What Is a Pipe Extractor?

Pneumatic pipeline logistics transmission system is composed of air compressor, pipeline, pipeline commutator, etc. The basic purpose is to transfer goods. The working principle is that the air compressor draws and compresses air as power.

Pneumatic pipeline logistics transmission system

Pneumatic pipeline logistics transmission system consists of air compressor, pipeline, pipeline commutator, etc., the basic purpose is goods

Hospital pneumatic pipeline logistics transmission system is a collection of advanced modern communication technology,

Pneumatic pipeline logistics transmission system consists of

To

Item transfer:
advanced

Heavy traffic

Example: Below is the daily routine of a 200-bed hospital

To

Improve efficiency and improve medical quality

A. Returning nurses to patients to improve quality of care

In the traditional medical service, most models have a nurse in each ward who is responsible for the patient's medication collection, prescription pricing, settlement, and transmission of test specimens. In the face of new inpatients and inpatient changes at any time, Every day from morning to night, the nurses were on the way to pick up and deliver the items. They were too tired to deal with the business, inspected the ward, or patiently explained to the patients. The patient-centered flow was an empty phrase. The application of logistics transmission system solves this problem, and nurses can send and receive various items without leaving the ward. The logistics transmission system is like the two legs of a caregiver. With the logistics transmission system, the caregiver can proudly say, "Our legs no longer need to run off." The local service is around the patient, observe the patient's condition changes at any time, and supplement the necessary psychological treatment while medical treatment, realizing the purpose of "patient-centered medical service". The application of the logistics transmission system returns the time to the nurse and the nurse to the patient.

B. Convenient for patients to see a doctor and improve overall efficiency

Patients often have to run upstairs and downstairs to see a doctor in a hospital, and there is endless queuing around. Inpatients often need to pay for bills, check, and run upstairs and downstairs. And the application of logistics system, the checkout, registration, inspection, ward are all connected, effectively reducing the patient's roundtrip, convenient for patients to see a doctor.

The application of the logistics system has improved the work efficiency of various departments in the hospital. In the past, it took an average of 3 hours per person to see a doctor, but now it is greatly reduced, which improves the overall work efficiency of the hospital, increases the utilization rate of hospital equipment, and improves The overall operating benefits of the hospital. Compared with the transfer of artificial goods, the logistics system has the characteristics of fast transmission speed, accuracy, and reliability, which can achieve "more hygienic, safer, and faster", which is an effective guarantee for improving the quality of medical services in modern hospitals.

C. Never rest, effectively supplementing nurses' work

The logistics transmission system can provide continuous uninterrupted work 24 hours a day, 7 days a week, 365 days a year, no holidays, no complaints, no sick leave, never rest, and the system can be automatically set up according to the availability of work tasks. stop. The medical staff in the hospital provides services to patients 24 hours a day. The never-ending work of the logistics system meets the needs of the hospital in this special environment for the delivery of goods. And at noon and at night when there are few staff on duty, it avoids the phenomenon that no one can find the nurse because of the pick-up and delivery.

D. Accelerate first aid and improve success rate

The success rate of hospital emergency services is one of the important signs reflecting the level of medical technology. When a patient needs a large amount of blood for admission, the nurses go to the blood bank to take it or the blood bank staff sends it to the ward. From the test of blood type, cross-matching to the use of blood products by the patient, it takes several rounds. The logistics system provides rapid services for hospitals. The rapid delivery of emergency medicines, equipment and blood products is more than ten times faster than manual labor. It clears the green channel of the emergency room and improves the success rate of emergency first aid.

Save resources and increase efficiency

A. Save time resources

The work of the hospital can better embody the concept of "time is life". Every minute and every second of the medical staff's work reflects the cherishment of life, and having time means mastering life. The use of scientific and technological means enables efficient automated systems to replace inefficient manual labor and saves medical staff time.

B. Save human resources

Many daily items in the hospital are delivered by nurses, and in order to avoid errors, they are often sent to better quality staff in the department to perform this work. For the hospital, this is a waste of manpower and logistics. The application of the system effectively avoids this phenomenon. Compared with the traditional method, the application of the medical logistics system can reduce one staff per ward, and one ward can save more than 20,000 yuan in labor costs each year, which can achieve the goal of reducing staff and increasing efficiency.

C. Save energy resources

Elevators are high-capacity appliances that are frequently activated in hospital buildings. After applying the logistics transmission system, medical personnel are no longer busy with the work of collecting and delivering items, reducing the flow of personnel in the hospital, reducing the workload of the elevator to a certain extent, and saving electrical energy resources in the hospital.

Streamline logistics and optimize hospital management

The application of pneumatic pipeline logistics transmission system can effectively streamline hospital logistics management, improve hospital management quality, and help hospitals achieve scientific management.

The rapid development of modern science and technology has brought convenience to us human beings, requiring us to hand over simple mechanized work to machines and equipment to complete it. The development of modern society requires the great exertion of human personality, and modern management also requires personal talents. Use to provide the widest possible stage. It is easy to make mistakes when picking up and delivering items in the hospital. A little carelessness is vital, and it requires a nursing professional to perform it. Mechanical manual labor will kill the will, and professional knowledge will not be practically applied. As a Medical professionals who have learned a lot are busy with these tedious manual work every day. It is not only a waste of talents, but also a kind of human destruction. From the perspective of management, the role of the hospital logistics transmission system is not only for the delivery of goods, but also a tool for optimizing management. It reflects the more humane characteristics of the management work in the hospital.

Improve the medical environment and reduce nosocomial infections

A. Improve consultation environment

At present, hospitals are often extremely busy, with people coming and going in the hospital lobby, and the hospital elevator is even overwhelmed. The logistics system has greatly reduced the number of round trips for patients, reduced the number of people involved in the delivery of goods, and improved the medical environment.

B. Reduce pollution and hospital infections

Patients with various diseases are gathered in the hospital, and they carry various pathogenic bacteria, which provides a great possibility for the occurrence of infectious diseases. At the same time, various flow of patients in the hospital, patients' family members, and medical staff are mixed. The collection and delivery of specimens, medicines, and blood mixed the flow of people and logistics, providing the possibility for the spread of infectious diseases and the occurrence of cross-infection. Effective prevention of infectious diseases and prevention of nosocomial infections have become an important part of hospital work. The logistics system adopts a closed system for the transfer of goods, effectively separating the flow of people in the hospital from the logistics. The transferred goods are placed in a closed carrier to maintain the sterilization state and to avoid contamination of the transferred goods, such as surgery After the logistics system is used in the supply of laboratories, medicine supplies, and emergency supplies, the flow of personnel in the operating room is reduced, excessive pathogens are not brought in, and the incidence of various infectious diseases after surgery is reduced. In addition, the patient's specimens are closed for transmission, which reduces pollution during transportation and avoids misdiagnosis and treatment.

5. Upgrade the grade to help the hospital modernize and enhance the hospital's regional competitiveness.

Grade marks, logistics transmission technology has been widely used in foreign hospitals. In Japan alone, more than 3,000 hospitals have adopted logistics transport systems. Foreign logistics transmission systems entered China in 1998. At present, more than a hundred hospitals in China have adopted logistics transmission systems. Most hospitals will consider using logistics transmission systems when rebuilding and expanding. For example: Fuzhou General Hospital of the PLA; Fifth Hospital of Daqing City; First Hospital of Suihua City of Heilongjiang Province; Second Hospital of Mudanjiang City of Heilongjiang Province; Hongqi Hospital of Mudanjiang City of Heilongjiang Province; Yiwu Central Hospital of Zhejiang Province; Zhejiang People's Hospital; Zhejiang Province Shaoxing Traditional Chinese Medicine Hospital; Pujiang County People's Hospital of Zhejiang Province; First Affiliated Hospital of Inner Mongolia Medical College; Nanping First Hospital; Taiyuan Second Hospital of Shanxi Province; Daqing First Staff Hospital; Daqing People's Hospital; Shanghai Jing'an Central Hospital; Wuhan Asian Heart Hospital; Shandong Tai'an Central Hospital; Shenzhen Central Hospital; Daqing Longnan Hospital; Heilongjiang Provincial Hospital; Zhongshan Medical University Cancer Hospital. The Third Affiliated Hospital of West China Medical University; Wuxi First People's Hospital; Shanghai Dongfang Hospital; Tianjin Huanhu Hospital; Tianjin Medical University General Hospital. At present, hospitals in some southern provinces of China have taken the construction of a logistics transmission system as one of the yardsticks for judging whether it is a modern hospital. It can be said that the hospital logistics transmission system is a hallmark of hospitals.