Digital Microscope with Min.5MP, Camera, LCD Monitor and Software
....Vital signs monitors are used to measure basic physiologic parameters and track the status of low-acuity patients (patients found in medical-surgical areas, emergency departments, and ambulatory care centres) so that clinicians can be informed of changes in a patient's condition.
Patient vital signs monitor, 6 parameters, suitable for adults, paediatric/infants and newborn patients.
Workshop Computer Monitor (Flat Touch Screen)
....Smart Phone + APP for Smartphone Monitoring
....Remote Temperature Monitoring (RTM) system for real time monitoring of storage conditions at different levels of the vaccine cold chain: (a) with data access, setup of alarm thresholds and setup of alarm recipients through internet accessible dashboard (b) capable of alarm notifications via SMS, email and/or iOS & Android mobile applications (c) with automatic transmission of data to a server (d) with integrated audio-visual alarm (e) configurable to suit specific applications and scalable to allow for the later installation of additional temperature monitoring products and/or storage facilities.
....Remote Temperature Monitoring (RTM) system for real time monitoring of storage conditions at different levels of the vaccine cold chain: (a) capable of alarm notifications via SMS, email and/or iOS & Android mobile applications (b) with integrated audio-visual alarm (c) with data access, setup of alarm thresholds and setup of alarm recipients through internet accessible dashboard (d) with automatic transmission of data to a server (e) configurable to suit specific applications and scalable to allow for the later installation of additional temperature monitoring products and/or storage facilities.
....Remote Temperature Monitoring (RTM) system for real time monitoring of storage conditions at different levels of the vaccine cold chain: (a) with data access, setup of alarm thresholds and setup of alarm recipients through internet accessible dashboard (b) with automatic transmission of data to a server (c) with integrated audio-visual alarm (d) capable of alarm notifications via SMS, email and/or iOS & Android mobile applications (e) configurable to suit specific applications and scalable to allow for the later installation of additional temperature monitoring products and/or storage facilities.
....Electronic foetal monitoring (EFM) provides graphic and numeric information on foetal heart rate (FHR) and maternal uterine activity (UA) to help clinical personnel assess foetal well-being. Foetal monitors can also provide documentation of the foetus’s condition that could be useful in the event of litigation. During labour, the FHR often exhibits decelerations and accelerations in response to uterine contractions or foetal movements; certain patterns are indicative of hypoxia. Examination of these patterns, the baseline level, and variability characteristics can indicate the need to alter the course of labour with drugs or perform an operative delivery (caesarean section or forceps delivery) if corroborated by other clinical evidence.
Antepartum monitors are used to monitor the foetus’s development, movement, and FHR patterns in utero. They also are often used in the hospital for high-risk mothers who are hospitalized before term for observation or treatment not in conjunction with labour. Antepartum monitors have only external monitoring capabilities, such as ultrasound and external UA, and are typically used in the physician's office or clinic.
Ancillary Equipment Not Connected To The Data Collection Platform, for In-Situ Field Monitoring
....The heart beats are typically conveyed audibly via the measuring/display unit and attached probe which is applied to the surface of the pregnant woman's abdomen. The device aids in determining foetal viability. A portable, hand-held, battery-powered device assembly consisting of a measuring and display unit and an attached probe or interchangeable probes designed to noninvasively detect foetal heart beats using ultrasound/Doppler technology.
....The lower value (diastole) corresponds to the pressure that we have in the arteries between two heart beats. The upper value (systole) is the maximum pressure that is recorded in the artery in consequence of the heartbeat. In blood vessels there must be a certain pressure in order that the blood can properly flow. Each heartbeat causes a pressure wave that is transferred to the arteries. Therefore, it is necessary to properly evaluate the pressure and its variability through a pressure and heart beat digital meter.
Circuit blocks of Blood Pressure Monitoring
Typical circuit used in Blood Pressure Monitoring
Measurement of the blood pressure and heart beat
Evaluation of the average cardiac rate
Theoretical topics of Blood Pressure Monitoring
Measuring the blood pressure
The sensors
The blood pressure
Hypertension.