阅读说明：本技术 一种高效率的用于医院职工定位佩戴式呼叫系统 (Efficient hospital staff positioning wearable calling system ) 是由 黄长兵 甘志芳 李庆 颜建辉 蔡永得 黎勇 肖朋林 谢辉 雷昌斌 廖昆 邝爱玲 于 2021-07-02 设计创作，主要内容包括：本发明提供一种高效率的用于医院职工定位佩戴式呼叫系统,涉及医疗辅助领域。该高效率的用于医院职工定位佩戴式呼叫系统,所述呼叫系统包括多个臂带式呼叫机和接收处理平台,所述臂带式呼叫机包括显示屏、语音播报元件和触发按钮,所述臂带式呼叫机背部固定连接有连接带。本发明设置有臂带式呼叫机和接收处理平台,臂带式呼叫机与使用者手臂通过魔术贴粘合,与使用者耳朵较近,方便快速接收信号,而接收处理平台作为发出信号的主要设备,其不仅仅进行任务的发布,也进行完成任务发布的回收信号,确保臂带式呼叫机对应的使用者接收到信号,防止信号丢失,以近距离的呼叫方便,避免了呼叫信号差,接收信号不及时的问题。(The invention provides a high-efficiency wearable calling system for positioning hospital staff, and relates to the field of medical assistance. This efficient is used for hospital staff location wearing formula calling system, calling system includes a plurality of armband formula calling machine and receives processing platform, armband formula calling machine includes display screen, voice broadcast component and trigger button, armband formula calling machine back fixedly connected with connecting band. The arm belt type calling machine is adhered to the arm of a user through the magic tape, is close to the ear of the user and is convenient to receive signals quickly, and the receiving processing platform is used as main equipment for sending signals and not only issues tasks, but also recovers signals for completing task issuing, so that the users corresponding to the arm belt type calling machine can receive the signals, the signals are prevented from being lost, the short-distance calling is convenient, and the problems that the calling signals are poor and the received signals are not timely are avoided.)

1. An efficient be used for hospital staff to fix a position wearable calling system which characterized in that: the calling system comprises a plurality of arm belt type calling machines (1) and a receiving and processing platform, wherein each arm belt type calling machine (1) comprises a display screen (11), a voice broadcasting element (12) and a trigger button (13), and the back parts of the arm belt type calling machines (1) are fixedly connected with a connecting belt (2);

the receiving processing platform can be a PC terminal.

2. An efficient wearable call system for hospital employee positioning as recited in claim 1, wherein: the arm belt type calling machine (1) is internally provided with a signal receiving and transmitting element which is used for receiving signals and transmitting signals and is in signal connection with the receiving and processing platform.

3. An efficient wearable call system for hospital employee positioning as recited in claim 1, wherein: the connecting band (2) is a magic tape.

4. An efficient wearable call system for hospital employee positioning as claimed in claim 2 wherein: the calling system comprises the following steps:

step 1, registering the arm belt type calling machine (1), firstly starting the arm belt type calling machine (1), searching signals, and enabling the arm belt type calling machine (1) to be connected with a receiving processing platform in a matching manner;

step 2, receiving a release instruction of the processing platform, receiving a receiving signal by the armband type calling machine (1) and executing corresponding work, then prompting by the voice broadcasting element (12), and sending a signal broadcasting or a request;

step 3, the carrier presses a trigger button (13) to broadcast a signal or request a task, and after the signal broadcast or request task is played, the armband type calling machine (1) sends a task completion instruction and sends the task completion instruction to the receiving and processing platform;

and 4, the receiving and processing platform receives the task completion instruction, namely, the task is completed.

5. An efficient wearable call system for hospital employee location according to claim 4, characterized by: the work of the arm-belt type calling machine (1) in the step 2 comprises a calling task and a voice task, the content of the calling task is preset by a user, when the arm-belt type calling machine is used, the receiving and processing platform is used for selecting and confirming the content, and the voice task requests a communication task, namely, the work task is issued through manual voice.

6. An efficient wearable call system for hospital employee positioning as recited in claim 1, wherein: the matching connection in step 1 may be a bluetooth 5.0 connection.

Technical Field

The invention relates to the technical field of medical assistance, in particular to a high-efficiency wearable calling system for positioning hospital staff.

Background

The hospital department plays a great role in assisting in the medical treatment process, and with the development of science and technology, a small number of medical staff can use mobile phones in the working process, so that the image of the hospital is influenced, and the work is delayed; and the hospital is easy to have emergency medical conditions, and needs medical care personnel to work cooperatively, so that the arrangement of the calling system is also very important.

Most of the existing call systems are call stations of nurses ' stations, call signals cannot be rapidly received in ward positions far away from the call stations of the nurses ' stations, and corridor time of the ward is loud, which also affects the signal transmission of the call stations of the nurses ' stations.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides a high-efficiency wearable calling system for positioning hospital staff, and solves the problems of poor calling signal and untimely signal receiving in the prior art.

(II) technical scheme

In order to achieve the purpose, the invention is realized by the following technical scheme:

a high-efficiency wearable calling system for positioning hospital staff comprises a plurality of armband type calling machines and a receiving and processing platform, wherein each armband type calling machine comprises a display screen, a voice broadcasting element and a trigger button, and a connecting band is fixedly connected to the back of each armband type calling machine;

the receiving and processing platform can be a PC end, and the receiving and processing platform is used as main equipment for sending signals, so that tasks are issued, and recovery signals for completing the tasks are issued, so that a user corresponding to the arm belt type calling machine is ensured to receive the signals, and the signals are prevented from being lost.

Preferably, the arm-band type calling machine is internally provided with a signal receiving and transmitting element which is used for receiving signals and transmitting signals and is in signal connection with the receiving and processing platform, the signal receiving element in the arm-band type calling machine is used for receiving the signals sent by the receiving and processing platform, and the transmitting element sends the signals to the receiving and processing platform after the arm-band type calling machine completes tasks.

Preferably, the connecting band is the magic subsides, and arm belt calling machine passes through the magic with user's arm and pastes the bonding, and is nearer with user's ear, convenient quick received signal sets up in the arm position simultaneously, does not influence the use of wrist, provides the convenience for medical personnel work.

Preferably, the calling system comprises the following steps of:

step 1, registering the arm-belt type calling machine, namely starting the arm-belt type calling machine, searching signals and enabling the arm-belt type calling machine to be connected with a receiving processing platform in a matching manner;

step 2, receiving a release instruction of the processing platform, receiving a receiving signal by an arm-belt type calling machine signal, executing corresponding work, then prompting by a voice broadcasting element, and sending a signal broadcast or a request;

step 3, the carrier presses the trigger button to broadcast the signal or request the task, and after the signal broadcast or request the task to broadcast and finish, the arm-belt type calling machine sends out the order of finishing the task and sends to the receiving and processing platform;

and 4, the receiving and processing platform receives the task completion instruction, namely, the task is completed.

Preferably, the work of the arm-band type calling machine in the step 2 includes a calling task and a voice task, the content of the calling task is preset by a user, when the arm-band type calling machine is used, the receiving and processing platform selects and confirms the content, and the voice task requests a conversation task, namely, the work task is issued through manual voice.

Preferably, the matching connection in step 1 may be a bluetooth 5.0 connection.

The working principle is as follows: registering the arm-belt type calling machine, namely firstly starting the arm-belt type calling machine, searching signals, enabling the arm-belt type calling machine to be connected with the receiving processing platform in a matching way, and connecting the arm-belt type calling machine with the receiving processing platform through Bluetooth 5.0; receiving a release instruction of a processing platform, receiving a receiving signal by a signal of an arm-band type calling machine, executing corresponding work, then prompting by a voice broadcasting element and sending out signal broadcasting or a request, wherein the work of the arm-band type calling machine comprises a calling task and a voice task, the content of the calling task is preset by a user, when the arm-band type calling machine is used, the content is selected and confirmed by the receiving processing platform, and the voice task requests a conversation task, namely, a work task is issued by manual voice; the carrier presses the trigger button to broadcast the signal or request the task, and after the signal broadcast or request the task to broadcast is finished, the armband type calling machine sends a task finishing instruction and sends the task finishing instruction to the receiving and processing platform; and the receiving and processing platform receives the task completion instruction, namely, completes the task.

(III) advantageous effects

The invention provides a high-efficiency wearable calling system for positioning hospital staff. The method has the following beneficial effects:

the invention provides a high-efficiency wearable calling system for positioning hospital staff, which is provided with an arm belt type calling machine and a receiving and processing platform, wherein the arm belt type calling machine is adhered to the arm of a user through a magic tape and is close to the ear of the user, so that the signals can be conveniently and quickly received, the receiving and processing platform is used as main equipment for sending the signals, the task is issued, the recovered signals for completing the task issue are also carried out, the user corresponding to the arm belt type calling machine is ensured to receive the signals, the signals are prevented from being lost, the calling at a close distance is convenient, and the problems of poor calling signals and untimely receiving signals are avoided.

Drawings

FIG. 1 is a schematic diagram of an efficient wearable call system for hospital employee positioning according to the present invention;

FIG. 2 is a front view of an efficient arm-belt-type calling machine for a hospital employee located wearable calling system in accordance with the present invention;

fig. 3 is a top view of an efficient arm-worn pager for use in a hospital employee positioning wearable paging system in accordance with the present invention.

Wherein, 1, an arm belt type calling machine; 11. a display screen; 12. a voice broadcast element; 13. a trigger button; 2. and a connecting belt.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example (b):

as shown in fig. 1-3, an embodiment of the present invention provides a high-efficiency wearable calling system for positioning hospital staff, where the calling system includes a plurality of armband type calling machines 1 and a receiving and processing platform, the armband type calling machine 1 includes a display screen 11, a voice broadcasting element 12 and a trigger button 13, and a connecting band 2 is fixedly connected to the back of the armband type calling machine 1;

the receiving and processing platform can be a PC end and is used as main equipment for sending signals, tasks are issued, recovery signals for completing the tasks are issued, a user corresponding to the arm belt type calling machine is ensured to receive the signals, and signal loss is prevented.

The arm belt type calling machine 1 is internally provided with a signal receiving and transmitting element which is used for receiving and transmitting signals and is in signal connection with the receiving and processing platform, the signal receiving element in the arm belt type calling machine is used for receiving the signals sent by the receiving and processing platform, and the transmitting element sends the signals to the receiving and processing platform after the arm belt type calling machine completes tasks.

Connecting band 2 is the magic subsides, and the bonding is pasted through the magic to arm belt-type calling machine and user's arm, and is nearer with user's ear, convenient quick received signal sets up in the arm position simultaneously, does not influence the use of wrist, provides the convenience for medical personnel work.

The calling system comprises the following steps:

step 1, registering the arm band type calling machine 1, firstly, starting the arm band type calling machine 1, searching signals, and enabling the arm band type calling machine 1 to be connected with a receiving and processing platform in a matching way, wherein the connection can be Bluetooth 5.0 connection;

step 2, receiving a release instruction of the processing platform, receiving a receiving signal by the arm-band type calling machine 1, executing corresponding work, prompting by the voice broadcasting element 12, and sending out signal broadcasting or a request, wherein the work of the arm-band type calling machine 1 comprises a calling task and a voice task, the content of the calling task is preset by a user, when the arm-band type calling machine is used, the content is selected and confirmed by the receiving processing platform, and the voice task is a call task, namely a work task is issued by manual voice;

step 3, the carrier presses the trigger button 13 to broadcast the signal or request the task, and after the signal broadcast or request the task to broadcast, the armband type calling machine 1 sends out the order of completing the task and sends to the receiving and processing platform;

and 4, the receiving and processing platform receives the task completion instruction, namely, the task is completed.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.