Clinical engineering technique development up to now, along with the new technique, new theories of continuously creative, its Innate character with outside postponed to also got the further enlargement with perfect, this text put great emphasis on from the formation of technique clinical engineering, development, the function, position wait the aspect the proceeding the overview with function.

The role of apply and study of techniques of intelligent building(IB) is reviewed in recent years, although cultural heritage report way lots of relevantly IB, construct the report way of the medical treatment building intelligent is the less, right various project of author take into to categorize, for development and design of the hospital intelligent building of outpatient and emergency department provides the reference.

Objective To introduce and evaluate the methods of ultrasound-guided compression repair (UGCR) or ultrasound-guided compression-puncture hematocele repair (UGCPHR) in treatment of post-catheterization femoral arterial pseudoaneurysms. Methods Two patients with femoral arterial pseudoaneurysms (3.0 cm?3.0 cm) were treated with UGCPHR, a 18-gauge blunt needle self-retrained with a syringe was placed into the pseudoaneurysm flow lumen along the primary cleft, to compress this site to cut-out continuously the blood flow into the lumen, then to draw all the hemocele out with the syringe, to slowly decompress after continuing the compression for 20-30 minutes, and to repeat this procedure if blood flow signals still existed. Results All the five cases were treated successfully, without large hardening nodules. Four cases were treated successfully at one time, one case was successfully with UGCPHR after failure with UGCR. Conclusion For the treatment of post-catherization femoral arterial pseudoaneurysms, UGCR or UGCPHR depending on the size of pseudoaneurysms is effective, safe and technically simple, without local largely hardening nodules formation in post-repair or any effects on interventional diagnosis and treatment in short periods along the same passway.

This paper introduces a kind of design scheme with the application of M-bus to concentrated oxygen supply data acquisition and measurement.The method to integrate all kinds of consumable equipments and products of different companies is also presented.It is proved that the data acquisition system by M-bus can be applied to concentrated oxygen supply data acquisition and measurement in hospital.