Multi-surface pillow specially used for endoscopic retrograde cholangiopancreatography

Abstract

The invention provides a multi-surface pillow specially used for endoscopic retrograde cholangiopancreatography. The pillow comprises a pillow interior (1), a waterproof layer (2), and a pillow cover (3). The pillow interior is formed by a medium density sponge upper layer (4) and a high density sponge lower layer (5). The shape of the pillow interior is rectangular. The bottom surface of the pillow interior is a plane. The surface of the pillow interior is formed by a rear plane (6) and a front inclined plane (7). The rear plane of the surface of the pillow interior is provided with an oval ear hole (8) which passes through the bottom surface of the pillow interior. The surface of the pillow interior, on the right side of the oval ear hole, is provided with a shallow arc groove (9). The size and shape of the waterproof layer are matched with the appearance of the pillow interior, and the waterproof layer is tightly abutted against the pillow interior. The size and the shape of the pillow cover are matched with the appearance of the pillow interior, and the pillow cover is sleeved out of the waterproof layer of the pillow interior. The special-purpose multi-surface pillow is simple in structure and proper in material hardness, and improves comfort of a patient, and prevents auricles, eye sockets, and cheeks of the patient from being pressed in an operation. The pillow provides convenience for doctors to operate, shortens operation time of an operation, and greatly reduces pain of the patient.

Description

technical field [0001] The invention is a special multi-face pillow for retrograde cholangiopancreatography (ERCP). Background technique [0002] A safe and effective surgical position is an important guarantee for successful surgery. At present, the pillows used in clinical retrograde cholangiopancreatography (ERCP) are mostly ordinary cotton pillows. This type of pillow is prone to deformation and depression, and the decompression effect is not ideal. During the operation, the patient takes the left prone position for a long time, which puts pressure on the left auricle, eye socket, and cheek. Redness, corneal hyperemia, and even skin damage. Simultaneously, because this pillow is easily deformed and sunken, interferes with the operator's operation, is unfavorable for the operator to carry out the deep intubation of the common bile duct through the oral cavity, affects the smooth operation of the operation, prolongs the operation time, and increases the pain of the patien...

AI Technical Summary

Problems solved by technology

This type of pillow is prone to deformation and depression, and the decompression effect is not ideal. During the operation, the patient takes the left prone position for a long time, which puts pressure on the left auricle, eye socket, and cheek. Redness, corneal hyperemia, and even skin damage

At the same time, because the pillow is easily deformed and sunken, it interferes with the operation of the operator, which is not conducive to the operator's deep intubation of the common bile duct through the oral cavity, which affects the smooth progress of the operation, prolongs the operation time, and increases the pain of the patient.

Images