Sidanda Neck Support Urunga by Philip Lu

Sidanda Neck Support Urunga by Philip Lu is a highly esteemed winner of the very prestigious 2022 A' Design Award Rino in Hoahoa Ātaahua, Tiaki Tinana me ngā Hua Whakapaipai Competition Category.

RinoHua Whakapaipai· 2022

Sidanda Neck Support Urunga

by Philip Lu

Client: Sidanda

A' Design Award Rino Winner in Hua Whakapaipai Category

31,717

Verified Award Winner

Verify Award Status for #128136

View at A' Design Award Press Release Award Badge

Colors

The Design

About Sidanda Neck Support Urunga

He urunga a Sidanda Neck Support i hangaia hei whakaiti i te ngenge o te kaki i te wā moe. Ko ngā mehua o te urunga he 70 cm te roa, 43 cm te whānui, me te 5 cm te teitei. Ka wehea te mata o te urunga ki ngā wāhanga e rima e ngā mata-V āhua kē, hei tautoko i te rōpū uaua suboccipital. Ka totō māmā te wāhi mō te māhunga, ā, ka whai te wāhi moe-taha i te piko o te kaki. Ko te whakakiinga he honohono i te huruhuru waewae mā o te kuihi me ngā matiti reka (latex), e whakawhiwhi ana i te tautoko mārō me te tuku i te hau kia rere puta noa. Ka āwhina hoki tētahi taha-kōpani hāngai-hau ki te tuku i te wera me te makuku kia puta. Kei te tukuna hoki ētahi teitei rerekē mō ngā tāne me ngā wāhine.

The Recognition

About the A' Design Award Rino

Ko Sidanda Neck Support Urunga te toa o te A' Design Award Rino, he whakaaetanga whai mana e hoatu ana ki ngā hoahoa pai e whakatutuki ana i ngā hiahia ngaio me te ahumahi e tūmanakohia ana mai i ngā mahi kua hoahoatia pai. Ko ngā toa Rino e whakaatu ana i te pukenga nui, te tohungatanga teitei, te māramatanga mātanga me te kaha auaha o ō rātou kaihanga. E tūmanakohia ana ko Sidanda Neck Support Urunga he mahi whakanuia, whakamīharotia, aroha nui, he whaihua, he auaha hoki. Ko tēnei hoahoa i toa i te Rino e whakakotahi ana i ngā tikanga pai rawa o te ahumahi, ā, he āhuatanga hangarau pūkenga tōna e hono ana ki te mōhio me te pūmanawa. E whakahonoretia ana a Sidanda Neck Support Urunga mō tōna tōtika, ā, i hoahoatia hei whakapai ake i te kounga o te oranga me te āwhina i te ao kia pai ake.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Prolonged use of over-high pillows will cause excessive fatigue of the neck, tending to result in stiff neck and other phenomena. Studies have shown that when people sleep on their backs, the suitable height of the pillow for men is 4-8cm, for women 4-6cm, that is, that is, the most suitable height is equal to the heights of their fists. Inspired by this, SIDANDA designs this Square Neck Protection Pillow based on ergonomic principles with the suboccipital muscle group as the core, and uses innovative pillow filling methods to provide users with a healthy and comfortable sleep environment.
Dimensions & Packaging: The Square Neck Protection Pillow is filled with raw latex particles imported from Thailand and white goose down imported from Poland. The size of the pillow is 70 cm long, 43 cm wide and 5 cm high.
Production Technology: This pillow is designed with an irregular V-shaped partitioned pillow face, filled with goose down and latex particles inside. Latex particles, featured with flowing resilience, play a massage function and promote blood circulation. Combined with goose down with natural gas holes, it automatically adapts to the sinking of the head and neck, quickly adjusts poor sleeping posture and relaxes the muscles and the spine during sleep. Also, latex particles own tens of thousands of honeycomb air holes, and goose down also has millions of air permeable holes, with the excellent breathability advantage of both. This complementary filling can distribute the heat generated during sleep in all directions. In addition, the pillow is surrounded by special additional Brcloud Air breathable mesh, doubling the moisture and sweat wicking, avoiding being stuffy and sweaty.
Design Challenge: The biggest challenge of the product is the new design of irregular V-shaped partitions. The amount of filling needs to be precisely controlled according to the location of each partition. Too much or too little filling will affect the balance and weaken the relaxing effect on the suboccipital muscles. In addition, it is the first time the goose down and latex particles are simultaneously filled in the pillow core. Therefore, this not only requires sufficient support, but also has to ensure that the softness is moderate, which increases the difficulty of design and production.
Research: SIDANDA Laboratory has discovered that the "suboccipital muscle group" is vital in maintaining the alignment between the skull and the upper cervical spine. The V-shaped partitioned pillow surface is designed based on five irregular partitions, effectively relaxing the core suboccipital muscle groups. Latex particles and goose down are accurately filled according to the qualities of human bones and muscle distribution, to provide comfortable support for user's cervical spines and pillow bones.
Inspiration: The Square Neck Protection Pillow provides an irregular V-shaped partitioned surface for core suboccipital muscles, relaxing the muscles and the spine during sleep and effectively relieving the neck fatigue. After users lying down, the head fossa area naturally sinks, and the side sleeping area closely fits the cervical curve. Latex particles are added as rebound material to offer proper support. For different sexes, the product offers different heights, so that users can make the best choice.
Project Duration: The project started R&D since January 2021 in Hangzhou, Zhejiang Province, China, with testing beginning in March 2021 and the official launch in June 2021.
Operation Flow: After users lying down, the head fossa area naturally sinks with the head, forms a moderate light support curve, softly protects the head, avoids the spine in a tight state, and soothes the muscles. The side sleeping area seamlessly fits the curve of the neck, while gently taking care of the skin of the cheek. When the user turns over, the resilient latex particles rebound quickly in response to changes in sleeping position, giving proper elastic support to the cervical spine and the occipital bone to enhance sleep comfort.
Team Members: Philip Lu