UVC STERILIZATION
DEVICE PLATFORM
A proposed surface-disinfection architecture combining germicidal UVC irradiation, occupancy-responsive motion sensing, programmed exposure intervals, optical reflectors and multiple electrical-supply options.
Commercialization Thesis
Original website: electrolips.com · UVC project: Project page
01 · Executive Investment Overview
High-frequency shared-surface sanitation
Facilities have recurring sanitation needs at touch surfaces and workstations. A compact fixed installation could automate scheduled treatment in controlled environments, subject to validated dose and interlocking.
Integrated UVC + sensing
The specification proposes automated disinfection when motion ceases, with a motion-triggered interruption and user-programmed treatment intervals.
Size-variable modular enclosures
Multiple housing profiles use reflective internal surfaces, adjustable deflectors and photovoltaic/battery/external supply options. The specification describes compact and longer configurations.
B2B / institutional channels
Potential prospects include facility managers, equipment OEMs, transit operators, hospitality groups, commercial cleaning partners and healthcare-sector specialists.
Hardware, OEM and IP licenses
Evaluate direct equipment sales, manufacturing royalties, territory-specific licenses, private-label/OEM arrangements, and service or maintenance plans.
Safety and antimicrobial efficacy
Any commercial claim requires independent laboratory testing, exposure-safety validation, compliance review and mechanical/electrical reliability evidence.
02 · Technical Architecture and Functional Operation
The invention's disclosed subsystem categories include the UVC load module (207), motion sensor module (204), sanitation timer module (206), circuit switching module (205), photovoltaic energy-production module (202), battery charger/controller module (201), energy-storage module (208), and external power module (203). Parts include housing (11), reflectors (15), adjustable deflector (26), door (21), mounting plate (35), and power input (20). The numbering follows the uploaded specification and Figure 13 block diagram.
Motion detection
Motion is monitored in a defined zone. The stated design interrupts UVC emission when movement is detected and restarts the timing procedure only after the zone is clear.
Timed exposure cycle
Timer logic sets the irradiation interval; user-adjustable operation is proposed. Real-world deployment requires fail-safe default-off design, minimum interruption latency and independent fault handling.
UVC emitters
The specification contemplates UVC LEDs or lamps in the germicidal spectral range. Choice depends on wavelength, radiant power, efficiency, temperature, lifetime and certification pathway.
Reflective chamber and deflector
Reflective surfaces and a hinged, adjustable deflector are proposed to redirect radiation toward target areas. Optical leakage, hotspots and occlusion need measurement.
PV, rechargeable storage, external input
Photovoltaic cells may charge storage under useful illumination. An external connection provides additional power. A control system must manage charging, temperature, power budget and safe shutdown.
Maintenance-access housing
Several embodiments show compact and elongated housings, access doors, visors and mounting interfaces intended for wall, panel or equipment installation.
03 · Optical / UV-C Design Mathematics
The following are foundational engineering relationships—not evidence that the disclosed product meets a disinfection claim. Every target organism/surface requires validated wavelength-specific dose, irradiance mapping, environmental conditions and appropriate safety standards.
Delivered radiant dose
H = E × t, where radiant exposure H is in mJ/cm², surface irradiance E is in mW/cm² and exposure t is in seconds. Example: 0.10 mW/cm² for 300 seconds yields 30 mJ/cm² at the measured point.
Shadows, orientation, soil, geometry, spectrum, aging and distance can substantially reduce the actual dose.
Unobstructed point-source estimate
E ≈ Prad / (4πr²) for an ideal isotropic emitter, with consistent area units. Real LEDs/lamps are directional, reflective housings distort the field, and radiometric mapping is necessary.
Doubling range causes an idealized fourfold irradiance drop before considering directional effects.
Electrical energy per cycle
Wcycle = Pelec × t / 3600 in watt-hours when P is watts and t seconds. Example: a 20 W lamp operating 5 minutes requires about 1.67 Wh for the lamp alone.
Add control, sensors, driver losses, storage losses and standby consumption.
Power-generation balance
EPV/day ≈ A × G × ηpanel × ηsystem × h using representative irradiance G in W/m² and sun-equivalent hours h. Indoors, incident irradiance/spectrum may be far below outdoor conditions.
Solar power must not be treated as sufficient until measured at the installation location.
Interactive engineering estimator (illustrative only)
Do not derive germicidal efficacy or occupational safety limits from this calculator. It is not a validated exposure plan or laboratory measurement.
04 · Commercial Application Sectors
The original specification expressly identifies ten industry groups. The table distinguishes a possible deployment format from the validation requirements it would impose.
| Sector in specification | Potential installation/use | Qualification priorities |
|---|---|---|
| Healthcare facilities | Controlled treatment of selected equipment areas or rooms | Hospital infection prevention review, validated efficacy, personnel safety and medical-device applicability |
| Food and beverage | Production-area fixtures and work surfaces | Food-contact material compatibility, sanitation protocols, environmental durability |
| Pharmaceutical manufacturing | Supplemental surface treatment within defined process zones | GMP procedures, validated cleaning/disinfection, electronic records where applicable |
| Public transportation | Unoccupied vehicle or facility surface treatment | Interlocks, ingress resistance, operator workflow, schedule and maintenance |
| Hospitality | Hotels, venues, kitchens and common facilities | Occupancy assurance, public exposure prevention, staff training |
| Educational institutions | Schools, laboratories and shared equipment spaces | Strong access controls, accidental exposure prevention, institutional procurement |
| Office facilities | Meeting spaces and communal surfaces during scheduled closure | Sensor and access safety, operational signage, dose uniformity |
| Laboratories | Controlled workstations and research enclosures | Containment compatibility, source validation, interlocks and chemical/material testing |
| Fitness facilities | Equipment or enclosed zones out of service | High-touch geometry, exposure risk, material deterioration, occupancy controls |
| Public restrooms | Selected fixtures after closure or in secured enclosures | High risk of public exposure, sensor failure, vandal resistance, interlocking |
05 · Product Family and OEM Configuration Options
Compact fixture
Short housing for localized target surfaces; suited to a tightly controlled and well-characterized irradiation zone.
Spec drawings: Figures 2A–2CLinear fixture
Longer body accommodating additional photovoltaic area and optional source configurations, with hinged deflection surfaces.
Spec drawings: Figures 1, 3–5OEM-integrated assembly
Manufacture optical/control modules for integration inside partner products with engineered access interlocks and serviceability.
Partner engineering requiredGrid / external power
Potentially preferred for installations needing repeatable cycle energy and transparent electrical certification.
PV-assisted storage
Potential auxiliary charging solution if field measurements support adequate light exposure and battery autonomy.
Rechargeable standalone unit
Battery-based operation for applications with disciplined charging procedures, health monitoring and cycle limits.
06 · European Manufacturing Strategy
Manufacturing preference: Electrolips is interested in manufacturing and assembling the product in the European Union, subject to competitive total delivered cost, reliable quality, access to certified optical/electronic components, labor productivity and distribution economics. A lower wage rate alone does not establish the lowest manufacturing cost.
EU contract manufacturer
Electrolips licenses the design or retains IP and engages an EMS/plastics/optics manufacturer for pilot lots, test fixtures and controlled serial production.
Regional joint venture
EU partner provides manufacturing operations, factory systems, procurement and local market development; economics and ownership negotiated separately.
OEM component license
Existing lighting, sanitation, medical-equipment or building-controls manufacturers integrate licensed subsystems into compliant finished products.
EU sourcing / production work packages
| Work package | Likely supplier category | Decision criterion |
|---|---|---|
| Injection-molded or fabricated enclosure | Polymer molding / precision sheet metal | UV stability, cleanability, tolerances, tooling cost |
| UVC emitter and driver | Optoelectronics / lighting electronics | Radiometric traceability, reliability, heat management |
| Optical reflector / deflector | Optical coatings / metal forming | UV-C reflectance, durability, repeatability |
| PCB/control assemblies | Electronic manufacturing services | Test coverage, traceability, electrical safety |
| Sensor and mechanical interlock | Industrial safety controls | Fail-safe behavior and fault diagnostics |
| Battery and power conversion | Battery systems / power supplies | Certification, lifecycle, transport regulations |
| Final assembly and acceptance testing | EU OEM / contract assembly | 100% functional testing, calibration and documentation |
Quotation packet for candidate EU manufacturers
Supply drawings and tolerances under NDA; bill of materials with target sourcing; projected lots at 100 / 1,000 / 10,000 units; compliance plan; required line tests; warranty provisions; packaging; Incoterms; tooling ownership; component obsolescence strategy; manufacturing confidentiality; and change-control obligations.
07 · Safety, Qualification and Market-Entry Plan
Optical and microbiological validation
- Map UVC radiant power, spectrum, irradiance and reflections.
- Validate target surface dose in worst-case geometries.
- Use accredited or appropriately qualified labs for organism-specific performance studies.
- Establish efficacy and safety claims only from properly designed tests.
Electrical, EMC and product safety
- Hazard analysis of accessible radiation, thermal, electric shock and fire risks.
- Interlock / sensor fault testing and power-up default-off behavior.
- Assess relevant EU CE-marking obligations such as EMC, RoHS, and applicable electrical/product legislation.
- Check IEC 62471 and other germicidal UV product guidance applicable to the actual design.
Regulatory position
- Determine whether intended biocidal, healthcare or device-specific claims trigger additional EU regimes.
- Review UV-C and ozone emissions, occupational exposure requirements and national health-and-safety rules.
- Address material compatibility and environmental disposal obligations.
Manufacturing quality evidence
- Incoming UVC source radiometric testing and serial traceability.
- Production test fixture for cutoff/door/sensor fault scenarios.
- Accelerated aging, vibration, moisture, cleaning chemical and battery-lifecycle tests.
- Instructions, warning labels, repair procedures and spare-parts policy.
08 · Development Roadmap and Stage Gates
| Gate | Workstream | Exit evidence |
|---|---|---|
| G0 · IP / claims diligence | Patent counsel + technical lead | Slovenian grant record, claims chart, FTO and territorial strategy |
| G1 · Bench prototype | Optics / electronics / enclosure | Working actuator and power-system validation, measured spectral/radiant output |
| G2 · Safety engineering | Controls and enclosure | Fault tree, interlock evidence, access protection and irradiation containment |
| G3 · Efficacy laboratory | UV/microbiology specialists | Test reports for defined surfaces, organisms and worst-case conditions |
| G4 · Pilot manufacturing | EU partner | Repeatable pilot builds, BOM and yield/cost data |
| G5 · Certification / field pilot | Compliance team + customer | Applicable conformity documentation and signed pilot acceptance |
| G6 · Commercial ramp | OEM / distributors | Manufacturing quality agreement, orders, warranty support and channel economics |
09 · Commercial Structure and Financial Planning
Possible licensing economics include an upfront technology-access or engineering fee, per-unit royalty, annual minimum guarantees, and regional or field-of-use restrictions. Alternatively, a contract production arrangement may give Electrolips the margin between selling price and landed unit cost. The actual choice should follow IP and legal due diligence.
Manufacturing economics
Collect binding quotations for tooling, electronics, UVC sources, assembly, testing, scrap, packaging, warranty reserves, logistics and import/export taxes where relevant.
Channel economics
Model distributor discounts, installation, calibration/service, insurance, customer support, channel sales cycles and replacement parts.
Capital allocation
Stage capital according to technical milestones: IP/claims review, prototypes, independent validation, certification pathway, manufacturing fixtures and pilot installation.
Adjustable illustrative unit economics
10 · IP Position, Licensing Diligence and Partner Protections
Inventor and disclosed IP
The patent specification names the invention Sterilization Device and provides detailed subsystem descriptions and 13 accompanying drawing sheets. An inventor/company website asserts that the UVC invention is patented; the inventor reports a Slovenian grant.
Confirm the grant document, owner of record, issued claims and remaining term before external distribution as verified IP.
Transaction-ready data room
- Patent grant, family, priority and filing/renewal receipts
- Claims comparison against the proposed product architecture
- Assignment and employee/contractor IP agreements
- Confidential manufacturing drawings and BOM
- Measured test results, regulatory review and design history
- OEM agreements, quotes and pilot letters
11 · Technical & Investor FAQ
What does the proposed device disinfect?
The disclosed invention is intended for surface treatment. Candidate applications include defined workstations, fixtures and controlled facility surfaces. Claims for air disinfection or generalized room sterilization cannot be inferred without separate engineering and efficacy validation.
How does the motion sensor govern the UVC cycle?
The specification proposes that sensing movement interrupts UV-C output and that a timer enables a cycle after the monitored zone clears. A certified product must also account for sensor blind spots, stationary occupants, door access, power loss, fault states and delayed shutdown.
Does the device operate exclusively on sunlight?
No. The disclosed architecture contemplates photovoltaic cells, battery storage and optional external electrical input. Feasibility of PV-only operation depends on measured available light and actual device energy demand.
How do the movable reflectors improve coverage?
Reflecting and tilting elements can redirect radiation toward particular targets. Their actual optical gain or loss depends on UVC reflectivity, geometry and shadowing; all target locations require mapped exposure measurements.
Can a UVC device be used while people are present?
UVC can be hazardous to exposed eyes and skin. Whether any given configuration is suitable for occupied spaces depends on complete engineering, containment, safety interlocks, optical emission analysis and applicable regulatory requirements. Occupancy detection alone is not adequate proof of safety.
Is the patent granted in Slovenia?
The inventor reports a Slovenian patent grant, and the Electrolips homepage describes the UVC invention as patented. The grant number and its precise jurisdictional scope must be confirmed from the official registration record before representing this as independently verified.
Does a Slovenian patent protect manufacturing throughout Europe?
Not by itself. Patent rights are territorial. EU manufacturing decisions and sales territories require a review of patent coverage, ownership, infringement risk and agreements in each relevant jurisdiction.
Which manufacturing operations are suited to EU partners?
Plastic or metal fabrication, reflector manufacture, electronics assembly, UVC optics, sensor/driver integration, final device assembly, and end-of-line safety/radiometric testing can be allocated to EU contract partners through competitive RFQs.
What evidence will institutional buyers ask for?
Documented microbial-reduction performance for stated surfaces and organisms, radiometric and electrical test data, occupational safety protections, regulatory conformity, service reliability and total cost of ownership.
What are the likely highest technical risks?
Accessible irradiation, under-dosing due to shadows, sensor failures, optical degradation, emitter aging, thermal control, battery safety, inaccurate disinfectant claims and inconsistent production calibration.
What commercial arrangements are being sought?
Potential investor-funded development, OEM manufacturing, IP licensing, European joint ventures, territory-based distribution and pilot customers. Actual commercial terms remain to be negotiated and documented.
Are the financial numbers investor forecasts?
No. All calculator defaults are changeable hypothetical examples to demonstrate the relationship between volumes, prices, delivered costs and fixed expenditures.
12 · Manufacturing / Investment Partner Invitation
Electrolips LLC seeks inquiries from European contract manufacturers, electronics/lighting OEMs, industrial partners, technical development investors and qualified distribution groups interested in commercializing the UVC Sterilization Device platform.
Recommended first message
Identify your company, location, industry, annual production capability, certification experience, interest in OEM/licensing/investment and your preferred call schedule.
Electrolips contact
Information@Electrolips.com
Johnpate.electrolips@tutamail.com
https://electrolips.com
Contact details reproduced from supplied Electrolips homepage.