We Claim:
1. A wall shoe (100) for self-climbing platform, wherein the wall shoe (100)
comprises:
a shoe frame (120), wherein the shoe frame (120) comprises:
5 a back plate (108);
a pair of vertical plates (106-1,106-2), wherein the pair of
vertical plates (106-1,106-2) are coupled orthogonally with
the back plate (108), wherein the pair of vertical plates (106-
1,106-2) comprises a pair of grooves (130-1,130-2);
10 a horizontal plate (122), wherein the horizontal plate (122) is
coupled with the pair of vertical plates (106-1,106-2)
proximal to the pair of grooves (130-1,130-2), wherein the
horizontal plate (122) comprises a pair of holes (132-1,132-
2) at opposite ends;
15 a pair of guideways (102-1,102-2), wherein the pair of guideways
(102-1,102-2) is a C shaped structure (130) with a pair of flat sides
(134-1,134-2), wherein the pair of flat sides (134-1,134-2) comprises
a pair of cavities (136-1,136-2);
a pair of guide pins (110-1,110-2), wherein the pair of guide pins
20 (110-1,110-2) are configured to couple the shoe frame (120) with the
pair of guideways (102-1,102-2);
wherein during assembly, in the first stage the pair of flat sides (134-
1,134-2) are inserted in the pair of grooves (130-1,130-2), wherein in
the second stage the pair of holes (132-1,132-2) on the horizontal
25 plate (122) and the pair of cavities (136-1,136-2) on the pair of
guideways (102-1,102-2) are matched and the pair of guide pins (110-
1,110-2) are inserted to couple the pair of guideways (102-1,102-2)
with the shoe frame (120).
30 2. The wall shoe (100) for self-climbing platform as claimed in claim 1,
wherein the wall shoe (100) further comprises a locking pin (104), wherein
the locking pin (104) is coupled in between the pair of vertical plates (106-
1,106-2) with the help of the shaft (112), wherein the locking pin (104) is
configured lock the position of the self-climbing platform.
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3. The wall shoe (100) for self-climbing platform as claimed in claim 1,
wherein the wall shoe (100) further comprises a load sensor, wherein the
load sensor is configured to provide real-time data on the weight distribution
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across the scaffold, alerting site managers to potential overloading or
structural imbalances.
4. The wall shoe (100) for self-climbing platform as claimed in claim 1,
5 wherein the wall shoe (100) further comprises a pair of safety pins, wherein
the pair of safety pins are coupled with the pair of guide pins (110-1,110-2),
wherein the pair of safety pins are configured to constrain the motion of the
pair of guide pins (110-1,110-2) in the pair of holes (132-1,132-2) of the
horizontal plate (122) and the pair of cavities (136-1,136-2) of the pair of
10 guideways (102-1,102-2).
5. The wall shoe (100) for self-climbing platform as claimed in claim 1,
wherein during dismantling in the first stage the pair of guide pins (110-
1,110-2) are removed from the pair of holes (132-1,132-2) on the horizontal
15 plate (122) and the pair of cavities (136-1,136-2) on the pair of guideways
(102-1,102-2), wherein in the second stage the pair of guideways (102-
1,102-2) are removed from the pair of grooves (130-1,130-2) thereby
dismantling pair of guideways (102-1,102-2) from the shoe frame (120).