An adhesive ejecting apparatus, comprising: a reservoir unit configured to store adhesive to be applied onto a to-be-joined member; a flow pipe connected to the reservoir unit and through which the adhesive stored in the reservoir unit flows; and at least one ejecting mechanism (111, 112) connected to the flow pipe and configured to eject the adhesive toward the to-be-joined member, wherein the reservoir unit comprises: an outlet through which the adhesive stored in the reservoir unit is sent out to the ejecting mechanism (111, 112); and an inlet through which the adhesive flowing through the flow pipe is returned to the reservoir unit; one end of the flow pipe is connected to the outlet; another end of the flow pipe is connected to the inlet; the ejecting mechanism (111, 112) comprises: an intake pipe through which the adhesive is taken from the flow pipe; and a discharge pipe through which excess adhesive is sent out to the pipe; characterised in that the ejecting mechanism further comprises a plurality of ejector units configured to eject the adhesive toward the to-be-joined member; each ejector unit comprising an adhesive nozzle (135a-135c); a supply unit comprising a pump and a pump controller unit configured to supply each ejector unit with the adhesive flowing from the flow pipe; wherein the pump is configured to take the adhesive flowing through the flow pipe into the ejecting mechanism (111, 112) through the intake pipe and the pump controller unit is configured to control an increase or decrease in the amount of adhesive to be taken in by the pump; a distribution unit comprising a first distribution pipe configured to distribute the adhesive supplied from the supply unit to the plurality of ejector units, to send a predetermined amount of adhesive supplied by the supply unit to each ejector unit, and to return the rest of the supplied adhesive to the flow pipe the distribution unit including a second distribution pipe further connected between the first distribution pipe and the adhesive nozzles (135a-135c); wherein the second distribution pipe 136 is formed to have an inner diameter smaller than that of the first distribution pipe; and a restricting unit disposed between the first distribution pipe and the flow pipe and configured to restrict an amount of adhesive to be returned to the flow pipe; and the supply unit is configured to supply adhesive from the flow pipe to each ejector unit in an amount larger than a specified ejection amount of adhesive to be ejected by the ejector unit. a reservoir unit configured to store adhesive to be applied onto a to-be-joined member; a flow pipe connected to the reservoir unit and through which the adhesive stored in the reservoir unit flows; and at least one ejecting mechanism (111, 112) connected to the flow pipe and configured to eject the adhesive toward the to-be-joined member, wherein the reservoir unit comprises: an outlet through which the adhesive stored in the reservoir unit is sent out to the ejecting mechanism (111, 112); and an inlet through which the adhesive flowing through the flow pipe is returned to the reservoir unit; one end of the flow pipe is connected to the outlet; another end of the flow pipe is connected to the inlet; an outlet through which the adhesive stored in the reservoir unit is sent out to the ejecting mechanism (111, 112); and an inlet through which the adhesive flowing through the flow pipe is returned to the reservoir unit; one end of the flow pipe is connected to the outlet; another end of the flow pipe is connected to the inlet; the ejecting mechanism (111, 112) comprises: an intake pipe through which the adhesive is taken from the flow pipe; and a discharge pipe through which excess adhesive is sent out to the pipe; an intake pipe through which the adhesive is taken from the flow pipe; and a discharge pipe through which excess adhesive is sent out to the pipe; the ejecting mechanism further comprises a plurality of ejector units configured to eject the adhesive toward the to-be-joined member; each ejector unit comprising an adhesive nozzle (135a-135c); a supply unit comprising a pump and a pump controller unit configured to supply each ejector unit with the adhesive flowing from the flow pipe; wherein the pump is configured to take the adhesive flowing through the flow pipe into the ejecting mechanism (111, 112) through the intake pipe and the pump controller unit is configured to control an increase or decrease in the amount of adhesive to be taken in by the pump; a distribution unit comprising a first distribution pipe configured to distribute the adhesive supplied from the supply unit to the plurality of ejector units, to send a predetermined amount of adhesive supplied by the supply unit to each ejector unit, and to return the rest of the supplied adhesive to the flow pipe the distribution unit including a second distribution pipe further connected between the first distribution pipe and the adhesive nozzles (135a-135c); wherein the second distribution pipe 136 is formed to have an inner diameter smaller than that of the first distribution pipe; and a restricting unit disposed between the first distribution pipe and the flow pipe and configured to restrict an amount of adhesive to be returned to the flow pipe; and the supply unit is configured to supply adhesive from the flow pipe to each ejector unit in an amount larger than a specified ejection amount of adhesive to be ejected by the ejector unit.