Smart Maternity Care Center
Integrated Intelligent Solution
Connect room environments, care services and facility status. Give guests fewer controls to manage, reduce repeated checks for care staff and show managers what needs attention each day.
This demonstration brings together guest rooms, the care station, shared areas, refrigeration and support equipment. Device integration, scene rules, service-call workflows and role-based views are presented from a completed-configuration perspective, with clear ways to check room readiness, accepted requests and equipment faults.
A configuration example for 20 guest rooms
Each room is assumed to have four lighting circuits, one motorized blackout-curtain layer, one fan-coil unit and separate bedside and bathroom service-call points. Shared areas may cover reception, relaxation, activities and support functions. These are estimating assumptions, not the scale of an actual customer site.
01 · Connect rooms, equipment and services
A local controller aggregates field devices and executes basic automations on site. HAIOTS management interfaces organize role-based views and service workflows.
02 · Support the complete guest-room stay
Coordinate lighting, curtains, HVAC and ventilation through scenes, while retaining room panels and necessary existing switches for manual control.
Arrival preparation
Apply preset lighting and environmental settings, check connectivity and outstanding alerts, and complete the room inspection.
Daytime rest
Apply rest lighting, curtain and environmental settings. Staff and guests can adjust them manually as needed.
Night care
Activate bedside, pathway and task lighting in groups, then restore the rest scene when assistance ends.
Checkout and cleaning
Apply cleaning lighting, then use an energy-saving scene once vacancy is confirmed. Refrigeration, networking and continuous monitoring remain powered.
Rest scenes primarily follow occupancy records and manual choices. A brief lack of detected movement does not directly switch off all room lighting or HVAC.
03 · Give each care request a clear workflow
Calls are linked to rooms. Care assistance, room service and equipment faults enter the workflow of the appropriate staff role.
Room and request type linked
and request time
Remind if unaccepted
Transfer to another role if needed
Carry pending tasks into handover
At handover, staff can review unfinished items, the previous shift’s records and follow-up tasks, reducing omissions from verbal-only reporting.
04 · Alerts that can be located and followed up
Link alerts to rooms, areas and equipment points so recipients know where to inspect and what to check.
Refrigeration and environmental faults
Record temperature trends, door states and equipment status. Notify designated staff to inspect sustained out-of-range readings or doors left open.
Leaks and offline equipment
Map leak signals to specific points. Show offline status and the last update time, and suspend automatic rules that depend on unavailable data.
The operator defines temperature limits, durations and automation conditions from equipment instructions and internal procedures. Cleaning and disinfection modules provide scheduled reminders and operating-status displays.
05 · One system, organized by staff role
Extend management beyond individual device switches to room status, service tasks and fault handling.
Reception and housekeeping
View occupied, cleaning-pending and vacant rooms, and apply the corresponding scenes.
Care staff
Receive service calls and follow up on pending tasks and room-related environmental alerts.
Engineering staff
Locate offline devices, leaks and facility faults, and record maintenance outcomes.
Management
Review room-status summaries, service records, alert handling and selected energy-use data.
06 · Equipment list by area and data point
Prioritize models in the existing product range. Unspecified models remain blank. Quantities are design estimates; quantities in the original quotation do not represent stock.
Controllers and management terminals
| Product | Model | Quantity | Purpose and selection rationale |
|---|---|---|---|
| Professional smart controller | HA01 | 1 unit | Provides local device integration and scene execution, organizing room, service and facility status in a project controller. |
| Central management platform | HMS | 1 set | Provides central management and remote maintenance. The product list states it is included with the controller; confirm licensing scope to avoid duplicate purchase. |
| 10.36-inch magnetic Android tablet | H1036 | 2 units | One at the care station and one at reception for request queues, room status and role-based workspaces. |
| Tablet desktop charging stand | 2 sets | Holds and charges the management tablets. Use the appropriate mounting accessories if wall mounting instead. | |
| RS485/RS232 serial-to-network module | HADTU439S | 3 units estimated | Allow for two guest-room zones and one shared/support zone. Adjust for wiring, interfaces, polling load and address schedules. |
Guest rooms and shared areas
| Product | Model | Quantity | Purpose and selection rationale |
|---|---|---|---|
| Light, dew-point, temperature and humidity sensor | HA AIR04 | 24 units | One in each of 20 rooms and four shared areas, providing environmental readings for display and automation. |
| Mini presence sensor | HA-MBS41 | 24 units | One in each room and shared area to support usage detection. Verify installation positions and coverage on site. |
| Four-relay wall switch panel | HAQ044 | 24 units | Twenty at room entrances and four provisionally in shared areas. Size for lighting circuits and loads, retaining physical switching. |
| Four-button scene-only panel | HAQ040 | 20 units | One at each bedside for rest, night-care and curtain scenes. The scene-only panel does not directly carry lighting loads. |
| Two-channel dimming module | HA-HKD102 | 20 units, conditional | One per room for compatible low-voltage night or bedside lights. Match voltage, power and driver method before use. |
| Split fan-coil thermostat kit | HA-FCU03 | 20 sets, conditional | One per room, including thermostat panel and actuator module. Assumes one compatible fan-coil unit per room. |
| Motorized curtain motor | HA-DT82 | 20 units | One per room for a single motorized blackout layer, supporting rest, arrival and cleaning scenes. |
| Telescopic curtain track | ST82／ST83／ST84／ST85／ST86 | 20 sets total | One per room, selected by measured window width. Listed models are alternatives, not separate quantities to add together. |
| Noise sensor | HA-NS01 | 2 units, optional | One near the care station and one in the activity area for environmental noise reminders. Not included inside guest rooms in the base configuration. |
Service calls and facility monitoring
| Product | Model | Quantity | Purpose and selection rationale |
|---|---|---|---|
| Bedside service-call button | 20 units | One per room, with a dry-contact output compatible with the input module, for requesting assistance. | |
| Bathroom service-call button or pull cord | 20 sets | One per room, installed for the environment and reachability, with a location separate from the bedside call. | |
| Leak probe and sensing cable | 24 sets | One point in each room plus four estimated shared/support points. Match output type to the input module. | |
| Refrigerator door contact | 2 sets | One per refrigeration unit to detect door status and prolonged opening. | |
| Single-channel dry-contact DI module | HA DI01 | 66 units | Separate inputs for 40 calls, 24 leak points and two doors. Buttons, door contacts and leak probes are not included in the module. |
| Eight-channel NTC10K temperature acquisition module | HA-NTC108 | 1 unit estimated | One shared module if the two refrigerators are adjacent; use two if widely separated or independent acquisition is required. |
| NTC10K temperature probe | At least 2 probes | One per refrigerator, matched to the acquisition module. Check range, accuracy, installation and calibration for the storage application. |
Network, power and installation
| Product | Model | Quantity | Purpose and selection rationale |
|---|---|---|---|
| Three-phase energy meter | HA-EM02 | 1 unit estimated, optional | Measures overall or selected three-phase circuits, according to site supply, wiring and metering scope. |
| DC power supplies | Size by zone | Size for voltage, consumption, cable length and headroom. Keep circuits requiring different voltages separate. | |
| Switches, wireless APs and routing equipment | Site-dependent | Reuse suitable existing networking. Determine wireless coverage from plans, walls and site testing. | |
| UPS backup power | 1 set estimated | Provides short-term backup for the controller and critical networking. Size for load and runtime; it does not back up every field device. | |
| Control enclosures, terminals, protection and mounting accessories | 1 lot | Provide zoned power distribution, wiring protection, mounting and cable identification. | |
| Network, communication and power cables | Measure from installation drawings | Select for interfaces and routing conditions, with lengths based on actual cable routes. |
Names, models and interfaces reference the HAIOTS product range. Quantities and selection reasons are design estimates. Prices, building works, interiors, HVAC units and refrigerators themselves are excluded.
Adjust the list when site conditions change
- Double-layer motorized curtains:Increase both motors and tracks from 20 to 40. Do not count both layers in the single-layer base configuration.
- VRF/VRV air conditioning:Match HA AC02 to the brand, indoor/outdoor models and manufacture dates, replacing the corresponding fan-coil controls. For split AC, assess HA-BIR11 infrared integration and test feedback separately.
- Dimmable lighting:Assess HA-HKD102 for compatible low-voltage PWM lights and HA-PD102 for 0–10V drivers. Do not count both driver solutions for the same circuit.
- Room displays:The base uses physical switches and bedside scene panels. Add H84 or H10 if room touchscreens are required; do not automatically duplicate all controls.
- Additional air-quality monitoring:Select CO₂ and particulate monitoring by actual sensing method. The product list states HA-AIR7C estimates CO₂ and formaldehyde from TVOC; do not describe these as independent measured values.
07 · Deliver a maintainable configuration
Document integration, rules and maintenance so the operator can take over daily management.
- Area and point schedulesRooms, devices, communications and control relationships
- Integration and scene rulesConfigurations, triggers and manual override methods
- Service-call and reminder workflowsRequest types, acceptance states and timeout reminders
- Role interfaces and alert routingOrganize work by area, fault type and staff role
- Automation tests and fault handlingRule checks, offline devices and communication failures
- Configuration backups and handover documentsSupport review, recovery and later expansion
Basic automations rely on the local controller and LAN. Remote access and external notifications depend on network availability. This project covers environments, facilities, automation and service coordination; clinical care, vital-sign monitoring and medical-device control follow the operator’s separate systems and procedures.
08 · Verify every point through scenario testing
Check against the equipment list, room numbers and automation rules, and retain reviewable test records.
Rooms and environments
Check switch, sensor, thermostat and curtain mappings room by room. Test arrival, rest, night-care and cleaning scenes, including manual-control priorities.
Calls and handover
Trigger bedside and bathroom buttons separately. Check location, reminders, acceptance, transfer and completion, including unaccepted and cross-shift tasks.
Facilities and faults
Simulate leak inputs, open doors, offline devices and temperature faults. Verify recipients and recovery records. Calibrate or compare refrigeration probes as required for their use.
Network and recovery
Test internet loss, device communication failure and controller restart. Check local availability, failure alerts, state synchronization and backup recovery.
Calls are designed for care assistance. Provide a separate dedicated emergency-call system where required. This base solution does not replace vital-sign monitoring, infant security, fire safety or professional medical equipment.
Solution type: standardized design example. For similar needs, contact our solution engineers to develop a configuration tailored to your facility.
