CN215079441U

CN215079441U - Antenatal bionic device applied to cesarean delivery neonates

Info

Publication number: CN215079441U
Application number: CN202120687352.4U
Authority: CN
Inventors: 袁风仙
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-03-25
Filing date: 2021-03-25
Publication date: 2021-12-10
Anticipated expiration: 2031-03-25

Abstract

The utility model discloses a natural bionic device applied to cesarean delivery neonates, which comprises a humanoid shell (1), an independent air bag (2), an air duct (3), a navel belt groove (4), a pipeline distributor (5), an air pump (6) and a breathing hole (7). The bionic extrusion device is installed in a human-shaped shell (1) through independent transverse installation of a plurality of independent air bags (2), each independent air bag (2) is respectively connected with a pipeline distributor (5) through an air duct (3), an air pump (6) is installed at an air inlet of the pipeline distributor (5), an umbilical cord groove (4) is installed at the human-shaped abdomen part of the human-shaped shell (1), and a breathing hole (7) is installed at the human-shaped face part of the human-shaped shell (1), so that the bionic extrusion device for a newborn wrapped in the human-shaped shell (1) is formed. Solves the problem that the cesarean newborn is weak in resistance and easy to get ill due to the fact that the cesarean newborn does not experience the extrusion of the birth canal.

Description

Antenatal bionic device applied to cesarean delivery neonates

The technical field is as follows: the utility model relates to a medical instrument, in particular to a medical instrument applied to caesarean operation.

Background art: newborns delivered via caesarean are delivered without compression through the birth canal and are surgically removed. Compared with the method that the head and the body of the newborn are squeezed through the birth canal during natural delivery, the method can promote blood to circulate to the body surface and the far-end limbs, squeeze mucus and amniotic fluid in the lung and wake up the nervous system of the newborn. Simultaneously, bacteria in the birth canal are obtained by contact, and the bacteria are beneficial bacteria which are symbiotic with human beings and are beneficial to establishing the flora balance on the body surface of the newborn. Cesarean newborns do not undergo the above process resulting in weak resistance and susceptibility to illness.

The invention content is as follows: the utility model aims at providing a natural birth bionic device applied to the cesarean section newborn. Solves the problem that the head and the body of the newborn are not extruded through the birth canal during the caesarean delivery.

The scheme of the utility model is as follows: the utility model comprises a humanoid shell, an independent air bag, an air duct, a navel belt groove, a pipeline distributor, an air pump and a breathing hole. The human-shaped air bag respirator is realized by independently and transversely installing a plurality of independent air bags in a human-shaped shell, respectively connecting the independent air bags with a pipeline distributor through air ducts, installing an air pump at an air inlet of the pipeline distributor, and installing an umbilical cord groove at the human-shaped abdomen part of the human-shaped shell and a breathing hole at the human-shaped face part of the human-shaped shell.

The utility model has the advantages that: the utility model adopts the structure, so that the head and the body of the newborn can be extruded similarly to the normal delivery. Thereby enhancing the physique of the newborn and improving the immunity.

Description of the drawings:

description of drawings figure 1 is a schematic view of the open state of the housing of an antenatal biomimetic device for use in a neonate delivered via caesarean section.

1 is a human-shaped shell, 2 is an independent air bag, 3 is an air duct, 4 is an umbilical cord groove, 5 is a pipeline distributor, 6 is an air pump, and 7 is a breathing hole.

The specific implementation mode is as follows: the antenatal biomimetic device applied to a neonate delivered via caesarean section shown in figure 1 is comprised of: a human-shaped shell 1, an independent air bag 2, an air duct 3, an umbilical cord groove 4, a pipeline distributor 5, an air pump 6 and a breathing hole 7. During installation, a plurality of independent air bags 2 are independently and transversely arranged inside the humanoid shell 1, each independent air bag 2 is respectively arranged at the air inlet of the pipeline distributor 5 through the air guide pipe 3, the air pump 6 is arranged at the air inlet of the pipeline distributor 5, and the umbilical cord groove 4 is arranged at the human-shaped abdomen part of the humanoid shell 1 and the breathing hole 7 is arranged at the human-shaped face part of the humanoid shell 1.

When in use: the neonate is first placed in the humanoid shell 1, placed oronasally in the position of the breathing orifice 7, the umbilical cord is placed in the umbilical cord groove 4, closing the humanoid shell 1. Then the air pump 6 works to inflate the pipeline distributor 5, the pipeline distributor 5 opens switches of the plurality of independent air bags 2 connected with the head, and the independent air bags 2 are inflated and expanded to extrude the specific part of the head of the newborn inside. After the extrusion process is finished, the air pump 6 works reversely to suck air into the pipeline distributor 5, the pipeline distributor 5 starts the switches of the plurality of independent air bags 2 connected with the head, and the independent air bags 2 suck air and shrink to relieve the pressure on the specific part of the head of the newborn inside. Thus, the other parts of the body are subjected to the natural bionic extrusion. The specific part, sequence, force, time and the like of the bionic extrusion are selected according to the clinical signs of the newborn.

The human-shaped shell 1 and the independent air bag 2 are made of transparent materials, and the internal conditions can be observed. It is recommended to collect flora in birth canal with gauze, smear on the body surface of newborn baby, and perform bionic pressure application to obtain beneficial bacteria in mother body and human body, which is favorable for newborn baby to establish flora balance on body surface.

Claims

1. Be applied to antenatal bionic device that caesarean section neonate used, include: a human-shaped shell (1), an independent air bag (2), an air duct (3), an umbilical cord groove (4), a pipeline distributor (5), an air pump (6) and a breathing hole (7); the method is characterized in that: a plurality of independent gasbags (2) are independently and transversely arranged in a human-shaped shell (1), each independent gasbag (2) is respectively arranged at an air inlet of a pipeline distributor (5) through an air guide pipe (3) which is independent, an air pump (6) is arranged at the air inlet of the pipeline distributor (5), an umbilical cord groove (4) is arranged at the human-shaped abdomen part of the human-shaped shell (1), and a breathing hole (7) is arranged at the human-shaped face part of the human-shaped shell (1).