dihedral synchro helix 3d models

To create your own version, select the following options: case screws = 4; stepper motor = 0; render part = 7; final ratio = 6; height output mount = 16; height motor pedestal = 13; radius ring back = 4; ring diameter = 60; helix angle = 0; planetary...

http://www.thingiverse.com/apps/customizer/run?thing_id=900277 Instructions Using the following settings: Teeth or pitch count set to 36 Helix angle optimized for precision Gear hole type selected as standard Clearance percentage adjusted to 5% Gear...

Changes: * Replaced the center of the helix to fit an amoladora shaft. * Version V2 does not have a rear lip, which is not necessary for my installation. * Smaller size to print it in one piece. It has yet to be tested. ...I'm waiting for it to be...

Here are the specifications used for creation: height_output_mount = 16, stepper_motor = 0, radius_ring_back = 4, helix_angle = 0, height_motor_pedestal = 13, final_ratio = 6, case_screws = 4, render_part = 7, ring_diameter = 60, and...

The following specifications were used during customization: final_ratio = 6, planetary_face_width = 10, radius_ring_back = 4, render_part = 6, height_output_mount = 16, ring_diameter = 60, helix_angle = 0, stepper_motor = 0, case_screws = 4, and...

This is a personalized version of http://www.thingiverse.com/thing:268787, created using the Customizer app with the following specifications: a hole, height of 6, hole size of 4, scaled at 100%, 18 teeth, and rotated offset for double helix by 5...

To print this customized version, make sure to select the following options: type of gear as Spur, rotate offset for double helix only at 5mm, a height of 15mm, hole size of 3mm, scaling it up by 100%, and including a hole in the design with 35...

I experimented with various tools and was particularly interested in using helix and spiral shapes with curves. I struggled to find an appropriate application until I saw a bottle on the table. This inspired me to create something. Have you ever...

... translation movement, making it useful in applications requiring simultaneous rotary and linear motion. The 'M1.25' indicates the module or the size of the gear, while 'T32' refers to the helix angle or the degree of twist along the tooth profile.

... these instructions: select a spur gear type, set the scale to 100%, adjust the height to 4mm, choose a hole size of 1.5mm and include a hole in your design. Additionally, rotate the double helix by 5 degrees only and feature 40 teeth on the gear.

... parameters. ...The design features 5 planets, each with 7 teeth, a width of 6.7 units, and a pitch of 45 degrees. The sun has approximately 9 teeth and the maximum allowed deviation (tolerance) is set to 0.3 units. The helix twist is 1 turn per length.

The crystal structure of a zinc finger domain reveals a novel molecular architecture that consists of an alpha-helix backbone and four beta-strands arranged in a distinctive Greek-key motif. The zinc finger core is centered at the top of the protein...

A helix-like surface, known as a heliroid, possesses unique geometrical properties that make it an interesting topic of study in mathematics and physics. These surfaces are characterized by their spiral-like structure, which resembles the shape of a...

This type of stair design winds around a central core, creating a continuous helix shape. As you ascend or descend, the steps gradually rotate around you, providing an engaging experience for users. ...Spiral stairs are particularly well-suited for...

A Darrieus wind turbine is an innovative and unique type of vertical-axis wind turbine that features a rotor design which resembles the shape of a egg beater or a helix. This type of wind energy generator is named after Georges Darrieus, the French...

With these parameters: * scale set to a precision of one hundred * eighteen sharp, tooth-like projections for cutting and interlocking gears * a total height of five units * a specific design style, also known as the Spur type * the Double Helix...

http://www.thingiverse.com/apps/customizer/run?thing_id=268787 Directions Employing the following parameters: scale: Expanded to Full Potential gear style: Engineered with Uncommon Precision Hole Placement: Strategically Optimized Rotation Offset,...

It harnesses solar power from panels placed atop the structure to power its electric motor and propel it through the air via a helix and forceful passages. Equipped with two large self-powered wings that capture solar rays, this innovative vehicle...

... 3D Rendering Tools, Ensuring Flexibility in Manufacturing. Clicker Diameters Available: Six Millimeters, Eight Millimeters, Ten Millimeters. Designed Specifically for Lobe Piercing, Helix Piercing, and Septum, Offering Versatility for Piercers.

... Key specifications include a height of 5, a scale of 100%, Spur-type gear with a hole size of 5, and incorporating a hole. Additionally, the rotate offset for the double helix has been set to 5, with 30 teeth on the gear.

It was customized using the Customizer tool at http://www.thingiverse.com/apps/customizer/run?thing_id=268787 with specifications that include a hole, scaled at 100%, 33 teeth, a hole size of 1.5, rotated offset for double helix by 5 degrees, and is...

... to customize your design. For instructions, set "hole" to "Yes", adjust the scale to 100%, have 18 teeth, a hole size of 1.5, rotate offset for double helix by 5 degrees, and choose a spur gear type with a height of 5.

Its middle section showcases a helix pattern symbolizing engineering design. The designer's expertise is highlighted at the top, where GrabCAD's initials are prominently displayed, signifying global recognition in the design community. ...The trophy...

... ...Specifics include an approximate sun with 9 teeth, a width of 6.7 units, a pressure angle of 30 degrees, a tooth thickness of 5.17mm, a single helix twist, and a tolerance of 0.15mm. ...This design features five planets, each with seven teeth.

It was created using the Customizer tool with the following settings: output mount height of 16, rendering of part number 4, a helix angle of 30 degrees, a final ratio of 6.55, no stepper motor, a pedestal height of 13, a planetary face width of 10,...

For this particular build, specific options were set as follows: stepper_motor = 0; height_output_mount = 16; final_ratio = 6.55; ring_diameter = 60; planetary_face_width = 10; helix_angle = 30; radius_ring_back = 4; render_part = 2;...

For instructions, please use these settings: height_output_mount = 16, render_part = 5, helix_angle = 30, final_ratio = 6.55, stepper_motor = 0, height_motor_pedestal = 13, planetary_face_width = 10, radius_ring_back = 4, case_screws = 4, and...

For specifications, set stepper_motor to 0; use a height_output_mount of 16; final_ratio is 6.55; ring_diameter is 60; planetary_face_width is 10; helix_angle is 30; radius_ring_back is 4; render_part is 7; height_motor_pedestal is 13, and utilize 4...

To fabricate it, use these specifications: final_ratio = 6.55, planetary_face_width = 10, radius_ring_back = 4, render_part = 6, height_output_mount = 16, helix_angle = 30, ring_diameter = 60, stepper_motor = 0, height_motor_pedestal = 13, and...

For this specific design, the parameters were set as stepper_motor = 0, height_output_mount = 16, final_ratio = 6.55, ring_diameter = 60, planetary_face_width = 10, helix_angle = 30, radius_ring_back = 4, render_part = 10, height_motor_pedestal = 13,...