CN204979974U - Intelligent medicine cabinet - Google Patents
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Abstract
Description
技术领域 technical field
本实用新型涉及医疗器械技术领域，尤其是一种智能药柜。 The utility model relates to the technical field of medical equipment, in particular to an intelligent medicine cabinet.
背景技术 Background technique
当今社会日益增多的突发事件和各种疾病急性发作已严重威胁人们的生命，病人发病或受伤后，到能接受抢救，仍有一段时间，而这几分钟对猝死的病人来讲是至关重要的。急救时所需的器械及药品关系到病人的安危，器械及药品迅速到达抢救医生的手中，是抢救过程的关键所在。本项目设计一种智能移动急救柜，按照常见急诊病症所需器材分类并储存于急救柜的控制系统中，方便快捷、准确无误地为抢救医生提供抢救器材及药品，移动智能急救柜属于医院最刚性需求之一，为急诊室、手术室、急救中心、救护车必备设备，急救所需要的药品器材放于柜体中，医生根据病情需要输入所需物品，智能药柜可迅速找到此物品送至医生手中；或者医生输入病人初步诊断病种，急救柜自动进行排列组合，将此病种所有需要的器材药品一起输出，此设备在国内属于空白。 The increasing number of emergencies and acute attacks of various diseases in today's society have seriously threatened people's lives. After a patient becomes ill or injured, there is still a period of time before he can receive rescue, and these few minutes are crucial for patients who die suddenly. important. The equipment and medicines needed for first aid are related to the safety of patients, and the rapid arrival of equipment and medicines in the hands of rescue doctors is the key to the rescue process. This project designs an intelligent mobile first-aid cabinet, which is classified according to the equipment required for common emergency diseases and stored in the control system of the first-aid cabinet. One of the rigid requirements is the necessary equipment for emergency rooms, operating rooms, emergency centers, and ambulances. The medicines and equipment needed for first aid are placed in the cabinet. The doctor enters the required items according to the needs of the condition, and the smart medicine cabinet can quickly find the items. Send it to the doctor; or the doctor enters the patient's initial diagnosis of the disease, and the first aid cabinet automatically arranges and combines it, and outputs all the equipment and medicines needed for the disease. This equipment is blank in China.
智能药柜是一个涉及到计算机、通信、电子、医学、机械、自动控制、人工智能等学科领域的复杂系统。系统主要分为三个层次：管理层、监控调度层及设备控制层，以柜体机械部分、下位机控制系统和上位机软件系统为主要功能模块。下位机系统控制系统,以DSP作为下位机控制板的微处理器，包含电源模块、时钟模块、通信模块、存储模块、电机驱动模块等模块，并完成相应的嵌入式软件设计方案。分析系统运行依赖数据之间的关系,按照新奥尔良方法建立了数据库，设计开发了上位机软件，并可实现与医院HIS系统进行通信。系统可自行根据医生需要单项选取器材，也可根据病种需要进行排列组合所需器材药品，一起输出，如可根据外伤(最常见的是车祸)、神经系统疾病(脑梗塞、脑出血等)、循环系统疾病(心肌梗死、心跳骤停等)、中毒(农药中毒最常见)、呼吸系统疾病(气胸、AECOPD等)、消化系统疾病等分类。 Intelligent medicine cabinet is a complex system involving computer, communication, electronics, medicine, machinery, automatic control, artificial intelligence and other disciplines. The system is mainly divided into three levels: management layer, monitoring and scheduling layer and equipment control layer, with the cabinet mechanical part, lower computer control system and upper computer software system as the main functional modules. The lower computer system control system uses DSP as the microprocessor of the lower computer control board, including power supply module, clock module, communication module, storage module, motor drive module and other modules, and completes the corresponding embedded software design scheme. Analyze the relationship between the system operation dependent data, establish the database according to the New Orleans method, design and develop the upper computer software, and realize the communication with the hospital HIS system. The system can select equipment individually according to the doctor's needs, or arrange and combine the required equipment and medicines according to the needs of the disease, and output them together, such as trauma (the most common is a car accident), nervous system diseases (cerebral infarction, cerebral hemorrhage, etc.) , circulatory system diseases (myocardial infarction, cardiac arrest, etc.), poisoning (pesticide poisoning is the most common), respiratory system diseases (pneumothorax, AECOPD, etc.), digestive system diseases, etc.
当前急诊室采用的急诊柜，药品及医用仪器存储分散，空间利用率低，药品的发送基本上由医务人员人工配药和发送，由于工作量大而繁琐，护士在急诊期间准确快速寻取医用器材难度较大，存在安全隐患。而且医院急诊室手术期间物流管理流程很多，手术药品及设备及时到位、术中医疗文书及时书写完成和科室检查报告的及时提交、病人使用耗材和手术用品清单的及时生成等繁琐的程序严重耽误急救时间，并且耗费大量专业人员的重复性劳动。目前大多数医院未建立应急队伍、缺乏设备仪器以及对医务人员的技术培训与考核。因此，当前的这种简易急诊柜不能完全满足要求使得医院更快更好更安全地为病人服务。研究一种让急救室、手术室更主动化和标准化服务于病人的智能药柜已是急时之需。 In the emergency cabinet currently used in the emergency room, medicines and medical instruments are stored scattered, and the space utilization rate is low. The distribution of medicines is basically manually dispensed and sent by medical staff. Due to the heavy workload and cumbersomeness, nurses can accurately and quickly find medical equipment during the emergency period. It is difficult and has potential safety hazards. In addition, there are many logistics management processes during the operation in the emergency room of the hospital. The timely delivery of surgical drugs and equipment, the timely completion of intraoperative medical documents, the timely submission of departmental inspection reports, and the timely generation of patient consumables and surgical supplies list, etc., seriously delay first aid. Time, and consume a lot of repetitive labor of professionals. At present, most hospitals have not established emergency teams, lack equipment and equipment, and technical training and assessment for medical staff. Therefore, the current simple emergency cabinet can not fully meet the requirements and make the hospital serve patients faster, better and more safely. It is an urgent need to study an intelligent medicine cabinet that can make emergency rooms and operating rooms more automatic and standardized to serve patients.
发明内容 Contents of the invention
本实用新型的目的在于提供一种智能药柜。本智能药柜应用于抢救室、手术室是为患者进行抢救治疗的特殊场所，是集高技术、高责任、高风险的医疗场所：工作任务重，节奏快，抢救急危重患者多，精神高度紧张,，每天要接送大量的手术病人。 The purpose of the utility model is to provide an intelligent medicine cabinet. This intelligent medicine cabinet is used in emergency rooms and operating rooms, which are special places for emergency treatment for patients. They are high-tech, high-responsibility, and high-risk medical places: the work tasks are heavy, the pace is fast, there are many emergency and critical patients, and the spirit is high. Nervous, a large number of surgical patients have to be picked up every day.
本实用新型的技术方案是： The technical scheme of the utility model is:
一种智能药柜，包括柜体1、触摸屏7、按键8、仓格9和取料台10，所述触摸屏7、按键8、仓格9和取料台10分别设置在柜体1上，按键8位于触摸屏7右侧，仓格9设置在触摸屏7下方，取料台10设置在仓格9下方。 An intelligent medicine cabinet, comprising a cabinet body 1, a touch screen 7, buttons 8, a compartment 9 and a retrieving platform 10, the touch screen 7, buttons 8, compartment 9 and the retrieving platform 10 are respectively arranged on the cabinet 1, The button 8 is located on the right side of the touch screen 7 , the compartment 9 is arranged under the touch screen 7 , and the reclaiming platform 10 is arranged under the compartment 9 .
所述柜体1内部设有平衡导轨11、传动链12和平动支撑架13组成的传动装置，传动链12和平动支撑架13连接，平动支撑架13与平衡导轨11滑动连接。 The inside of the cabinet 1 is provided with a transmission device consisting of a balance guide rail 11, a transmission chain 12 and a translation support frame 13. The transmission chain 12 and the translation support frame 13 are connected, and the translation support frame 13 is slidably connected with the balance guide rail 11.
所述柜体1下方设有轮子2。 Wheels 2 are arranged below the cabinet body 1 .
所述柜体1上方设有指示灯3。 An indicator light 3 is arranged above the cabinet body 1 .
所述柜体1上设有喇叭4。 The cabinet body 1 is provided with a horn 4 .
所述柜体1两侧设有把手5。 Both sides of the cabinet body 1 are provided with handles 5 .
所述触摸屏7左侧设有打印机6。 A printer 6 is arranged on the left side of the touch screen 7 .
本实用新型的有益效果是： The beneficial effects of the utility model are:
本实用新型的智能药柜产品人性化设计，主要用于急诊室、手术室、病房、急救中心等卫生部门，替代传统的急救柜，通过人机交互界面，手动查询、语音输入等功能，快速准确地帮助医生找到所需的急救器材及药品，并与医院的HIS系统通讯，可完成用量统计、缺料报警等。目前市场上还无类似的移动智能急救柜上市，本项目具有良好的市场先机。同时依据世界卫生组织WHOICD-10，即国际疾病及相关健康问题统计分类标准第十版为循证医学及流行病学之临床诊断决策路径演算分析之基础。将根本性的医疗服务流程融入到移动智能急救柜的应用技术解决方案当中，通过与三甲A医院及专科医师联盟的通力协作，形成强大的医疗设备网络，充分发挥智能医疗设备的优越性，全面提高医疗服务的质及量、大幅度提高病人的抢救能力，同时极大地拓展智能医疗设备的覆盖面。 The humanized design of the intelligent medicine cabinet product of the utility model is mainly used in emergency rooms, operating rooms, wards, emergency centers and other health departments, replacing traditional first aid cabinets, through man-machine interaction interface, manual query, voice input and other functions, quickly Accurately help doctors find the first aid equipment and medicines they need, and communicate with the hospital's HIS system to complete usage statistics and alarms for lack of materials. At present, there is no similar mobile intelligent first aid cabinet on the market, and this project has a good market opportunity. At the same time, according to the WHOICD-10 of the World Health Organization, the tenth edition of the International Statistical Classification of Diseases and Related Health Problems, it is the basis for the calculation and analysis of clinical diagnosis decision-making paths in evidence-based medicine and epidemiology. Integrate the fundamental medical service process into the application technology solution of the mobile intelligent first aid cabinet, and form a strong medical equipment network through the cooperation with the top three A hospitals and specialist physician alliances, give full play to the advantages of intelligent medical equipment, and comprehensively Improve the quality and quantity of medical services, greatly improve the rescue ability of patients, and greatly expand the coverage of intelligent medical equipment.
附图说明 Description of drawings
图1是本实用新型的智能药柜的整体结构示意图。 Fig. 1 is a schematic diagram of the overall structure of the intelligent medicine cabinet of the present invention.
图2是本实用新型的智能药柜的链式传动结构示意图。 Fig. 2 is a schematic diagram of the chain transmission structure of the intelligent medicine cabinet of the present invention.
图中：1为柜体、2为轮子、3为指示灯、4为喇叭、5为把手、6为打印机、7为触摸屏、8为按键、9为仓格、10为取料台、11为平衡导轨、12为传动链、13为平动支撑架。 In the figure: 1 is the cabinet, 2 is the wheel, 3 is the indicator light, 4 is the horn, 5 is the handle, 6 is the printer, 7 is the touch screen, 8 is the button, 9 is the compartment, 10 is the reclaiming table, 11 is the Balance guide rail, 12 are transmission chains, and 13 are translation support frames.
具体实施方式 detailed description
下面结合附图对本实用新型作进一步描述： Below in conjunction with accompanying drawing, the utility model will be further described:
图1、图2，一种智能药柜，包括柜体1、触摸屏7、按键8、仓格9和取料台10，所述触摸屏7、按键8、仓格9和取料台10分别设置在柜体1上，按键8位于触摸屏7右侧，仓格9设置在触摸屏7下方，取料台10设置在仓格9下方。 Fig. 1, Fig. 2, a kind of intelligent medicine cabinet, comprises cabinet body 1, touch screen 7, button 8, bin grid 9 and material retrieving table 10, and described touch screen 7, button 8, bin grid 9 and material reclaiming table 10 are set respectively On the cabinet body 1 , the button 8 is located on the right side of the touch screen 7 , the compartment 9 is arranged under the touch screen 7 , and the reclaiming platform 10 is arranged under the compartment 9 .
柜体1内部设有平衡导轨11、传动链12和平动支撑架13组成的传动装置，传动链12和平动支撑架13连接，平动支撑架13与平衡导轨11滑动连接。 Inside the cabinet body 1 is provided with a transmission device consisting of a balance guide rail 11, a transmission chain 12 and a flat support frame 13.
柜体1下方设有轮子2。 Wheels 2 are arranged below the cabinet body 1 .
柜体1上方设有指示灯3。 An indicator light 3 is arranged above the cabinet body 1 .
柜体1上设有喇叭4。 The cabinet body 1 is provided with a horn 4 .
柜体1两侧设有把手5。 There are handles 5 on both sides of the cabinet body 1 .
触摸屏7左侧设有打印机6。 A printer 6 is arranged on the left side of the touch screen 7 .
智能移动急救柜是一种可以用于急诊、手术室、病房、急救中心及救护车上可以帮助医生快速找到急救用品的自动化设备。分析其功能及特性，整个系统的构成包括下列几个部分: The smart mobile first aid cabinet is an automated device that can be used in emergency departments, operating rooms, wards, emergency centers and ambulances to help doctors quickly find first aid supplies. Analyzing its functions and characteristics, the composition of the whole system includes the following parts:
(1)机械结构。机械结构是整个系统的支撑，如图2所示，在本系统中，机械部分的设计可以概括为机柜设计和医用器材分配机构设计。机柜是整个系统的载体，系统的控制单元与相关外设安装在机柜表面和内部，仓格用来存放所需器材。机构应能在电机、电磁铁或其他执行元件的带动下，实现不同病情状况下急诊器材及药品的配置。 (1) Mechanical structure. The mechanical structure is the support of the whole system, as shown in Figure 2, in this system, the design of the mechanical part can be summarized as cabinet design and medical equipment distribution mechanism design. The cabinet is the carrier of the entire system. The control unit and related peripherals of the system are installed on the surface and inside of the cabinet, and the compartments are used to store the required equipment. Driven by motors, electromagnets or other actuators, the mechanism should be able to configure emergency equipment and medicines under different conditions.
(2)控制系统。通过解析上位机下达的命令，完成相应的动作，反馈指令执行状态。本系统中，下位机应具备控制机构完成急诊用品配置、检测相关传感器状态、与上位机通信等功能。 (2) Control system. By analyzing the command issued by the host computer, the corresponding action is completed, and the execution status of the command is fed back. In this system, the lower computer should have the functions of the control mechanism to complete the configuration of emergency supplies, detect the status of related sensors, and communicate with the upper computer.
(3)上位机软件系统。上位机软件系统是智能移动急救柜的核心部分，负责记录数据，拓展外围设备，指令下发等功能。同时,通过接入以太网实现信息的网络化，方便对系统进行远程监控和网络化管理，以适应时代需求。外部系统对接模块，负责与HIS系统等外部系统对接，完成接口调用以及逻辑处理，外其它模块服务。 (3) PC software system. The upper computer software system is the core part of the intelligent mobile first aid cabinet, responsible for recording data, expanding peripheral equipment, issuing instructions and other functions. At the same time, the information network is realized by connecting to the Ethernet, which facilitates remote monitoring and network management of the system to meet the needs of the times. The external system docking module is responsible for connecting with external systems such as HIS system, completing interface calls and logic processing, and serving other modules.
(4)外围设备。除了主机和下位机控制单元之外，还需要必要的外围设备，如:用于人机交互的触摸显示器、语音交互模块、用于无线通信的DTU模块等等。 (4) Peripheral equipment. In addition to the host computer and the lower computer control unit, necessary peripheral equipment is also required, such as: a touch display for human-computer interaction, a voice interaction module, a DTU module for wireless communication, and so on.
本实用新型属于应用创新。抢救室、手术室是为患者进行抢救治疗的特殊场所,是集高技术、高责任、高风险的医疗场所，工作任务重,节奏快,抢救急危重患者多,精神高度紧张,每天要接送大量的手术病人。当前的急诊室采用的急诊柜，药品及医用仪器存储分散，空间利用率低，药品的发送基本上由医务人员人工配药和发送，由于工作量大而繁琐，护士在急诊期间准确快速寻取医用器材难度较大，存在安全隐患。而且医院急诊室手术期间物流管理流程很多，手术药品及设备及时到位、术中医疗文书及时书写完成和科室检查报告的及时提交、病人使用耗材和手术用品清单的及时生成等繁琐的程序严重耽误急救时间，并且耗费大量专业人员的重复性劳动。目前大多数医院未建立应急队伍、缺乏设备仪器以及对医务人员的技术培训与考核。因此，当前的这种简易急诊柜不能完全满足要求使得医院更快更好更安全地为病人服务。研究一种让急救室、手术室更主动化和标准化服务于病人的智能急救柜已是急时之需。1、基于费里斯转轮原理的智能急救柜动力传动机构设计 The utility model belongs to application innovation. The emergency room and operating room are special places for emergency treatment for patients. They are high-tech, high-responsibility, and high-risk medical places. The work tasks are heavy and the pace is fast. There are many emergency and critical patients, and they are highly stressed. They have to pick up and drop off a large number of patients every day. surgical patients. The emergency cabinets used in the current emergency room have scattered storage of medicines and medical instruments, and the space utilization rate is low. The distribution of medicines is basically manually dispensed and sent by medical staff. The equipment is difficult and there are potential safety hazards. In addition, there are many logistics management processes during the operation in the emergency room of the hospital. The timely delivery of surgical drugs and equipment, the timely completion of intraoperative medical documents, the timely submission of departmental inspection reports, and the timely generation of patient consumables and surgical supplies list, etc., seriously delay first aid. Time, and consume a lot of repetitive labor of professionals. At present, most hospitals have not established emergency teams, lack equipment and equipment, and technical training and assessment for medical staff. Therefore, the current simple emergency cabinet can not fully meet the requirements and make the hospital serve patients faster, better and more safely. It is an urgent need to study an intelligent first aid cabinet that makes emergency rooms and operating rooms more active and standardized to serve patients. 1. Design of power transmission mechanism of intelligent first aid cabinet based on the principle of Ferris wheel
针对急诊室医用器材归类整理、方便自动获取的需求，基于费里斯转轮原理，将急救柜设计成依靠链条传动的自动回转柜，实现储料斗的自动回转、定位，方便医用器材的快速获取。整个运动过程电动机提供动力,通过减速器和链传动两级减速后,带动回转机构的链轮转动,由输送链通过支撑架带动所有储料斗做回转动。 In view of the needs of sorting and convenient automatic acquisition of medical equipment in the emergency room, based on the principle of Ferris wheel, the first aid cabinet is designed as an automatic rotary cabinet relying on chain transmission, so as to realize the automatic rotation and positioning of the storage hopper, and facilitate the rapid acquisition of medical equipment . The motor provides power during the whole movement process. After two-stage deceleration through the reducer and chain drive, it drives the sprocket of the slewing mechanism to rotate, and the conveyor chain drives all the storage hoppers to rotate back through the support frame.
2、智能急救柜运转过程中储料斗平动保持机构设计 2. The design of the storage hopper translational maintenance mechanism during the operation of the intelligent first aid cabinet
平动保持机构由支撑架和平动保持导轨组成，将储料斗与输送链条连接，并保持储料斗始终处于水平状态，实现储料斗运转过程中的平稳，避免医用器材在回转过程中的损坏。支撑架包括两个承载杆和一个平衡杆，承载杆分别与输送链及储料斗铰接，平衡杆一端与储料斗固结，另一端由平动保持导轨约束，两者组成一凸轮机构，有效保证回转运动中储料斗平动的实现。 The translational holding mechanism is composed of a support frame and a translational holding guide rail, which connects the storage hopper to the conveying chain, and keeps the storage hopper in a horizontal state at all times, so as to realize the stable operation of the storage hopper and avoid the damage of medical equipment during the rotation process. The support frame consists of two load bars and a balance bar. The load bars are respectively hinged with the conveyor chain and the storage hopper. One end of the balance bar is fixed with the storage hopper, and the other end is constrained by a translational holding guide rail. The two form a cam mechanism to effectively ensure Realization of translational movement of storage hopper during rotary motion.
3、应用创新 3. Application innovation
类似的设备已在工业立体库、自动化药房得以实施，但将回转库的概念引入到急诊设备中，本项目实数首创。工业立体库，自动化药房均为大型不可移动设备，而移动智能急救柜，将计算机、通信、电子、医学、机械、自动控制、人工智能等学科领域的技术集成到一个可方便移动的小型柜体中，是一种让急救室、手术室更主动化和标准化服务于病人的高端设备。 Similar equipment has been implemented in industrial three-dimensional warehouses and automated pharmacies, but this project is the first to introduce the concept of rotary warehouses into emergency equipment. Industrial three-dimensional warehouses and automated pharmacies are large non-movable equipment, while mobile intelligent first-aid cabinets integrate technologies in computer, communication, electronics, medicine, machinery, automatic control, artificial intelligence and other disciplines into a small cabinet that can be easily moved Among them, it is a high-end equipment that enables emergency rooms and operating rooms to serve patients more automatically and standardizedly.
整合移动互联网软、硬件技术，设计了本系统与其它系统的标准化接口(比如与HIS)智能化终端传输数据等，使得接口具有通用性，系统具有良好的扩展性。本系统平台整合了网络、数据库、临床医疗专业应用等多个资源，有利于增强本项目竞争力。 Integrating mobile Internet software and hardware technologies, designing standardized interfaces between this system and other systems (such as HIS) and intelligent terminal transmission data, etc., so that the interface is universal and the system has good scalability. This system platform integrates multiple resources such as network, database, and clinical medical professional applications, which is conducive to enhancing the competitiveness of this project.
本项目完成移动智能急救柜的设计与实现方法,完成下位机控制系统的软硬件设计,并完成可以协调整个系统工作的上位机软件，本项目是对医院的急救设备的升级。 This project completes the design and implementation method of the mobile intelligent first aid cabinet, completes the software and hardware design of the lower computer control system, and completes the upper computer software that can coordinate the work of the entire system. This project is an upgrade of the hospital's first aid equipment.
(1)无骨架回转柜的设计 (1) Design of skeletonless rotary cabinet
设计无骨架式回转柜，方便储料斗的运转。基于立式回转库模型，轻量化设计侧架和侧板的结构，使其实现承重和覆盖双重作用，并保证足够的连接刚度。 The skeletonless rotary cabinet is designed to facilitate the operation of the storage hopper. Based on the model of the vertical carousel, the structure of the side frame and the side plate is designed in a light-weight manner, so that it can realize the dual functions of load bearing and covering, and ensure sufficient connection rigidity.
(2)储料斗平动输送装置的研发 (2) Research and development of storage hopper translational conveying device
基于弗里斯转轮原理，研发能够实现储料斗平动传输系统，包括动力传动机构、链传动输送机构、平衡导轨、平动保持机构的设计，减小传动间隙，保证结构布局的紧凑性，确保储料斗运行平稳。 Based on the principle of Fries wheel, research and development can realize the translational transmission system of the storage hopper, including the design of the power transmission mechanism, chain transmission mechanism, balance guide rail, and translational holding mechanism, to reduce the transmission gap, ensure the compactness of the structural layout, and ensure the The storage hopper runs smoothly.
(3)智能急救柜参数化设计系统的开发。 (3) Development of parametric design system for intelligent first aid cabinet.
根据无骨架回转柜的箱体尺寸、承重量等参数优化计算选择链轮、链条、电动机、减速机等，确定智能化急救柜动力传输部分各部件设计参数。 According to the optimized calculation of parameters such as the box size and load-bearing capacity of the skeletonless revolving cabinet, the sprockets, chains, motors, reducers, etc. are selected to determine the design parameters of each component of the power transmission part of the intelligent first aid cabinet.
(4)上位机软件系统 (4) PC software system
上位机软件系统运行在智能移动急救柜内的一台工控机上，处于远程服务器和下位机之间,它是移动智能急救系统的核心，负责记录管理所有的设备信息，控制和监控下位机及其他外围设备的工作，参考国外相关产品的先进设计,并结合急诊的要求之后，移动智能急诊柜具备以下特点: The upper computer software system runs on an industrial computer in the intelligent mobile first aid cabinet, between the remote server and the lower computer, it is the core of the mobile intelligent first aid system, responsible for recording and managing all equipment information, controlling and monitoring the lower computer and other The work of peripheral equipment refers to the advanced design of foreign related products, and after combining the requirements of emergency, the mobile intelligent emergency cabinet has the following characteristics:
1)易于上手的操作模式，友好的人机交互界面，可靠的操作流程。 1) Easy-to-use operation mode, friendly human-computer interaction interface, and reliable operation process.
2)支持多种选择手段，支持语音输入、手动输入、预设疾病综合用料输送等，并预留扩展接口。 2) Support a variety of selection methods, support voice input, manual input, preset disease comprehensive material delivery, etc., and reserve an expansion interface.
3)具有对设备进行管理和设置的功能，可以更新和管理药品信息。 3) It has the function of managing and setting equipment, and can update and manage drug information.
4)提供日常运维所需的功能接口,如更换及补充药品、器材等操作。 4) Provide functional interfaces required for daily operation and maintenance, such as replacing and replenishing medicines and equipment.
5)提供完善的数据统计功能，支持通过无线传输方式将设备的运营和状态信息上传服务器。 5) Provide a complete data statistics function, and support the operation and status information of the device to be uploaded to the server through wireless transmission.
6)提供本地数据的查看和管理功能，依据操作权限开放服务。 6) Provide local data viewing and management functions, and open services based on operating permissions.
7)支持配置复制,可以将配置以文件方式导入导出。 7) Support configuration duplication, configuration can be imported and exported as files.
8)支持中文、英文两种文字切换显示，如需要，可配备其他可选语言。 8) Support Chinese and English switching display, if necessary, other optional languages can be equipped.
上面所述的实施例仅仅是对本实用新型的优选实施方式进行描述，并非对本实用新型的构思和范围进行限定，在不脱离本实用新型设计构思前提下，本领域中普通工程技术人员对本实用新型的技术方案做出的各种变型和改进，均应落入本实用新型的保护范围，本实用新型请求保护的技术内容已经全部记载在权利要求书中。 The above-mentioned embodiment is only to describe the preferred implementation of the present utility model, not to limit the concept and scope of the present utility model. Various modifications and improvements made in the technical solution should fall within the scope of protection of the utility model, and the technical content claimed in the utility model has been fully recorded in the claims.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106108431A (en) * | 2016-07-11 | 2016-11-16 | 吴成贵 | A kind of family dual-purpose network intelligent medicine cabinet |
| CN107256050A (en) * | 2017-08-15 | 2017-10-17 | 苏州德品医疗科技股份有限公司 | A kind of automatic constant-temperature Medical cabinet |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106108431A (en) * | 2016-07-11 | 2016-11-16 | 吴成贵 | A kind of family dual-purpose network intelligent medicine cabinet |
| CN107256050A (en) * | 2017-08-15 | 2017-10-17 | 苏州德品医疗科技股份有限公司 | A kind of automatic constant-temperature Medical cabinet |
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