摘要：

Tickle Table v2 是 Fetish Labs 设计和开发的一款尖端设备，经过重大升级，优化了对搔痒研究对象进行约束和刺激的效果。本文详细介绍了 Tickle Table v2 的改进和测试，并以志愿者 Harley Kitty 为对象进行测试。其新颖的设计包含多个可调节高度的插槽、增强型绑带系统以及可升降的后部，以便于观察。全钢制踝托和脚趾约束装置可提供安全舒适的固定，使受试者能够集中注意力进行刺激而不会分心。我们的测试证明了 Tickle Table v2 在辅助各种搔痒技巧方面的有效性，包括杖刑、手动刺激以及各种工具的使用。

引言：

Tickle Table v2 是搔痒研究领域的重要工具，它能够安全有效地约束受试者，同时允许施加各种刺激。 Tickle Table v2 在其前代产品成功的基础上，融入了多项创新功能，以提升挠痒体验。

方法：

长发金发志愿者 Harley Kitty 使用增强型绑带系统固定在 Tickle Table v2 上，该系统可进行精确调节，以适应不同的体型。踝部支架和脚趾约束装置也经过调整，以确保舒适安全的固定。测试方案包含三个部分：(1) Tilly McReese 使用笞杖为受试者的裸足做准备；(2) Derek 使用一系列挠痒技巧和工具，包括手动刺激、电击器、SnS Shredder 和恐怖器；(3) 最后一部分展示了 Tilly 的手动刺激方法。

结果：

Tickle Table v2 较其前代产品有显著改进，增强了受试者的约束和固定效果。可调节高度的槽口、可升降的后部以及全钢制踝托和脚趾约束装置，确保了各种刺激应用的安全舒适环境。测试方案展示了Tickle Table v2在适应各种挠痒技术和工具方面的多功能性。

结论：

Tickle Table v2是挠痒研究领域的一项重大进步，提供了一种约束和刺激样本的全新方法。桌子设计的改进改善了整体挠痒体验，使刺激应用更加集中有效。未来的研究方向包括探索Tickle Table v2在各种挠痒方案和应用中的潜力。Abstract:


The Tickle Table v2, a cutting-edge piece of equipment designed and developed at Fetish Labs, has undergone significant upgrades to optimize the restraining and stimulating of specimens for tickling research. This paper details the improvements and testing of the Tickle Table v2, featuring a volunteer specimen, Harley Kitty. The novel design incorporates multiple slots for adjustable height, enhanced strap system, and an elevatable rear portion for unobstructed observation. The all-steel ankle stocks and toe restraints provide secure and comfortable immobilization, allowing for focused application of stimuli without distraction. Our testing demonstrates the Tickle Table v2's efficacy in facilitating a range of tickling techniques, including bastinado, manual stimulation, and the use of various tools.





Introduction:


The Tickle Table v2 is a crucial tool in the field of tickling research, enabling the safe and effective restraint of specimens while allowing for the application of various stimuli. Building upon the success of its predecessor, the Tickle Table v2 incorporates several innovative features to enhance the tickling experience.





Methods:


Harley Kitty, a long-haired blonde volunteer, was secured to the Tickle Table v2 using the enhanced strap system, which allows for precise adjustment to accommodate different body types. The ankle stocks and toe restraints were adjusted to ensure comfortable and secure immobilization. The testing protocol consisted of three segments: (1) bastinado application by Tilly McReese to prepare the specimen's bare soles; (2) an array of tickling techniques and tools applied by Derek, including manual stimulation, the Shocker, the SnS Shredder, and the Terrorizers; and (3) a final segment featuring Tilly's manual stimulation method.





Results:


The Tickle Table v2 demonstrated significant improvements over its predecessor, providing enhanced restraint and immobilization of the specimen. The adjustable height slots, elevatable rear portion, and all-steel ankle stocks and toe restraints ensured a secure and comfortable environment for the application of various stimuli. The testing protocol showcased the Tickle Table v2's versatility in accommodating a range of tickling techniques and tools.





Conclusion:


The Tickle Table v2 is a significant advancement in the field of tickling research, offering a novel approach to restraining and stimulating specimens. The enhancements to the table's design have improved the overall tickling experience, allowing for more focused and effective application of stimuli. Future research directions include exploring the Tickle Table v2's potential in various tickling protocols and applications.