PRIZMA PRIZSALT Dry Salt Aerosol Generator User Manual

June 8, 2024
PRIZMA

User Manual

PRIZMA PRIZSALT Dry Salt Aerosol Generator

PRIZMA PRIZSALT Dry Salt Aerosol Generator

1. REVISION LIST

FIG 1 REVISION LIST

2. Introduction and requirements

Program “KONTROLA” is intended for wireless remote control and monitoring of halogenerators made by PRIZMA.

Program is running under operating system MS WINDOWS 8.

It is assumed that user has enough knowledge to start computer, enter user name and password, navigate through menus and visual controls and can start programs.

Hardware requirement is that host computer has BLUETOOTH adapter, and that computer is paired with halogenerator.

Tablet computer shipped with halogenerator is paired with halogenerator. But, if manual pairing must be done, PRIZSALT halogenerators have BLUETOOTH name like PS_IF-xxxx (xxxx are unique individual four characters for each of PRIZMAs device), and pairing code is 1234.

3. Establishing connection to halogenerator

  1. Turn halogenerator ON.
  2. Start tablet computer. Initial user name is PRIZMA, and password IS PRIZSALT.
  3. At desktop find icon KONTROLA and start program by clicking icon.
  4. After start, program tries to establish connection with paired halogenerator device. If connection cannot be established, Picture 3.1 will appear. Check if halogenerator is turned on and press button Retry, next to Status info. Program will try again to establish connection with halogenerator.

FIG 2 Establishing connection to halogenerator

5. If connection is established, picture similar to 3.2 will appear on computer screen.

FIG 3 Establishing connection to halogenerator

4. Elements of user interface

Selection of language, time of day, about dialog
All controls necessary for monitoring and control of halogenerator are located on one screen. There is description of controls on the screen.

Purpose of drop down menu in right-up corner is selection of language used in program. User can select preferred language by clicking on menu and selecting desired language.

Bellow language selection menu is time of the day clock.

If user clicks on icon PRIZMA, dialog with basic information about program will appear.

Selection of halogenerator, communication reestablishment

It is possible to control multiple number of halogenerator with one computer. In this configuration computer must be paired with all halogenerators, and communication with them must be established. Purpose of numbered tab book is selection of one among many available halogenerators. Status of selected device will appear on the screen, and commands from computer will be transmitted to selected device. If there is only one halogenerator paired with computer, there will be only one tab numbered as 1. If there are multiple halogenerators, selection is made by selecting desired tab number.

BLETOOTH name of halogenerator associated with selection tab is displayed bellow tab number. Pattern of name is PS_IF-xxxx, where xxxx are four characters unique for each halogenerator. This text is read only.

Next to numbered tabs is button for communication reestablishment. If communication to selected halogenerator is broken for any reason, computer will try to reconnect after this button is pressed.

Status line
Informations about work status of halogenerator and operation errors are presented in text status line at the top of the tab page (picture 4.3.1), picture of halogenerator on the left side of tab page (picture 4.3.2) and text info if helogenerator is in local control mode (from control panel on halogenerator).

FIG 7 Status line

FIG 8 Status line

There are presented informations about work status of halogenerator, operation errors and who is in charge for control (control panel on halogeenerator or remote computer).

There is button “M” on halogenerators control panel for selection of local or remote command mode. If lamp inside button “M” lit, it is indication that halogenerator is governed by control panel. In local control mode it is possible to see on the computer screen status of halogenerator and current program parameters, but it is not possible to change it, and all visual controls on computer screen that can affect halogenerator are disabled.

If local control mode is selected text message Local control mode. will appear on the computer screen.

To change local control mode to remote control mode, press once button “M” on halogenerators control panel. Lamp inside button “M” will go off, text Local control mode on the computer screen will disappear, and visual controls that can affect halogenerator will be enabled.

If remote control mode is not selected, halogenerator will not accept any command from the computer.

Program settings
There are several visual controls for setting and indication of parameters of halotherapy (program settings):

  • Duration of therapy, from 10 to 99 minutes (slider Time).

FIG 10 Program settings

  • Speed of air fan, from 10% to 100% of full speed (slider Fan).
  • Profile of salt dispensing, from 0% to 100% of full capacity (equalizer Profile).
    Duration of therapy set by slider Time is divided in ten equal time intervals. Each slider belongs to one of this ten time intervals. It is possible to set speed of salt dispensing in each of ten intervals independently.

FIG 11 Program settings

After change of some of the parameters, it is necessary to send new values to halogenerator ( button Set ).

Each set of parameters can be stored in one of nine program memories or recalled from one of nine program memories (slider Prog.).

FIG 13 Program settings

If there is need for more than nine programs, it is possible to save current program settings (parameters only, not program number) in file on computer disk, under name you prefer. Also, it is possible to load saved program settings from computer disk to any of nine programs in halogenerator.

Run controls
There are RUN, STOP, and PAUSE buttons for control of halogenerator and indication of operation state of halogenerator.

5. Selection of program

Slider Prog. is enabled only when remote control mode is selected and inhalation is not in progress (halogenerator is in STOP state).

Move slider to desired position from 1 to 9. Program will ask halogenerator for current program values and will display them on the computer screen.

FIG 16 Selection of program

6. Change of program parameters

Equalizer Profile, sliders Fan and Time are enabled only when remote control mode is selected and inhalation is not in progress (halogenerator is in STOP state).

Move sliders to desired positions. When you move slider away from current program values color of slider will change to red, and red frame will appear around button Set. It is indication that parameters are changed on the computer screen, but are not sent to the halogenerator and are not in effect.

Press button Set to send new parameters to halogenerator. If transmission is OK and parameters are accepted, visual controls will be in green color and red frame around Set button will disappear.

It is possible to change one or more parameters before pressing of Set button and transmission of new settings to halogenerator.

FIG 18 Change of program parameters

7. Start of inhalation

Run controls are enabled only when remote control mode is selected. To start inhalation, press RUN button ( ). Computer screen will change to something like picture 7.1.

FIG 19 Start of inhalation

Picture of halgenerator will indicate RUN state. Status line will indicate RUN status and remaining time to the end of session.

During RUN state it is possible to change speed of fan and profile of salt dispensing. It is not possible to change program number or duration of session after it is started. Each change of parameters must be transmitted to halogenerator by pressing of Set button.

8. Pause inhalation

Run controls are enabled only when remote control mode is selected. To pause session in progress, press PAUSE button ( ). Computer screen will change to something like picture 8.1.

FIG 20 Pause inhalation

Picture 8.1

All motors will stop and remaining time of session will stop to countdown.
During PAUSE state it is possible to change speed of fan and profile of salt dispensing. It is not possible to change program number or duration of session after it is started. Each change of parameters must be transmitted to halogenerator by pressing of Set button.

If you want to continue session, press RUN button ( ), and session will continue. if door of halogenerator are opened during session, halogenerator will also enter PAUSE state (picture 8.2), but with Error code 1. To continue session, close the door of halogenerator and press RUN button.

FIG 21 Pause inhalation

Picture 8.2

9. Stop inhalation

Run controls are enabled only when remote control mode is selected. Session in progress can be interrupted at any moment by pressing of STOP button ( ). Halogenerator will enter STOP state, all commands on the computer screen will be enabled, and remaining time will be reset to the start value.

FIG 22 Stop inhalation

10. Saving program settings on computer disk

Press Save… button and dialog similar to picture 10.1 will appear. Choose location and name of file you want and press button Save. Current program settings will be saved on disk for later use.

FIG 23 Saving program settings

11. Loading program settings from computer disk

Press Load… button dialog similar to picture 11.1 will appear. Choose location and name of file you want and press button Open. Current program settings will be replaced by contents of selected file. To transmit parameters to halogenerator press once button Set.

FIG 24 Loading program settings from computer disk

12. Indication of errors

If during session occurs overload of grinder, halogenerator will enter STOP state, and picture similar to 12.1 will appear on the computer screen.

FIG 25 Indication of errors

Picture 12.1

FIG 26 Indication of errors

Picture 12.2

If during session occurs blow of dispenser fuse, halogenerator will enter STOP state, and picture similar to 12.2 will appear on the computer screen. There is no dedicated picture for description of this error, but error code 4 will appear in status line.

FIG 27 Indication of errors

Picture 12.3

If during session occurs blow of grinder fuse, halogenerator will enter STOP state, and picture similar to 12.3 will appear on the computer screen. There is no dedicated picture for description of this error, but error code 8 will appear in status line.

13. Retrieving statistics data

Open the menu by clicking left top corner of program window (inside red circle on picture 13.1). Click on the menu item System info… and picture 13.2. will appear.

FIG 28 Retrieving statistics data

Picture 13.1

FIG 29 Retrieving statistics data

Picture 13.2

Line Flash status can have three values 0, 1 or 2. There are multiple copies of statistics data in not volatile flash memory. If Flash status is 0, all memory banks are OK. If Flash status is 1, one of memory banks is bad, but statistic can be recovered. If Flash status is 2, all memory banks are bad, statistics data are not stored properly and electronics board must be replaced.

Frame Session counts contain data about number of elapsed sessions of specific duration. Duration of sessions is divided in intervals of 5 minutes long. Number next to duration is count of elapsed sessions of that duration. Counts can only advance and there is no mean to reset counters or to set their value to some specific value. Session counters works like domestic electricity or gas consumption meter, except there is not one but 20 counters for 20 different time intervals.

Here is an example how counters work. Suppose at some moment of time counter for interval 20-25 minutes has value 17 and counter for interval 45-50 minutes has value 123. Suppose after that moment user conducted 7 session 22 minutes long and 15 sessions 48 minutes long. New values of mentioned counters will be 24 (20-25 minutes) and 138 (40-45 minutes).

This way it is possible to know number of sessions of specific duration and total work time of halogenerator since moment of production.

If user calculates difference of present counter values and values recorded in some past time moment, he will get number of performed session between that past moment and present time.

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