Design development and implementation of wireless nurse call station

Aswin, S.; Gopalakrishnan, N.; Jeyender, S.; Prasanna, R; Kumar, Satish

doi:10.1109/indcon.2011.6139633

Cited by 14 publications

(7 citation statements)

References 4 publications

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“…Dalam menjalankan tugasnya, suatu kelompok perawat bertugas untuk merawat beberapa ruangan sekaligus dimana ruangan pasien terkadang berada cukup jauh dari ruangan tempat perawat berjaga. Perawat biasanya melakukan tugasnya mengontrol perkembangan kondisi pasiennya secara berkala [12].…”

Section: Pendahuluanunclassified

Perancangan Internet of Things Nurse Call System pada Area Rawat Inap Rumah Sakit Berbasis Arduino menggunakan Metode FIFO

Sirait¹,

Firdausi

2020

InComTech

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Pada setiap rumah sakit atau fasilitas medis terdapat perawat yang bertanggung jawab atas perawatan suatu pasien. Para perawat ini mengawasi keadaan pasien selama masa pemulihannya atas penyakit atau cidera yang dideritanya. Pasien dalam kondisi tertentu terkadang membutuhkan bantuan perawat, bahkan dalam situasi gawat darurat pasien membutuhkan pertolongan segera. Sistem pemanggil perawat ini dirancang agar pasien bisa melakukan panggilan ke perawat dengan hanya menekan suatu tombol. Ketika pasien menekan tombol akan muncul indikasi pada suatu layar LCD yang terdapat di ruang perawat untuk menunjukkan pasien dari ruangan mana yang membutuhkan bantuan. Pengujian prototype alat dilakukan dengan membuat simulasi panggilan dari tempat tidur pasien dengan menekan tombol CALL 1 dan dari toilet dengan menekan tombol WC 1. Sistem merespon dengan segera menampilkan pemanggil secara real time di LCD dengan tidak ada delay waktu. LCD menampilkan pemanggil secara bergantian dan yang ditampilkan terlebih dahulu adalah yang pertama melakukan panggilan (metode FIFO).

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Section: Pendahuluanunclassified

Perancangan Internet of Things Nurse Call System pada Area Rawat Inap Rumah Sakit Berbasis Arduino menggunakan Metode FIFO

Sirait¹,

Firdausi

2020

InComTech

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“…The system uses a sturdy communication protocol where alarms can be installed and also uses communication by sound. Similarly, the authors from [24] designed and implemented a wireless system for customer service, which has extra functions from [23]. For instance, the service attention command is sent in redundant mode to the nursing station and the mobile phone of the duty officer is sent by a text message.…”

Section: Introductionmentioning

confidence: 99%

“…This approach used the advantage of the communication protocol RS-485 for data transmission and reception. The approach retains the simplicity and some elements of the methodologies presented in [5], [9], [23], [24]. However, this approach highlights the flexibility, scalability and reliability of the equipment from a software and hardware strategy.…”

Section: Introductionmentioning

confidence: 99%

Design and implementation of a wired intercommunication prototype for hospital care

2018

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Introduction− In health centers, communication between the medical staff and the patient is generally performed by an intercom. Some of these devices have evolved in order to simplify the duty of medical staff by introducing indicator systems that allow to report which rooms demand medical service. However, they present technical weaknesses, for example, high energy consumption or high loss of information packets. Objective− Design and build an instrumentation and a measurement prototype for hospital care that demands less energy consumption and gives a wide range of data transmission when compared to the works proposed in the literature. Methodology− In synthesis, the prototype uses a network of switches for emergency call generation. These are sent to an intercom which enables a channel. Then, the information is processed and transmitted to every visualization module through a microcontroller and an RS-485 serial communication bus. Finally, this information is decoded and displayed in a light indicator. Results− The testing protocol evaluates and compares the operation, performance and reliability of the equipment to that similar equipment in the same time window. A reading of energy consumption and loss of data packets was performed. In addition, a random experiment was carried out and the results were modeled from a Poisson stochastic process. The results showed a decrease of power consumption in a stable regime of 91% in comparison to the results mentioned in the literature. On the other hand, the equipment presented an information loss rate under 4% of average. Conclusions− The design process included a hardware and software strategy which allowed to reduce the energy consumption of the display module in a steady state and increased the equipment's reliability. Furthermore, the equipment is technically efficient, scalable and maintenance friendly.

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“…DECT phones can be utilized, not only for receiving (similar to pocket pagers) and sending text messages, but also for providing full-duplex voice communication. Some proposals have indeed been made to integrate DECT phones into nurse call systems, in an effort to improve the nurse-patient communication and the functionality of the existing systems [3][4][5]. After all, DECT phone integration opens the way to calls to a specific nurse, in charge of a particular patient or bed [3].…”

Section: Introductionmentioning

confidence: 99%

“…In other work, the wireless nurse call system helps bedridden patients to communicate with the nurses, in the absence of their caretakers [4]. But, the nurse calls are generated automatically when the physiological parameters of the patient such as ECG, pulse rate, or respiration rate exceeds certain thresholds.…”

Section: Introductionmentioning

confidence: 99%