#cycloid

[he-who-needs-to-be-silenced]

Third Euramerica submission

Wizards, crushers, submarines and pancakes

[brawlertech]

Pyrus Core Cycloid | Armored Alliance

[smd-gearbox]

Cycloidal Gearbox Manufacturer in India | SMD Gearbox

A SMD Cycloidal gearbox is a type of speed reducer that operates using cycloidal motion. It consists of several components, including an eccentric input shaft, a cycloidal disk (also known as a cam), needle bearings, and an output shaft. The design of the cycloidal gearbox allows for high torque transmission, smooth operation, and compact size, making it suitable for various industrial applications.

To know more about product please visit https://www.smdgearbox.com/cycloidal-gearbox or you can write us at sales@smdgearbox.com to connect our technocrat team.

#Cycloidalgearreducer #SmallCycloidalgearbox, #Cycloidaldrive, #Cycloidalgearreduction, #Cycloidalgearboxforsale, #Cycloidalpingearspeedreducer #smdgearbox

 #gearboxmanufacturer #servogearbox 

[animatedshortoftheday]

Cycloid (2013) [3 min] by Tomoki Kurogi | Japan

[worldsewage]

:0 whats the cycloid serum?

When sanitization was being developed, it was a prototype process that would give ink-folk water-resistant skin, when sanitization failed, they used the same process and modified it until it became a fully fledged (and functional) way to transform inklings/octoling’s flesh into scales. It became known as the cycloid serum.

Sanitization functions essentially the same in canon, as in my au, except the colors are a tad off.

[skecherss]

huh

[mrvelocipede]

Old Lace, 2015

[nehachoudhar1]

Cycloidal Gearboxes: The Future of Efficient Power Transmission with TopGear Transmission

In the world of industrial machinery, efficiency and durability are paramount. Cycloidal gearboxes, with their unique design and unparalleled performance, are becoming the go-to solution for various heavy-duty applications. TopGear Transmission, a leader in precision engineering, offers advanced cycloidal gearboxes that bring innovation and reliability to the forefront of power transmission technology.

What is a Cycloidal Gearbox?

A cycloidal gearbox is a type of speed reducer that uses a unique mechanism to deliver high torque, smooth operation, and compact design. Unlike traditional gear systems that rely on gear teeth meshing, cycloidal gearboxes use a combination of rolling elements and pins, allowing for more efficient load distribution and reduced wear and tear. This distinctive design also makes cycloidal gearboxes highly durable and capable of withstanding shock loads and heavy-duty operations.

Key Benefits of Cycloidal Gearboxes

High Torque & EfficiencyOne of the standout features of cycloidal gearboxes is their ability to deliver high torque even at low speeds. This makes them ideal for applications requiring precision and power. With minimal energy loss and high mechanical efficiency, they significantly enhance overall machine performance.

Compact & Lightweight DesignDespite their high load-bearing capacity, cycloidal gearboxes are remarkably compact. Their design allows for a smaller footprint, saving valuable space in machinery setups. This compact nature makes them ideal for industries where space and weight constraints are critical.

Durability & Long LifeCycloidal gearboxes are designed to handle shock loads and vibrations better than traditional gear systems. Their rolling mechanism minimizes friction and wear, ensuring a longer operational life with minimal maintenance.

Smooth and Quiet OperationThanks to their unique rolling action, cycloidal gearboxes operate smoothly and quietly, reducing operational noise and ensuring more reliable machine performance.

Applications of Cycloidal Gearboxes

TopGear Transmission’s cycloidal gearboxes are highly versatile and can be used across a wide range of industries:

Robotics: The high precision and smooth operation of cycloidal gearboxes make them ideal for robotic arms and automation systems where accuracy and control are essential.

Material Handling: Their high torque capabilities are perfect for heavy lifting and conveying equipment.

Wind Turbines: Cycloidal gearboxes are often used in renewable energy applications like wind turbines due to their durability and high torque efficiency.

Machine Tools: For applications where precision and load stability are required, cycloidal gearboxes ensure smooth power transmission.

Why Choose TopGear Transmission for Cycloidal Gearboxes?

At TopGear Transmission, we pride ourselves on delivering high-quality, reliable, and efficient gear solutions. Our cycloidal gearboxes are designed to meet the highest industry standards, ensuring optimal performance even in the most demanding environments. With advanced engineering and precision manufacturing, we provide customizable solutions tailored to your specific needs.

Conclusion

Cycloidal gearboxes represent a new era of power transmission, offering enhanced performance, durability, and efficiency across various industries. TopGear Transmission is at the forefront of this technology, delivering cutting-edge cycloidal gearboxes that meet the evolving demands of modern machinery. Whether you're in robotics, material handling, or renewable energy, our cycloidal gearboxes are designed to provide reliable, high-performance solutions that stand the test of time.

Visit us https://topgeartransmission.com/products/cyclodial-gearbox/ 

[smdgearbox24]

Motion Control Systems | SMD Gearbox

Innovation and precision are the driving forces of progress. At the heart of this automation revolution, you'll find a “Servo Gearboxes” leading the way into the future.

The automation will continue to transform industries, making processes more efficient, safer, and environmentally friendly. SMD gearbox will be at the forefront of this transformation, ensuring that precision remains the cornerstone of automation.

Please visit our website to know more about us at www.smdgearbox.com or you can contact us on following details:

📞📲 +91 7030669818

✉️ sales@smdgearbox.com

[dynamicproducts]

Industrial Planetary Gearbox distributor | Dynapar

Dynamic Products is one of the leading supplier and dealer of a industrial Planetary gearboxes. Planetary gearboxes are a reliable, efficient, and high-precision solution for various industrial applications. They offer improved performance, low noise and vibration, and high efficiency compared to traditional gear systems. With their compact design, high torque output, and precise power transmission, they are ideal for use in robotics, aerospace, automotive, and medical device industries.

[marketinganalysis201]

https://www.marketwatch.com/press-release/cycloidal-gearing-market-size-share-2022-growth-trends-covid-19-impact-analysis-and-forecasts-to-2030-2022-12-07

[i-should-have-studied]

Mod 2 General Topics

Types of Fins

Fins are thin, broad folds of integument internally supported by fin rays, they aid in locomotion in various ways depending on the type of fins.

There are 2 kinds of adult fish fins: unpaired median and paired lateral.

Unpaired median fins include 1-2 dorsal fins along the mid-dorsal line, a ventral anal fin behind the anus/cloaca and a caudal fin around the tip of the tail.

Paired lateral fins include pectoral fins anteriorly and pelvic fins posteriorly. Pelvic fins are called thoracic when located below the pectoral fins and abdominal when located just above the anus. Absent in some.

Under unpaired fins there are many types of caudal fins. Caudal fins are well developed in most fish because of its important contribution to forward propulsion during swimming. The 3 main types are: diphycercal, heterocercal, and homocercal.

Diphycercal Fins:

The most primitive, not exhibited by many living fish.

Vertebral column extends straight back to the tip of the tail, dividing the fin symmetrically and equally into the dorsal and ventral lobes.

Occurs in cyclostomes, primitive sharks, and lungfish.

Presence of diphycercal tail in developed fish is due to secondary modifications.

Heterocercal Fins:

Intermediate type.

The caudal fin is strongly asymmetrical.

Vertebral column bends upwards and reaches up to the tip of the more prominent dorsal lobe.

Characteristic in bottom feeders with a ventral mouth, the stroked of the large dorsal lobe directs the fish downwards.

Occurs in modern sharks.

The opposite, a large ventral lobe, is found in flying fish to propel them upwards. This type of fin is called hypocercal.

Homocercal Fins:

The most advanced type and the most common.

Characteristic of most higher bony fishes.

Externally symmetrical but internally asymmetrical.

The original dorsal lobe or epichordal is suppressed, the original ventral love is developed into a single or 2 symmetrical lobes.

Characteristic of fishes with a terminal mouth, its strokes force the fish straight forward.

Types of Scales

There are 5 types of dermal scales: Cosmoid, Placoid, Ganoid, Cycloid, and Ctenoid.

1. Cosmoid Scales:

Does not occur in living fish, only fossilized fishes.

2. Placoid Scales:

Characteristic of sharks.

Each scale has a backwardly directed spine arising from a round or rhomboidal basal plate embedded in dermis.

Spine is enamel-like and basal plate is of dentine-like bony material.

A pulp cavity inside the spine opens through basal plate.

Placoid scales are closely set together in skin; giving a sandpaper like texture.

3. Ganoid Scales:

Thick, rhomboidal, or diamond shaped plates closely fitted side by side. Tile like, provide a bony armor to the fish, might overlap in some.

Characteristic of holosteans.

4. Cycloid Scales:

Thin, flexible. translucent plates. Circular in outline and thicker in the center.

Marked with several concentric lines of growth which can be used to determine age.

They overlap each other, each scale is embedded in a small pocket of dermis.

Found in lung fishes, carp, cod, etc.

5. Ctenoid Scales:

Similar to cycloid scales in form, structure, and arrangement.

But is more firmly attached, their free hind parts with are not overlapped, bear numerous small comb-like teeth or spines.

Characteristic of modern higher teleosteans like perch and sunfish.

There are some intermediate types of scales found in between cycloid and ctenoid, and some fish like flounder have both.

Neoteny and Paedogenesis

Neoteny refers to the retention of a larval or embryonic trait in the adult body. For example the retention of larval gills in adult salamanders.

Paedogenesis refers to the development of gonads and or production of young by an immature larval animal. Examples are scattered in several groups or animals such as gall fly, liver fluke, and salamanders.

Neoteny emphasizes the retention of larval traits in the adult body while paedogenesis stresses the development of adult like gonads in the larval body.

The best example of neoteny and paedogenesis is ambystomata. Normally they live through an aquatic larval stage and transform into an air-breathing terrestrial adult. However, under certain circumstances, the larvae does not undergo metamorphosis, retains it's gills and aquatic nature, but becomes sexually mature. This sexually mature larval stage with external gills is called an axolotl.

For a while axolotls were thought to be an entirely separate genus, Siredon.

Environmental factors affect metamorphosis in many ways. Abundance of food, cold temp., and insufficient iodine may cause failure of metamorphosis and paedogenesis. This is known because drying of swamps, lack of food, and rise in temp induce axolotls to metamorphose. When treated with thyroxine or TSH, they lose their gills and become adults.

There are 3 types of neoteny, partial, intermediate and total.

Partial neoteny is then metamorphosis is delayed due to temporary ecological or physiological changes, seen in tadpoles over winter.

Intermediate neoteny is when the organism is sexually reproductive and can undergo metamorphosis under the correct conditions, seen in axolotl.

Total neoteny is when they remain larval throughout. Even after treatment of thyroxine, they fail to metamorphose. Seen in Siren.

Parental Care in Amphibians

Parental care is the act of looking after the eggs or young until they are independent enough to defend from predators.

Amphibians exhibit various types of parental care in two broad groups: Protection by nests, nurseries, or shelters and direct caring by parents.

Protection by nests, nurseries, or shelters:

1. Selection of site: Many amphibians lay their eggs in protected moist microhabitats. Some frogs and toads lay eggs on land near water. Many tree frogs lay their eggs on leave and branched overhanding water by gluing their eggs, they fall into water free of predators when hatched. Some tree frogs deposit eggs in water that accumulates in epiphytic tropical plants, free from aquatic predators.

2. Defending eggs or territories: Male green Rana frogs maintain territories and attack small intruders to protect the eggs. Both male and female Mantophryne frogs guard the eggs. The male actually sits over and holds the gelatinous envelope containing 17 eggs.

3. Direct Development: In some frogs such as Hyla, the eggs hatch directly into little frogs, thus avoiding the chance of larval mortality. In the red backed salamander, the hatchlings are miniature adults.

4. Foam Nests: Many amphibians convert copious mucous secretion into nests for young. Japanese tree frogs dig a hole or tunnel into which eggs are left in a frothy mass to avoid desiccation. During rain, the hatching tadpoles are washed down the slopping tunnel into pond or river water for further development. Some frogs lay eggs in nests of foam floating on water. The female emits a huge amount of mucus that she can beats into foam with her hindlegs to lay eggs in. When tadpoles hatch they drop from foam into water.

5. Mud nests: Brazilian tree frog, Hyla, the male frog digs little holes in the mud of shallow water for the female frog to lay eggs in. The nest is 30cm in diameter and 5-8cm deep. Tadpoles hatch within this safe place and develop until they are large enough to defend themselves.

6. Tree nests: The South American Tree frog, Phyllomedusa, lays eggs in a folded leaf nest with margins glued together with cloacal secretions. The tadpoles when formed fall straight into water below.

7. Gelatinous bags: Salamandrella, a small aquatic salamander, deposits 50-60 small eggs in a gelatinous bag which is fastened to aquatic plants.

Direct Carrying By Parent

1. Coiling around eggs: In certain caecilians like Ichthyophis, the female lays large eggs in burrows in damp soil and carefully guards them by coiling her body around them until they hatch.

2. Transferring tadpoles to water: Some species of small frogs in tropical Africa and South America deposit their eggs on ground. Once the tadpoles hatch, they fasten themselves to the back of one of the parents with their sucker like mouth so they can be transported to water.

3. Eggs glued to body: Many amphibians carry the eggs glued to their body. In the Sri Lankan tree frog, the eggs are glued to the belly of the female. In the European midwife toad, Alytes, the mall entangles the eggs around his hindlegs so he can carry them with him until they are ready to hatch. When the time comes they release the tadpoles into the nearest water body.

4. Eggs in back pouches: In a group of tree frogs called marsupial frogs, the female carries the eggs on her back. Either in an open oval depression, a closed pouch, or individual pockets. The eggs develop into miniature frogs before leaving their mother's back.

5. Organs as brooding pouches: Males of the terrestrial South American Darwin's frog, Rhinoderma, pushes at least 2 fertilized eggs into his large vocal sacs. There they undergo complete development to emerge out as fully formed froglets.

6. Viviparity: Some anurans are ovoviviparous. They reatain eggs in the oviducts and the female gives birth to living young. For example African toads give birth to little frogs.

[worldsewage]

How does Fuzzification and, Salmonification? work in homerun? Specficially if theres any mental changes!

Ramblings under the cut! :

To preface, I’m gonna start off with some Inkling biology: Inklings are designed to transform and explode (splat) and be tricky and swift via means of completely deconstructing their bodies into a bunch of memory holding parts that are capable of reattaching themselves and forming DIFFERENT parts depending on the command given… this is the act of transforming between kid and swim form, and it’s possible to linger on phases between transforming. This makes inklings extremely powerful and vulnerable in the same stroke. Sort of a glass canon species, no muscles, no true bones, just ink that shifts and exists in gooey messes, or in mini pressurized blasts that mimic muscle when needed or condense into super compressed pressurized parts that stand in for “bone”, the only true separate organ that exists outside of the ink blueprint that mimics organs is the membrane outside the skin, and this is only because it is made of a different series of material than organs and ink (which all contains the same cells, the one that allow them to splat / transform / etc). This “membrane” is a super thin organ that holds all of the “ink” when they get splatted, though it doesn’t physically “hold” the cells, in simpler terms it sort of acts as a thin bag that carries the blueprint cells, it is the structure that allows the cells to fill in details…

The membrane functions like … imagine a plastic glove, the glove is the membrane, next to the glove is a puddle of ink, the ink is the organ/transforming cells. The glove has the ability to pull the water inside of it, and the water is always attached to the glove, even if not inside it, and the glove can pull and release the water at will. When filled, the shape of the glove makes it so the water inside the glove will always, even when stretched or pulled, form a hand. If the glove is torn, the shape distorts, or doesn’t fill properly, depending on the tear. The membrane is able to release ink by seperating very very slightly, enough for ink to burst out of the gaps. (I imagine inklings feel like water balloons filled to the brim… like on the brink of popping? Squishy, yet “dense.”)

Sanitization was a means of replacing the membrane with thick scale like skin. (Btw, this was because in the more detailed sanitization designs I made in the past, I made the skin resemble the scale like patterns used in skin grafts on humans. A thing Inklings wouldn’t ever necessarily need.) Tartar’s quest to make this species who he has deemed worthless feel “even an ounce of humanity” , as a torturous poetic revenge, make them “human.” It forces the membrane to thicken into skin, they can no longer splat or transform. Organs still float in ink globs a tad uselessly inside of them, “useless” organs (as in extra hearts) are surgically removed. There are many complications with sanitization, as it is project made by a damaged rouge ai which was— during the development of santization— unable to speak or communicate eloquently, trying to convey the mess of the emotions it feels via commands and actions. And unfortunately, in this case, it’s squid body horror, it’s physically rejecting taking part in this project, and instead is turning squids into something else entirely.

Cycloid Serum works similarly, but rather it burns off the membrane and heals over it with scales, cycloid serum was the science that was attempted to be created when sanitization was developed. Cycloid serum is more effective on Inklings, since Octolings already have a denser skin. The commander could have probably had printed out a more thorough and in depth explanation of the science used in sanitization… But, oh well. “a tragic error occurred in the device used to develop it, leading to the project’s abandonment.”

Cycloid Serum was made using Salmonid Skin parts as an effort to reduce the deaths caused by rising tides for Inklings. It was mostly used on rouge outskirt inklings who are separate from Inkopolis Inklings. It seems most Inkling’s who agreed to the testing were already seeking out greatness, the test subjects all seemed to be talented and well famed— it later proved that this project was to create ink-salmonids that would rule on the front lines, and the reason “popular / famous / talented “ inklings were chosen is because it directly ties into Salmonid’s religious culture regarding home running.

This project was scraped, but the few remaining Salmon-Inklings are very popular for their sleek design— especially among Dome-Salmonids, who have similar beauty standards to New Inkadia Octarians due to growing up AROUND Inklings/Octolings, meaning short muzzles and humanoid appearances are desirable. (Such as Frye, in the Alterna, aka Cat Hell.) Unfortunately, these Subjects still have Running instincts; and can transform.

Fuzzy Ooze was a separate project not related to the creation of the Cycloid serum. The company who funded this project was still the same, though. Fuzzy Ooze is dense and is layered on top of the Inkfish, and slowly melds into the skin, unlike the previous serums, Fuzzy Ooze CAN infect other species, but it seems it works BEST with Octarians, fuzzy inklings tend to not last, and splat and are capable of fully removing the fuzz, but since Octarians contain more MUSCLE and actual flesh compared to the Ink + Membrane species, Fuzzy Ooze works more effectively. I’ll probably make a detailed post regarding the anatomical differences in each species.

Mental Changes: (ie: what the ask was originally about before I went rogue.)

Santization wipes the memory wholly and totally, and the first moments are rough, as they’re completely hollowed out; they need training to re-remember certain actions and behaviors, most Sanitized subjects are nearly catatonic and unresponsive the first week. Usually after that, they slowly remember ‘habits’ they may have had, such as tapping their foot, dominant hand, humming tunes, if is exclusively muscle memory and mostly they are not responsive nor do they recognize the importance of the behavior. Previous traumas or fears no longer trigger reactions.

Cycloid Serum does not wipe the memory, but rather it forces them to inherit Salmonid Instincts; which makes them inherent generational traumas + inclination towards swimming + cravings and changes in diet… ie experiencing desires inklings would NOT desire. (Mostly because Salmonids NEED water, they need to keep their gills moist to survive, Cycloid Serum victims don’t…) Most have a hard time sorting out memories, much like the Mud; but slightly different… mostly due to being aware and alert. They have their memories, but because they are fueled with random instincts, the “importance” or “significance” of events in their mind will warp… leading to what could be perceived as memory loss, they do, mostly, just thier goals are warped. Because they follow Salmonid Instincts, they can homerun.

Those infected by Fuzzy Ooze will have a change in diet + behaviors + and May develop aches or pains that Inklings wouldn’t typically develop as a result of slowly churning their insides into red blood guts. They also don’t experience memory loss, but as a result of a rush of new emotions + instincts, they can come off as if they DON’T know you, because certain memories are labeled as nonsignificant. There are probably certain types of fuzzy folk depending on the DNA used… but ultimately they are NATURALLY non-violent.

Both Fuzzy and Cycloid’d inkfish can transform. Not neatly nor safely. But they can.

[flyfishing-the-fbi]

fav fish???

Man that's really hard, in my local river back at Wolf Trap? The Walleye migrate as early as January and they're always on the bigger side around here, or the Bluegill.

In the whole of Virginia? It's gotta be the Longnosed Gar. Its abundant if you know the right lakes and slow moving streams to look in but it's actually a pretty cool fish. It not only can inhabit brackish water, but also low oxygenated environments due to its ability to breathe both air and water. Its scales are Ganoid scales which means they're like armor, tough and actually have serrated edges. They fit together with peg-and-socket joints, closely packed almost like a puzzle, instead of overlapping like cycloid scales or ctenoid scales.

Overall, best fish.

[mrvelocipede]

Octarine, 2008

[nehachoudhar1]

Revolutionizing Motion: Exploring the Cycloidal Gearbox by TopGear Transmission

In the realm of mechanical engineering, precision and innovation are paramount. When it comes to power transmission solutions, one name stands out among the rest: TopGear Transmission. Renowned for their commitment to excellence and groundbreaking technology, TopGear Transmission introduces a game-changer in motion control—the Cycloidal Gearbox. Let's delve into this revolutionary technology and discover how TopGear Transmission is reshaping the future of mechanical engineering.

Unraveling the Mystery: Understanding the Cycloidal Gearbox

At the heart of TopGear Transmission's innovation lies the Cycloidal Gearbox, a marvel of engineering ingenuity. Unlike traditional gearboxes that rely on meshing gears with teeth, the Cycloidal Gearbox utilizes a unique mechanism that harnesses the power of cycloidal motion. This innovative design not only improves efficiency and durability but also opens up a world of possibilities for a wide range of applications.

Precision Redefined: The Advantages of Cycloidal Gearbox Technology

Enhanced Efficiency: With its smooth and precise motion, the Cycloidal Gearbox minimizes friction and wear, resulting in higher efficiency and reduced energy consumption. This makes it an ideal choice for applications where efficiency is paramount, such as industrial automation and robotics.

Exceptional Durability: Built to withstand the rigors of demanding environments, TopGear Transmission's Cycloidal Gearbox is engineered for long-term durability and reliability. Its robust construction and high-quality materials ensure smooth operation even in the harshest conditions, making it a trusted choice for heavy-duty applications.

Compact Design: The compact and lightweight design of the Cycloidal Gearbox allows for easy integration into tight spaces, maximizing space utilization and minimizing footprint. This versatility makes it suitable for a wide range of applications, from automotive systems to aerospace technology.

Precise Control: Precision is the hallmark of TopGear Transmission's Cycloidal Gearbox. With its smooth and precise motion control capabilities, it offers unparalleled accuracy and repeatability, making it an indispensable tool for applications that require precise positioning and control, such as CNC machinery and medical devices.

Applications Across Industries: Where Innovation Meets Excellence

The versatility of TopGear Transmission's Cycloidal Gearbox knows no bounds, with applications spanning across a myriad of industries:

Manufacturing: From conveyor systems to packaging machinery, the Cycloidal Gearbox ensures smooth and reliable operation in manufacturing environments.

Automotive: In the automotive industry, the Cycloidal Gearbox plays a crucial role in powering various components, from windshield wipers to power windows, with precision and efficiency.

Renewable Energy: In the realm of renewable energy, the Cycloidal Gearbox is utilized in wind turbines and solar tracking systems, harnessing the power of nature with unrivaled efficiency.

Conclusion: Pioneering the Future of Motion Control

As we embark on a journey towards a future driven by innovation and excellence, TopGear Transmission leads the way with its groundbreaking Cycloidal Gearbox technology. With its unmatched efficiency, durability, and precision, the Cycloidal Gearbox by TopGear Transmission is poised to revolutionize the way we think about motion control. Embrace the future of mechanical engineering with TopGear Transmission and experience the power of innovation in motion.

Visit us https://www.topgeartransmission.com/cyclodial-gearbox/