qube15 Взлом 4.0.0 + Чит Коды

New functions in update version 4.0.0

More monitors
- qubePMD (inch PMD)
- qubePM (inch PM)
- qube7PG (Schiller Physiogard)
- qubeCTG
- qubeT1 (Hamilton T1)

Controller
- Parameters adjustable independently of cloud configuration (°C/F, mg/dl / mmol/l, mmhG / kPA)
- Slider in controller refined
- Phase change is displayed in more detail
- Physiological adjustment of extrasystoles
- Adjustments logbook
- Scenarios are sorted alphabetically
- Alarm limits for children, newborns and adults can be set

General
- Extension of languages: Hebrew, Norwegian, Russian, Japanese
- Interval measurement set to 5 minutes as default

Performance Improvements
- Calculation pulse perfusion
- Adjustments to API between cloud and controller
- Adjustment of the trigger threshold for the ventilator
- Keyboard no longer overlays pager input field

Cloud
- Device specific settings for: ,qubePMD (inch PMD), qubePM (inch PM), qube7PG (Schiller Physiogard).
- Pacer threshold setting in the Cloud
- Defibrillation cascades for monitors
- Subscreens of the qubeC3 and qubeC3T for the layout designer

qube7
- Adjustments for the screen qube7b
- Revision of the timer in manual mode
- revision of the pacer function when exiting and re-opening the pacer
- Revision of the off mode / standby
- Revised display of defibrillation
- Revision of the display for the qube7A
- Manual defibrillator unload
- Revision of menu structures and behaviors
- Revision of the numerical display
- Adjustment of the operating mode
- 6 channel ECG print

qube20e
- Cancel loading of the defibrillator via the turn/push wheel

qubeZero
- Visual display of pressure depth incl. EtCo2 and heart rate in CPR mode

qube3
- Integration of numerical fields
- Optimization in the display of CPR
- Volume adjustable in the metronome
- Optimized display of activity in metronome
- Menu structure extended

qubeMS2
- Improvement of the UX by slowing down the rotation speed
- integration of the medutrigger (qubeTrigger)

qubeT1
- The qubeT1 simulates the Hamilton T1 from Hamilton Medical. This system is ideal for intensive care ventilation in rescue vehicles of any kind. It can also be found in hospitals, intensive care units and emergency rooms. Thus, the new simulator perfectly complements the portfolio of the qubeSeries and continues to provide excellent training with a high degree of realism. It is especially worth mentioning that in cooperation with the company Hamilton it has been possible to simulate the ASV mode and thus this mode is available for simulation training in addition to others. In version 1 the following ventilation modes are available: (S)CMV+, PCV+, SPONT, DuoPAP, ASV

Ready for iOs 16

With iOs 16 the naming of our controller changes. You will get the name directly from the cloud from now on. When you log in for the first time, you can choose it from the available ones.

When you connect to the monitor for the first time, a name for the monitor will be suggested to you, which you can accept directly.

- Fix Translation issues
- PDF display in Mediacneter adapted
- Display of CPR pressure depth adjusted
- Adaptation of the parameter transfer from the cloud
- Add System sound to qubeMS2
- Swipe gesture to open the media center improved
- Graphic improvement
- Improvements for qubeMS2
- More views for qube3 and qubeC3T

General:
- It is checked if Local networks are active. If this is not the case, the users are prompted to activate them.
- New synchronization for scenarios and media
- Performance optimized
- General bug fixing

qube3 / 3T:
- Metronome is disabled during AED analysis
- Configuring views in the cloud

qubeCloud:
- Error descriptions optimized
- Addition of ventilation and intensive care parameters
- Integration of AppSettings in the Cloud
- Pager texts can be defined in the cloud
- Lab values can be defined in the cloud
- PDF data can be stored and assigned to individual scenarios
- Layout designer for qubeC3 and C3T

Controller:
- Revision of the ventilation controller:
- New synchronization for scenarios and media
- Pager texts and lab values are now transferred from the cloud to the controller in a standardized way
- ECG's printable from controller via media center
- New ECGs
- Revision of the phase description for better representation

AED
- Optimization of voice prompts
- Use of standard scenarios on the AED

Assessment
- SOP's stored in the cloud are displayed on the Assessment

Medumat
- New ventilator modes:
- PCV, BiLvl ASB, CPR IPPV, Man. CPR
- New views:
- Pressure & flow curves and CO2 monitoring

Performance improvements

This update fixes problems with iOs 14 and the CPR Dashboard.

qubeController

In order to relieve the trainers we have made further optimisations and enhancements to our qubeControll:

New 12 channel ECG's more than 10 new ECG's have been added to the library to be able to display even more realistic scenarios.
ECG variations: With the newest update there is now the possibility to play in extrasystoles in every ECG.
Revision of the print function: With the extrasystoles, we have also fundamentally revised the printing of the ECG, so that what can be seen on the printed ECG can also be seen on the defibrillator.
Improvements in the area of CPR: The instructor is now informed when the participants start or end CPR. This ensures that all the information recorded matches the time sequence.
Adaptation of the control system for the ventilators: We have optimised the control system for the new ventilation modes for our ventilators so that we can make them simpler and more realistic than before. In addition to resistance and compliance, it is now also possible to set the inspiratory trigger.

qubeMS2 and qubeVent

More ventilation modes and more reality in training through a simulated lung, which was created together with the support of Weinmann Emergency, rounds off the system and offers new possibilities:

Pressure, volume and flow are displayed: In addition to the numerical values with which the software worked, it is now also possible to display the values graphically. These are now available in Medumat Standard 2 as well as in qubeVent.
New ventilation modes: In addition to the existing ventilation modes, further ventilation modes have now been added. These include BiLevel ASB and PCV in the first step. Others will follow.
Adaptation of the control system: In addition to the new ventilation modes, the control system in qubeControll for the medumat has also been fundamentally revised.



qubeAssessment

The qubeAssessment takes on a whole new look with the new update to version 3.5. The software has been completely revised. In addition to the existing functions, it has been expanded to include the following:

CO detector: With the CO detector, real incidents can now be displayed in the field.
Histroy function for the pager: You can now call up and display all received messages.
The checklists have been reworked for a better presentation.
The media area has been adapted to the media centre of the monitor for better clarity.
The assessment can now also be used as an intensive care monitor. Different values can now be displayed such as ICP, PAP, CVP and many more.
You can now also allow the viewers to rate what they have seen. The information the viewers enter is written directly into the logbook.



qubeC3 and qubeC3T

After the last update to the latest version of the operating system of the original device, the last adjustments have been made.

AUTO Analysis: You can now define whether the auto analysis should be activated or deactivated. So everyone can react to his needs and make the settings
Automatic activation of the metronome: Users now also have the option of configuring the metronome in AED and manual mode so that it starts automatically or not.
Adjustment of the views for the display of vital signs: To simplify the training, the views BIG 4, BiG 6, Intensive and others have been added.
Pacer: The pacer is now correctly terminated after the end of a scenario. This means that the pacer will no longer start on its own when a new scenario is started.
Bug fixes and optimisations: In addition to the new functions, we are constantly working on the entire system, fixing malfunctions and optimising the performance of the systems.

qubeX & qubeR

In cooperation with the manufacturer Zoll, the current sounds of the software were implemented so that the users can better establish an auditory connection to the system in addition to the graphical one and thus make the training even better.

- Addition version number
- Optimisation of the defibrillator
- Revision of the pacer
- Performance improvements
- Connectivity improvements
- General bug fixes

- Optimizations made for translation
- Optimizations made for iOS 15
- General performance improvement

Bugfix for media shipping and receiving

- Incorrect functionality corrected (load defi via rotary push wheel)
- If SpO2 is activated, heart rate is no longer displayed instead of SpO2 (PP)
- General performance improvement

Fix Bluetooth connection with CPR sensor

Performance improvements

As a leading developer in the field of simulation software, we are constantly developing our systems in a customer-oriented manner. If you notice any errors or missing functions, please let us know so that we can fix them for you. We take all wishes and suggestions seriously and work them into our development plan. Please understand that not all wishes can be implemented directly. The latest version contains the following changes and optimizations:

- In CPR/Defimode all alarms are muted.
- General performance improvement
- Update to iOs 14

- Screencast was made more robust
- General performance improvement

- Performance improvements

- Optimizations and adjustments for the Http Stream
- The sync mode has been optimized
- Optimizations in the Pacer
- Pacer mA and heart rate can be set in the AppSettings
- Implementation of the English language metronome
- Blood pressure interval measurement can be set in the AppSettings
- Device can no longer be switched off during active pacer
- Adaptations to the LP15 version
- General performance improvement

Stream presentation improved

Fixed layout issues with iPads 9.7" and 10.2", 11"

- You can preset the volume
- PADS can be displayed as derivatives
- The app was adapted to iOS 13
- General performance improvement

- Bug fixes and improves stability

Fixed an incompatibility with the controller app.

- Monitor can receive and play scenarios from Controller 2.0
- The AED time can be selected by the users in the app settings between one and six minutes.
- The Arterial Waveform now displays the Real Diastolic Blood Pressure Value
- General performance improvements

Fixed problems with audio output
Dependency of SpO2 amplitude of blood pressure optimized for pediatric scenarios
General performance improvements

Possibility to change the amplitude of waveforms
Possibility to change displayed leads / waveforms
Possibility to display iabp
Improved sensitivity of the jog dial
Added the beep when connecting ecg / SpO2
SpO2 beep adapts to the saturation
Improved ventricular fibrillations
Improved AV block waveforms
A sound is played when defibrillating

- Charging of the defibrillator can now be cancelled with the jog dial
- performance improvements