초록 ▼

An ambulatory infusion pump (10) has a syringe barrel (16) having a fluid chamber (19) and an inner wall (22). The pump (10) further has an infusion engine (14) for moving fluid through the syringe barrel (16). The infusion engine (14) has a member (42) for engaging a portion of the syringe barrel (

An ambulatory infusion pump (10) has a syringe barrel (16) having a fluid chamber (19) and an inner wall (22). The pump (10) further has an infusion engine (14) for moving fluid through the syringe barrel (16). The infusion engine (14) has a member (42) for engaging a portion of the syringe barrel (16) for moving the engine (14) linearly along the syringe barrel (16).

대표청구항 ▼

An ambulatory infusion pump (10) has a syringe barrel (16) having a fluid chamber (19) and an inner wall (22). The pump (10) further has an infusion engine (14) for moving fluid through the syringe barrel (16). The infusion engine (14) has a member (42) for engaging a portion of the syringe barrel (

An ambulatory infusion pump (10) has a syringe barrel (16) having a fluid chamber (19) and an inner wall (22). The pump (10) further has an infusion engine (14) for moving fluid through the syringe barrel (16). The infusion engine (14) has a member (42) for engaging a portion of the syringe barrel (16) for moving the engine (14) linearly along the syringe barrel (16). racardiac Echocardiography During Simulated Aortic and Mitral Balloon Valvuloplasty: In Vivo Experimental Studies", Am. Heart Journal, 123(3):665-674 (Mar. 1992). Schwartz, S.L. et al., "Intracardiac Echocardiography in Humans Using a Small-Sized (6F), Low Frequency (12.5 MHz) Ultrasound Catheter", JACC, 21(1):189-198 (Jan. 1993). Schwartz, S.L. et al., "Intracardiac Echocardiographic Imaging of