  Recently, Belle\uppercase\expandafter{\romannumeral2} Collaboration firstly
reported a new resonance $\omega\chi_{bJ}$ in the processes of $e^{+}e^{-}
\rightarrow \omega\chi_{bJ}$ at center-of-mass energies $\sqrt{s}=10.745$ GeV.
Given the Born cross section similar with the previously reported
$\Upsilon(10753)$, the new resonance $\omega\chi_{bJ}$ may have be
$\Upsilon(10753)$. From the perspectives of traditional $\Upsilon(nS)$ meson
and exotic tetraquark $b\bar{q}q\bar{b}$ state with the $J^{PC}$ = $1^{--}$, we
tentatively investigate the $\Upsilon(10753)$ by solving Schr\"odinger equation
in the framework of the chiral quark model. Numerical results for the meson
show that the mass of $\Upsilon(5S)$ is up to 10.86 GeV and unsuitable for the
candidate of $\Upsilon(10753)$. On the other hand, not only the two kinds of
molecular structure ($b\bar{b}$-$q\bar{q}$, $b\bar{q}$-$q\bar{b}$) but also the
\da~structure ($\bar{b}\bar{q}$-$qb$) are considered into our tetraquark
calculation with the help of Gaussian expansion method. When a fully-channel
coupling is performed using the real-scaling method (stabilization method), we
get a stable resonance $^1R_{1}(10770)$ ( $^{2S+1}R_J$ ) with a great component
of the diquark-antidiquark state. Combined with the mass and width of
$^1R_{1}(10770)$, it may be a good candidate for experimental
$\Upsilon(10753)$. Besides, several resonance states ranging from 10.82 GeV to
10.96 GeV are obtained, which are expected to be further verified in future
experiments.
