@kuyawillll: Reply to @kuyawillll WE’RE ON SHOPEE! 🧡 #kuyawillbakes #caketok #cakedecorating #baking101 #baketok #fypシ #fypシ゚viral #foryou #messycookies #shopee

Kuya Will🌷FB/IG: bakedbywill_
Kuya Will🌷FB/IG: bakedbywill_
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Region: PH
Friday 18 March 2022 13:17:57 GMT
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kuyawillll
Kuya Will🌷FB/IG: bakedbywill_ :
Here’s the link to our Shopee store. Follow us at Check out na! https://shopee.ph/wlrys
2022-03-18 13:18:32
3
jer_yell10
jer_yeLL10 :
Wala po bang plain lang na choco chip cookies?
2022-04-18 07:29:34
1
annabee08
Annabee :
YOWN finally makakatikim na din ng gawa mo Kuya 💗💗💗
2022-03-18 13:32:10
1
ainjhelica
Änj :
Saan po sa pampanga?
2022-04-15 08:58:28
1
queen_baker111
Mommy Chelsea's Kitchen :
di maclick Ang link mo kuya will sa messy cookies
2022-04-01 07:26:46
1
joana.mista
joana :
bbm 🤣🤣
2022-03-21 11:54:11
1
_almapot
✧ *。purple 💎🔮 ✧ * 。 :
sharppp 🤤
2022-03-18 18:33:37
0
madeleinecruzarayata
Madeleine Cruz Arayata :
anong size po ng lagayan maliit at malaki po? ilang pcs po ng cookies kasya?
2022-03-18 15:39:43
0
paula...lopez
Paula :
🫰🏻🫰🏻🫰🏻
2022-03-18 20:41:40
0
spicyhot_11177
S P Ï Ç ¥.♓ 🅾️ ✝️ (吃我的阴部) :
Grabeeee... natakam na nman ako wowwww❤️my shopee store na yeheyyyyy..❤️❤️❤️🤗
2022-03-18 22:45:40
0
hshahnab
Coshydnzb77 :
🥺
2022-03-18 22:59:33
0
_ashhhwie
Ashley :
owwwwshiii
2022-03-19 07:26:40
0
rafaelaigbuhay04
Rafaela Igbuhay :
https://vt.tiktok.com/ZSdRShhFr/?k=1
2022-03-18 14:30:34
0
mattheaada
Hannah :
Kuya will anong chocolate dip gamit mo po? Pwede ba yung fuji chocolate?
2022-03-29 03:24:38
0
dcertpatisserie
D Cert Patisserie :
how do you Keep your cookies soft po? TIA! ❤️
2022-03-29 10:56:05
0
dlov08
D'Lov :
Where do u buy your tub po? Sana ma notice 🤍
2022-03-30 09:14:32
0
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This patented invention from 1963 was designed to help women give birth easily: First, the pregnant woman is strapped onto the table, lying on her back. When labor begins, the table spins at a calculated speed, theoretically using centrifugal force to assist in delivering the baby. The table’s speed can reach up to 8 g, which is equivalent to forces experienced by pilots during high-speed maneuvers in fighter jets. The speed of rotation is adjusted dynamically depending on the mother's progress and the baby's position. This force is intended to assist the uterus in pushing the baby out naturally by supplementing the mother's own efforts. At the base of the rotating table, a soft, cushioned receptacle or net is installed to catch the baby safely once it is expelled. The receptacle is designed to absorb the impact and gently cradle the newborn, preventing any injuries. The system features a bell that signals when the baby has been delivered, especially in case medical personnel are momentarily distracted. Once the baby is delivered, the table is stopped, and the mother is unstrapped. The newborn is immediately taken for standard post-delivery medical checks. The apparatus includes a manual and automatic stop function to halt the rotation immediately if complications occur. The system limits the maximum rotation speed to avoid excessive forces that could harm the mother or the baby. The concept was developed by George and Charlotte Blonsky, a childless husband-and-wife duo with no medical background. George Blonsky, a mining engineer, and his wife were inspired during a visit to a zoo, where they observed an elephant giving birth. They noticed the elephant moved in a circular, almost spinning motion before delivering its calf. This behavior intrigued them and sparked the idea that centrifugal force could assist childbirth. Although the U.S. government awarded them a patent in 1965, their invention remained a theoretical concept and was never implemented in medical settings for reasons you can easily guess.
This patented invention from 1963 was designed to help women give birth easily: First, the pregnant woman is strapped onto the table, lying on her back. When labor begins, the table spins at a calculated speed, theoretically using centrifugal force to assist in delivering the baby. The table’s speed can reach up to 8 g, which is equivalent to forces experienced by pilots during high-speed maneuvers in fighter jets. The speed of rotation is adjusted dynamically depending on the mother's progress and the baby's position. This force is intended to assist the uterus in pushing the baby out naturally by supplementing the mother's own efforts. At the base of the rotating table, a soft, cushioned receptacle or net is installed to catch the baby safely once it is expelled. The receptacle is designed to absorb the impact and gently cradle the newborn, preventing any injuries. The system features a bell that signals when the baby has been delivered, especially in case medical personnel are momentarily distracted. Once the baby is delivered, the table is stopped, and the mother is unstrapped. The newborn is immediately taken for standard post-delivery medical checks. The apparatus includes a manual and automatic stop function to halt the rotation immediately if complications occur. The system limits the maximum rotation speed to avoid excessive forces that could harm the mother or the baby. The concept was developed by George and Charlotte Blonsky, a childless husband-and-wife duo with no medical background. George Blonsky, a mining engineer, and his wife were inspired during a visit to a zoo, where they observed an elephant giving birth. They noticed the elephant moved in a circular, almost spinning motion before delivering its calf. This behavior intrigued them and sparked the idea that centrifugal force could assist childbirth. Although the U.S. government awarded them a patent in 1965, their invention remained a theoretical concept and was never implemented in medical settings for reasons you can easily guess.

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