The system consists of a wide variety of devices for collecting and managing the parameters of the environment and the human body, most of which are known in the market and can be directly supplied by different manufacturers and distributors.

The company has no plans to invest in improving and competing existing known devices, and the creation of a completely new and unfamiliar market for medical, diagnostic and assisted equipment. The main devices in the system of this type are assisting integrated clock and single-channel implantable electrocardiograph.

Watch-4

Ergonomic design, different colors, compact size.

 

Integrated clock assisting

Integrated assisting clock is designed for monitoring of vital signs assisted person and feedback to / assisted person reminder medications, alarm upon reaching critical conditions, voice and gestures communication, etc..

The device combines the following innovative features, algorithms and design:

A method for charging the battery without the necessity of removing the clock

A method for charging the battery without the need for removal of the watch from the hand-assisted person and without interrupting the process of monitoring, diagnostic, and assistance.

Fotopletizmografski method for contactless measurement of the pulse activity

Fotopletizmografski method for contactless measurement of pulse activity by optical sensors built into the watch chain and positioned a large area around the radial artery of the assisted person. The arrangement of the sensor on a large area with a unique arrangement of sensors is, in order to increase the sensitivity of the method and sensor can have an optical band around the radial artery of a wide spectrum and ergonomic wrist sizes – from children to adults.

Miniature Infrared thermographic sensor

Miniature Infrared thermographic sensor built into the watch and bracelet designed to measure the temperature of the extremities, which is monitored by the emotional state of the assisted person. Furthermore, the sensor monitors whether the clock is not removed from the wrist of the assisted person.

Continuous monitoring of the blood pressure, without using a cuff

Continuous monitoring of the blood pressure, without using a cuff, and the associated discomfort of its compression. The method is optical and is based on the measurement of the propagation speed of the pulse wave. The method is based on the most recent research in medical diagnosis, and in particular the correlation between the speed of propagation of the pulse wave and the blood pressure. This method works with implantable channel electrocardiograph.

Measurement of oxygen saturation

Measurement of the oxygen saturation by reflection of the radial artery in the wrist pulse oskimetriya, thereby avoiding discomfort obtained by conventional methods for measurement of pinch a finger or ear.

Method for positioning and recognition fall, hand gestures and body

Method to detect falls, hand gestures and body, as well as positioning the assisted person within the house (or the building of institutional) without using irrelevant in these situations GPS navigation systems. The method is based on a built-in clock miniature 9-axis accelerometer, gyroscope and magnetometer.

Method for controlling the simplified UI using gestures.

Method for controlling the simplified UI using gestures. In this method assisted person should not pressure tiny and hard to locate buttons, and user input (management) of the clock and the feedback system to assist it with natural and easily realizable gestures.

Information system to assist a person

The user output (information system to assist a person) is by simultaneously or separately using the following interfaces:

  • Voice messages
  • Vibration alarm
  • Graphic display

Communication interface device of the latest generation

Communication interface of the device is the latest generation Bluetooth v4.0 Smart, where can achieve minimum power consumption and maximum operating clock charges. In addition, the interface is compatible with the latest mobile platforms and phones.

Andimplantable channel electrocardiograph

The device is wireless and miniature intended for imlantirane in elastic sleeveless shirt. Serves for continuous monitoring of cardiac output, temperature and body position. The device combines the following innovative features, algorithms and design:

Single-channel measurement of cardiac

electrodes disposed on both sides of the heart and implanted into elastic underwear.

Adaptable morphological analysis sadechnata activity

Adaptable morphological analysis sadechnata process in which detect deviations from normal heart rhythm and morphology. Automatically generate alarms when fibrillation, arrhythmias and others.

Integrated miniature contactless infrared thermographic sensor

Integrated miniature contactless infrared thermographic sensor designed for continuous measurement and monitoring body temperature. Furthermore, the sensor monitors whether the device is not removed from tyalotona assisted person.

Continuous monitoring of the blood pressure, without using a cuff

Continuous monitoring of the blood pressure, without using a cuff, and the associated discomfort of its compression. The method is optical and is based on the measurement of the propagation speed of the pulse wave. The method is based on the most recent research in medical diagnosis, and in particular the correlation between the speed of propagation of the pulse wave and the blood pressure. This method works with assisting an integrated clock.

Method for positioning and recognition fall, hand gestures and body

Method to detect falls, posture and positioning of the assisted person within the house (or the building of institutional) without using irrelevant in these situations GPS navigation systems. The method is based on a built-in clock miniature 9-axis accelerometer, gyroscope and magnetometer.

Communication interface device of the latest generation

Communication interface of the device is the latest generation Bluetooth v4.0 Smart, where can achieve minimum power consumption and maximum operating clock charges. In addition, the interface is compatible with the latest mobile platforms and phones.

Some of these algorithms and functions are known as scientific research and experiments, but until now have not been implemented, integrated and used in this kind of planning and design. Furthermore, all methods and functions are realized by specially designed algorithms for digital signal processing.

 

Watch 8Charging without removing the hand and without interruption

Services

Call to emergency telephone (specific call center or tel. 911). The aim is to notify health authorities of the occurrence of a condition that requires immediate medical intervention.
Notice to users of events by sms, email, phone call.
Monitoring parameters of remote systems and management of end devices in real time.
Create a model / scenario of Conduct remote system – if <parameter> for <sensor / input device> is <more / less / equal> for <value>, then <parameter> for <switch / output device> is <more / less / equal> for <value>.

 

Users

  • Assisted person
  • relatives of the assisted person
  • Doctors and medical staff
  • Service technicians
  • Label
  • Administrator

Devices

  • Input devices for monitoring environmental parameters (sensors): temperature, humidity, light, motion, fire, electricity consumption,
  • Input devices for monitoring vital signs: temperature of the body and limbs, blood pressure, pulse, oxygen saturation, ECG, falling, panic / help button, voice assistance
  • Output devices (switches) to control doors, blinds, electrical appliances
  • Others