1. A method of manufacturing an absorbent element, comprising: the deposition step, which is the deposition of the source material of the absorbing element supplied with the air flow in the recess, which is made on the outer peripheral peripheral surface of the rotating drum, by suction； a compression step in which compression and compression of the deposited aggregate extracted from the interior of the recess occurs, the recess having a suction part which is formed of a porous plate for suctioning from the bottom surface, and a non-suction part having an airtight bottom so that it does not occur suction from the bottom surface, while the depth of the non-suction part from the outer circumferential peripheral surface of the rotating drum is less than the suction depth part from the outer peripheral peripheral surface of the rotating drum； in this case, the deposited aggregate is obtained in the deposition step by deposition of the starting material in the recess； an absorbing element having high density parts and low density parts is obtained in the compression step by compressing the deposited aggregate extracted from recesses, each part with a high density and each part with a low density differ in density from each other, and part with a low density is located waiting for parts with high density, as a result of which parts with high density will be separated from each other in the absorbing element. 2. A method of manufacturing an absorbent element according to claim 1, in which the absorbing element represents1. Способ изготовления поглощающего элемента, содержащий:этап осаждения, на котором происходит осаждение исходного материала поглощающего элемента, подаваемого вместе с воздушным потоком, в углублении, которое выполнено на наружной окружной периферийной поверхности вращающегося барабана, посредством всасывания； иэтап сжатия, на котором происходит сжатие и сдавливание осажденной совокупности, извлеченной из внутреннего пространства углубления,при этом углубл
