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3 results about "Tetrapod" patented technology

Tetrapods (/ˈtɛtrəpɒd/; from Greek: τετρα- "four" and πούς "foot") are four-limbed (with a few exceptions, such as snakes) animals constituting the superclass Tetrapoda. It includes extant and extinct amphibians, reptiles (including dinosaurs and therefore birds), and mammals. Tetrapods evolved from a group of animals known as the Tetrapodomorpha which, in turn, evolved from ancient Sarcopterygii (lobe-finned fishes) around 390 million years ago in the middle Devonian period; their forms were transitional between lobe-finned fishes and the four-limbed tetrapods. The first tetrapods (from a traditional, apomorphy-based perspective) appeared by the late Devonian, 367.5 million years ago; the specific aquatic ancestors of the tetrapods, and the process by which they colonized Earth's land after emerging from water remains unclear. The change from a body plan for breathing and navigating in water to a body plan enabling the animal to move on land is one of the most profound evolutionary changes known. The first tetrapods were primarily aquatic. Modern amphibians, which evolved from earlier groups, are generally semiaquatic; the first stage of their lives is as fish-like tadpoles, and later stages are partly terrestrial and partly aquatic. However, most tetrapod species today are amniotes, most of those are terrestrial tetrapods whose branch evolved from earlier tetrapods about 340 million years ago (crown amniotes evolved 318 million years ago). The key innovation in amniotes over amphibians is laying of eggs on land or having further evolved to retain the fertilized egg(s) within the mother.

Tetrapod lineage retained pillar

The present invention provides a support post for tethering quadrupedal animals that allows users to keep necessary tools within easy reach and improve work efficiency by placing bait to attract the attention of quadrupedal animals. [Solution] The support column 1 for tethering quadrupedal animals is equipped with a mounting part 151 attached to the column 51 and a tray body part 152 that extends laterally from the mounting part 151 in the direction relative to the upright direction of the column 51. As such, grooming tools for quadrupedal animals such as dogs D can be kept within easy reach of the worker, and bait that will attract the animal's attention can be placed on it, allowing grooming work to be performed efficiently.
Owner:ARONKASEI

Tetrapod lineage retained as a pillar

This invention provides a support post for tethering quadrupedal animals that allows for easy and safe adjustment of the height and orientation of the main support post. [Solution] The support post 1 for tethering quadruped animals comprises a support post body 20, a support post 40, and a stopper member 30. The support post body 20 has a column portion 51 that stands upright and is supported by being inserted through the support post 40. The stopper member 30 is attached to the column portion 51, restricted by the vertical height position of the column portion 51, and is in contact with the upper end of the support post 40 from above. This prevents the support post body 20 from falling unintentionally, and makes it easier to change the height and orientation of the support post body 20 according to the size of, for example, dog D, thereby preventing a decrease in work efficiency such as trimming.
Owner:ARONKASEI

Tetrapod lineage retained pillar

PendingJP2026104102AGrooming devicesLong armAnimal science
To provide a support post for tethering quadrupedal animals that improves work efficiency when tethering quadrupedal animals. [Solution] The support post 1 for tethering quadruped animals comprises a long arm portion 65 and a support post body portion 20 that supports the arm portion 65. The support post body portion 20 comprises a column portion 51 that stands upright and an extension portion 52 that extends from the upper part of the column portion 51 in a direction intersecting the upright direction of the column portion 51. The end of the extension portion 52 and the end of the arm portion 65 are connected by a connecting portion 60, and in a plan view, the extension direction of the extension portion 52 and the length direction of the arm portion 65 are different. As a result, when a dog D is tethered, the column portion 51 is not located in front of the direction the dog D's face is facing, thus improving workability, such as trimming.
Owner:ARONKASEI