A pressure signal acquisition cushion and pillow. The pressure signal acquisition cushion comprises a flexible layer (10), a pressure sensitive layer (20), and a pressing part (30). The pressure sensitive layer (20) is fixedly disposed on the flexible layer (10). The pressure sensitive layer (20) comprises a piezoelectric film (21). The pressing part (30) is disposed on the pressure sensitive layer (20). When the pressing part (30) and the flexible layer (10) press each other, the pressing part (30) presses a portion of the pressure sensitive layer (20) that is in contact with the pressing part (30) toward the flexible layer (10). The flexible layer (10) at this position sinks along a forced direction, and corresponding to a circumferential area of the pressing part (30), the flexible layer (10) at this position supports the pressure sensitive layer (20), causing tensile deformation of the pressure sensitive layer (20) and thereby generating an electric signal. The pressure signal acquisition cushion and pillow have a simple structure, facilitating mass production. In addition, when the pressing part (30) presses the pressure sensitive layer (20), deformation of the pressure sensitive layer (20) is uniform under the effect of the flexible layer (10), reducing a damage rate of the pressure sensitive layer, and increasing a service life of the pressure signal acquisition cushion.Linvention concerne un coussin et un oreiller dacquisition de signal de pression. Le coussin dacquisition de signal de pression comprend une couche souple (10), une couche sensible à la pression (20), et une partie pression (30). La couche sensible à la pression (20) est disposée de manière fixe sur la couche souple (10). La couche sensible à la pression (20) comprend un film piézoélectrique (21). La partie pression (30) est disposée sur la couche sensible à la pression (20). Lorsque la partie pression (30) et la couche souple (10) font pression lune contre lautre, la partie pression (30) fait
