premise: A man is riding up an escalator that is carrying shopping carts.
hypothesis: The man is sitting on table not doing anything.
explanation_1: A man can not be sitting at a table while riding an escalator.
explanation_2: If a man is riding an escalator he is not sitting.
explanation_3: The man is either riding up an escalator or sitting on table not doing anything.
premise_logic: exists e2 e1 s1 x1 x2 x3 x4 x5.(a_up(s1) & Manner(e2,s1) & Theme(e2,x2) & Actor(e2,x1) & v_ride(e2) & Theme(e1,x4) & Actor(e1,x3) & v_carry(e1) & n_cart(x4) & of(x4,x5) & n_shopping(x5) & (x2 = x3) & n_escalator(x2) & n_man(x1))
hypothesis_logic: exists e1 x1 x2.(n_man(x1) & -all x3.(n_thing(x3) -> exists e2.(for(e1,e2) & Theme(e2,x3) & Actor(e2,x1) & v_do(e2))) & on(e1,x2) & n_table(x2) & Actor(e1,x1) & v_sit(e1))
premise_sim: exists e2 e1 s1 x1 x2 x3 x4 x5.(v_ride(e2) & v_carry(e1) & of(x4,x5) & n_shopping(x5) & n_man(x1) & n_escalator(x2) & n_cart(x4) & a_up(s1) & Theme(e2,x2) & Theme(e1,x4) & Manner(e2,s1) & Actor(e2,x1) & Actor(e1,x3) & (x2 = x3))
hypothesis_sim: exists e1 x1 x2.(v_sit(e1) & on(e1,x2) & n_table(x2) & n_man(x1) & exists x3.(n_thing(x3) & all e2.(-v_do(e2) | -for(e1,e2) | -Theme(e2,x3) | -Actor(e2,x1))) & Actor(e1,x1))