Objective To understand the current situation and characteristics of consultation-liaison psychiatry (CLP) service in general hospital, to compare the results of the literature on CLP published in other hospitals in China and abroad, and to find deficiencies for the current differences. Methods The medical records of all inpatients who had liaison consultations in the first year of the establishment of Xi'an International Medical Center Hospital, China, were collected. Statistical analysis was performed on the general demographic data, department origin, number of consultations, the reason for consultation, diagnosis of consultation, and follow-up of patients. Results A total of 630 patients were enrolled in the past 1 year, of which, 45.23% were males and 54.8% were females. 89.2% of non-psychiatric departments applied for psychosomatic consultation. The percentage of middle-aged and elderly patients was 75.6%, including 61.6% of patients aged 45−74 years. The internal medicine department had the highest number of consultations (48.2%), including respiratory medicine (12.1%), neurology (12.1%), gastroenterology (12.1%), and cardiology (12.1%). For surgical patients, orthopedic patients (rehabilitation, 6.5%) comprised the majority of consults. The main reasons for requesting psychosomatic consultations included depressive symptoms (139 cases, 22.8%), anxiety symptoms (137 cases, 22.5%), sleep problems (111 cases, 18.2%), as well as hallucinations and delusions or behavioral disorders (68 cases, 11.2%), accounting for a total of 74.59% (455/630). Conclusion A significant gap exists between the level of CLP services in China and developed regions in Europe and the United States, mainly due to low consultation rates and referrals and imperfect CLP service.

This article first introduces the working principle and research progress of motion sensors and analyzes the advantages and disadvantages of motion tracking sensors to provide a reference for in-depth research on motion sensing technology. By combining the fuzzy judgment method to identify the kinematic parameters, this paper establishes the statistical identification of features to predict the kinematic parameters and uses the fuzzy identification method to model the human behavioral characteristics. At the same time, the article designs a set of real-time data monitoring system for athletes’ real-time monitoring behavior under actual sports conditions, which is used to obtain residents’ sports data. Then, based on such requirements, the overall system architecture was designed to integrate the data acquisition module, data storage and processing module, and real-time data presentation module. The motion monitor can initiate a real-time monitoring request for a specific system group, the server can monitor individual groups to add real-time individual motion status, and the system will issue an alert if the system monitors a potentially dangerous situation.