NAM, YEON SEONGKR,남연성,JEONG, IN JINKR,정인진,PARK, KUM YUNKR,박금연,JANG, SUNG JINKR,장성진
申请号：
KR1020130141208
公开号：
KR1020150057625A
申请日:
2013.11.20
申请国别(地区):
KR
年份:
2015
代理人:
摘要：
The present invention relates to a pressing-type multi-hemostasis device including: one or more hemostasis units which are attached in multiple stages between a hemorrhage area and a heart and prevents bleeding on the hemorrhage area by pressing and a blood pressure measuring unit. The hemostasis unit adjusts a pressing degree according to blood pressure measured by the blood pressure measuring unit. According to the present invention, pain during hemostasis is reduced by dispersing excessive pressure, which can be generated when hemostasis is performed by one hemostasis unit, because the pressing-type multi-hemostasis device includes multiple hemostasis units. Furthermore, the multiple hemostasis units, arranged in multiple stages, sequentially performs hemostasis at different degrees of pressure so that necrosis, resulted from excessive pressure, of cells around the hemorrhage area can be prevented. Moreover, the pressing-type multi-hemostasis device can efficiently perform hemostasis because the volume of blood flow around the hemostasis units, attached to areas close to the hemorrhage area, is smaller when compared to the volume of blood flow of one hemostasis unit as the multiple hemostasis units disperse pressure. Blood pressure can be more stably monitored because influence from change of blood pressure by hemorrhage is less as the hemostasis unit is attached on an area other than the hemorrhage area. A user can immediately determine whether blood transfusion should be performed by a warning sign or sound at diastolic blood pressure of 80 mmHg. In addition, the pressing-type multi-hemostasis device can periodically measure blood pressure and can adjust a pressing degree of hemostasis manually or automatically. Therefore, the pressing-type multi-hemostasis device can prevent complications, which can occurs after hemostasis for a long time.COPYRIGHT KIPO 2015본 발명은 출혈 부위와 심장 사이에 다단으로 부착되어 압박을 통해 출혈 부위로부터의 출혈을 막는 하나 이상의 지혈부 및 혈압 측정부를 포함하는 압박식 멀티 지혈 장치로서, 상기 하나 이상
