CN-121983260-A - Personnel allocation mode capable of improving code scanning and medicine dispensing speed of primary hospital outpatient window

Abstract

The invention discloses a personnel allocation mode capable of improving the code scanning and medicine sending speed of an outpatient service window of a primary hospital, and relates to the technical field of daily medicine sending in an outpatient service pharmacy of the primary hospital. Finally, the code scanning and medicine dispensing speed is improved, the window medicine dispensing efficiency is improved, the primary medical disputes are reduced, and the patient treatment satisfaction is improved.

Inventors

• Kou Nana
• FANG CAIXIA
• HE YONGSHENG
• ZHANG XUERONG

Assignees

• 庆阳市人民医院

Dates

Publication Date

20260505

Application Date

20260123

Claims (7)

1. 1. A personnel allocation mode capable of improving code scanning and medicine dispensing speed of an outpatient service window of a primary hospital is characterized by comprising a plurality of combinations of personnel groups with functions of window medicine dispensing, code scanning and the like and a specific work allocation and connection mode.
2. 2. The personnel allocation mode capable of improving the code scanning and medicine distribution speed of the clinic window of the primary hospital according to claim 1, wherein the personnel allocation mode comprises a window medicine distribution personnel group, a medicine code scanning personnel group, a medicine allocation personnel group and a joint transmission channel.
3. 3. The personnel allocation mode capable of improving the code scanning and dispensing speed of the clinic window of the primary hospital according to claim 1, wherein the personnel allocation mode is characterized by separating and distributing the checking and dispensing work groups of the traditional window dispensing personnel into a medicine window dispensing personnel group and a medicine code scanning personnel group.
4. 4. The personnel allocation mode capable of improving the code scanning and dispensing speed of the clinic window of the primary hospital according to claim 1, wherein the personnel allocation mode is characterized in that the work of the medicine code scanning personnel group and the medicine dispensing personnel group can be integrated into the medicine dispensing code scanning personnel group.
5. 5. The personnel allocation mode capable of improving the code scanning and dispensing speed of the clinic window of the primary hospital according to claim 1, wherein the personnel allocation mode is characterized in that the personnel allocation mode comprises the steps of integrating the work of a medicine dispensing personnel group, a medicine dispensing personnel group and a medicine code scanning personnel group into a medicine dispensing, dispensing and code scanning personnel group.
6. 6. The personnel allocation method capable of improving the code scanning and medicine dispensing speed of the clinic window of the primary hospital according to claim 2, wherein the transmission channel comprises a transmission device.
7. 7. The personnel allocation mode capable of improving the code scanning and medicine dispensing speed of the clinic window of the primary hospital according to claim 2, wherein the transmission channel comprises manual transmission.

Description

Personnel allocation mode capable of improving code scanning and medicine dispensing speed of primary hospital outpatient window Technical Field The invention relates to the technical field of daily dispensing of primary hospital outpatient pharmacies, in particular to a personnel allocation mode capable of improving the code scanning dispensing speed of primary hospital outpatient windows. Background Along with the comprehensive code scanning implementation work of the national medical insurance bureau on medicine traceability codes, the original medicine dispensing and allocation mode of primary hospitals is not applicable, patients face long-time queuing, and the phenomenon of unnecessary medical disputes is increasingly prominent. In the prior art, the existing patent for medicine tracing code work is about the establishment of an information system, and no improvement of how to allocate the mode of actual medicine dispensing personnel of primary hospitals exists, for example, a device and a method for automatically identifying medicine tracing codes are disclosed in CN119558877A, and a medicine data tracing method and a system are disclosed in CN119028506A, but the problem of prolonged window medicine dispensing time caused by medicine tracing code scanning work in primary hospitals still exists. Disclosure of Invention The invention aims to at least solve one of the technical problems in the prior art, and therefore, the invention aims to provide a novel personnel allocation mode for comprehensively sweeping the drug traceability codes of the clinic pharmacy of the primary hospital, rapidly, accurately and safely distributing the drug into the hands of a patient, greatly improving the clinic drug distribution speed, avoiding medical disputes caused by overlong clinic queuing time, and greatly improving the daily work efficiency and the medication safety of the patient. In order to solve the problems, the invention provides a medicine dispensing and allocating mode based on medicine tracing code scanning operation, which comprises a window check medicine dispensing personnel group, a medicine tracing code scanning personnel group, a dispensing personnel group and a transmission channel. The key is to separate the traditional medicine checking and code scanning work of the window staff or combine the code scanning work and the dispensing work, reduce the work intensity of the window staff and ensure the unchanged structure of the hospital pharmacy staff, and simultaneously connect the window checking and dispensing staff group and the dispensing staff group through the medicine tracing code scanning staff group, so as to realize the multi-position integrated work at the same time, improve the code scanning and dispensing speed and improve the dispensing efficiency of the window. According to the personnel allocation mode for improving the drug traceability code dispensing speed, the method has the advantages that under the condition that the total number of the prior outpatient window drug dispensing personnel and the structure of hospital pharmacy personnel are not changed, checking drug dispensing, dispensing and code scanning work of the window drug dispensing personnel are separated or integrated, on one hand, single drug dispensing time for the window drug dispensing personnel due to code scanning work is prolonged, medical disputes are reduced, on the other hand, the working intensity of the window drug dispensing personnel is reduced, the accuracy of the last checkpoint in the drug dispensing process is guaranteed, and the drug use safety of patients is guaranteed. According to some embodiments of the invention, the drug traceability code scanner group is arranged at the rear of the window check dispensing personnel group and the dispensing personnel group. According to some embodiments of the invention, the drug traceability code scanner group and the dispensing personnel group are combined and arranged behind the window dispensing personnel group. According to some embodiments of the invention, the drug traceability code scanner group and the drug delivery person group are combined and arranged in front of the window dispensing person group. According to some embodiments of the present invention, the drug is delivered between the drug traceback code scanner group and the window check dispensing person group via a transmission channel (conveyor belt, manual transmission, etc.). Drawings In order that the invention may be more readily understood, a more particular description of the invention will be rendered by reference to specific embodiments thereof which are illustrated in the appended drawings, in which: FIG. 1 is a schematic diagram of a conventional code scanning and dispensing structure of an outpatient pharmacy according to an embodiment; FIG. 2 is a schematic diagram of an exemplary two-door pharmacy code scanning dispensing deployment architecture; FIG. 3 is a schematic diagram of a t