defined. 6) In Inventor, users can activate automatic constraints. By auto-constraint, users only need to drag the components together to quickly fit in without typing constraint commands. In addition, a new "Parts Assembly External Reference" has been added that uses the predefined knowledge stored in the part to determine how to interface with other parts in the part. When the user inserts the part, the system intelligently captures the insertion position. You can also keep these smart constraints and replace the part with other parts. 7) If a geometry in the graphics window is selected, clicking the right mouse button will not show the "End Edit" context menu. Click in the graphics window and uncheck all geometry. This will end the editing of the part and call the "End Edit" context menu. 8) moving, rotating parts to allow temporary movement or rotation operation, click "update", the constraints of the components back to their original position; can also be permanently moved or rotated, that is, "update" parts parked in a new position . 9) Right-click on the assembly constraint and select "Drive Constraints" to simulate the constraint. Drag the specific components according to the degrees of freedom of the components to simulate the mechanism. 10) Can be disassembled animation showing assembly process. 11) In the disassembly view, adjust the part position> Orientation operation to adjust one axis in the X, Y, Z coordinates to coincide with the track line. V. Drawings 1) Create Standard.idw file, select "Format \ Custom Title Bar" menu, click "Properties" in the sketch toolbar, "Text" enter the text description, "Custom variables in the tab. After creating the drawing template, the properties of the part are filled directly into the title bar of the drawing. 2) Create Standard.idw file, choose "Format \ Standard" menu, select "Schedule" tab in the "Sketch Standard" dialog box, customize schedule and table item, "Schedule Notes" in the "Schedule" button to insert a schedule. 3) If the parts in the part model have different size units, the drawing format overruns the units so that the model dimensions have a uniform unit in the drawing environment. To change the size unit display in the drawing file: Select "Format \ Standard" menu, select "Normal" tab in "Sketch Standard" dialog box, set "Linear" to "desired" in "Unit" Display unit form. 4) Click the "Sketch" button, the sketch grid appears on the sketch, and the "Sketch" toolbar is activated. You can create sketches of layers to add drawings and text to drawings, redlining them, without affecting each view of the drawing. In Inventor, create a sketch layer drawing object Select the appropriate layer in the "Style" drop-down, the customization of the layer select the "Format \ Standard" menu, the "General" tab in the "Draft Standard" dialog box get on. 5) In the Create View dialog box, the "Change View Direction" button next to "View Type" is used to generate a custom view, that is, to change the coordinate system of the file. 6) In the Create View dialog box, selecting Render, the ability to render any drawing view is one of Inventor's powerful features. 7) Hold down the ctrl key while placing the section view so it is not aligned with the parent view. Placed cross-sectional profile can be stepped, rotating profile, oblique profile and partial profile. 8) Tools \ Alignment View has the "Disconnect" option. When creating a subview, there is an option to "Disconnect" from the parent view so that the subview can be disconnected from the parent view. 9) The working plane can be used to create a temporary cutaway view through the inside. 10) When drawing sheet metal construction, by clicking on the "additional view" to expand the figure associated. 11) Create a view on different drawings, the new view, first select the parent view, and then right-click select "New Drawings" button. The new drawing is activated and you can preview the placement of the view. 12) In a browser, drag to rearrange the order of sheets, drag the view onto another sheet, but you must release the mouse when the cursor moves over the name or icon of the sheet to drag the view effective. Right-click on the view or drawing and select "Copy" to paste it into another drawing. 13) Move the cursor to an arrow. When the cursor changes to an arrow, double-click the mouse to open the Change Arrow dialog box. Select the arrow style from the menu. 14) Inventor can exclude certain drawings when printing, right-click drawings in the browser, select "Edit Drawings" from the context menu and select "Do Not Print." There are a lot of tips on how to use Inventor, which I have not discovered yet. In fact, we can often use the "help" function in Inventor and its help function is also very powerful. With several recent Inventor products, it provides the function of "animation demo", which helps us to learn more intuitively. I believe there will be more and more people using Inventor in the future.
Mattress Quality Control Conveyor ( Lifting & Flipping)
Motorized Rolling Conveyor
SL-MRC is an auxiliary equipment of mattress production line. Adopting
motorized rollers, with steady carrying and high efficiency.
Technical Specification:
Model SL-MRC
Standard size 2.5m / 6m (Will be made by order)
Carrying direction Straight direction
Carrying speed 12 m/min (Will be made by order)
Carrying capacity 200 kgs
Total power 750 W
Overall dimension 6000(L)x2110(W)x760(H) mm
Weight 930 kgs
CNC Glue Machine
This machine is mainly used for gluing the inner (or layers) of the mattress for
lamination. The sprayers movement from side to side, and the belt of working table`s
moving forward and backward are drived by servo motor, and controlled digitally. It
has the advantage of flexible and various spray route, accurate spray position and
high efficiency.
Technical specification:
Model SL-13SG-2H SL-13SG-2W
Numbers of sprayer 2 units 2 units
Glue type Hot melt Glue Water solution glue
Total power 7KW 3KW
Max width of mattress 2000mm (Automatic regulation)
Max height of mattress 400mm (Automatic regulation)
Max speed 20m/min (Automatic regulation)
Overall dimension 4500mm(L) x 2600mm(W) x 1600mm(H)
Mattress Conveyor,Mattress Turnover Conveyor,Mattress Upturned Conveyor,Automatic Mattress Conveyor
SOFTLIFE MATTRESS MACHINERY CO.,LTD , https://www.softlifefoammachine.com