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DCS Global COVID-19 Solutions

Transformational Solutions to Enable the Way People Work in the “New Normal”

Flowchart depicting different categories of safety measures including Thermal Screening (Wall/Tripod Mount: Long-Range, Mid-Range, Short-Range, Budget-Friendly, AI-Based High-Accuracy), Kiosk, Door, Hand Sanitizing (Wall-Mount), and Disinfection Booths.

DCS COVID-19 Solutions at a Glance

Current Solution Sets

Thermal Screening Cameras
Thermal Screening Kiosks
Thermal Screening Door
Hand Sanitizing

Several Options for Each Solution Set

More Solution Sets Under Development

Wall/Tripod Mount Thermal Screening (Long-Range)

Challenges

  • Thermometers are deficient
    • Close-Contact, High-Risk
    • High-Cost, Low-Efficiency
    • Low Mean-Time Before Failure (MTBF)
    • Human resource required for operation
Flowchart detailing safety measures: "Thermal Screening" highlighted in green, branches into "Wall/Tripod Mount" and "AI-Based High-Accuracy." "Wall/Tripod Mount" splits into "Long-Range." "Hand Sanitizing" in orange, "Disinfection Booths" in blue.

Perform Preliminary Screening

  • Skin-surface temperature detection
  • Rapid and safe preliminary screening in public areas
  • Simultaneous temperature screening of multiple people, greatly enhancing efficiency

Benefits

  • Safer
    • Non-contact measurement to avoid physical contact
  • Faster
    • One second per person for skin-surface temperature detection
  • Smarter
    • Artificial Intelligence detection, greatly reducing false alarms

Spec Highlights

  • +/- 0.9F accuracy (0.2°F with calibrator)
  • Screens up to 30 people
  • Audio alarms
A diagram showing a setup for a surveillance system. On the left: a bullet camera, blackbody calibrator (optional), camera brackets. On the right: a POE switch, I Series NVR or a IVMS-4200 (PC App), and an LED LCD monitor. Plus signs indicate connections.

Wall/Tripod Mount Thermal Screening (Mid-Range) Solution

Challenges

  • Thermometers are deficient
    • Close-Contact, High-Risk
    • High-Cost, Low-Efficiency
    • Low Mean-Time Before Failure (MTBF)
    • Human resource required for operation
Flowchart detailing safety measures: "Thermal Screening" highlighted in green, branches into "Wall/Tripod Mount" and "AI-Based High-Accuracy." "Wall/Tripod Mount" splits into "Long-Range." "Hand Sanitizing" in orange, "Disinfection Booths" in blue.

Perform Preliminary Screening

  • Skin-surface temperature detection
  • Rapid and safe preliminary screening in public areas
  • Simultaneous temperature screening of multiple people, greatly enhancing efficiency

Benefits

  • Safer
    • Non-contact measurement to avoid physical contact
  • Faster
    • One second per person for skin-surface temperature detection
  • Smarter
    • AI detection, greatly reducing false alarms

Spec Highlights

  • +/- 0.9F accuracy (0.2°F with calibrator)
  • Screens up to 30 people
  • Audio alarms
A diagram showing a setup for a surveillance system. On the left: a bullet camera, blackbody calibrator (optional), camera brackets. On the right: a POE switch, I Series NVR or a IVMS-4200 (PC App), and an LED LCD monitor. Plus signs indicate connections.

Tripod Mount Thermal Screening (Short-Range)

Challenges

  • Thermometers are deficient
    • Close-Contact, High-Risk
    • High-Cost, Low-Efficiency
    • Low Mean-Time Before Failure (MTBF)
    • Human resource required for operation

Perform Preliminary Screening

  • Skin-surface temperature detection
  • Rapid and safe preliminary screening in public areas
  • Simultaneous temperature screening of multiple people, greatly enhancing efficiency

Benefits

  • Safer
    • Non-contact measurement to avoid physical contact
  • Faster
    • One second per person for skin-surface temperature detection
  • Smarter
    • AI detection, greatly reducing false alarms

Spec Highlights

  • +/- 0.9F accuracy (0.2°F with calibrator)
  • Screens up to 30 people
  • Audio alarms
A flowchart showing various stages of thermal screening leading to disinfection booths starting with Wall/Tripod Mount and AI-Based High-Accuracy, followed by Kiosk, Short-Range, Door and Wall-Mount, ending with hand sanitizing and disinfection booths.
A diagram shows a handheld camera, tripod, PC app, and mobile app forming a circle. Next to it is a photo of a camera mounted on a tripod set up indoors, on a polished floor with surrounding furniture and plants.

Tablet Thermal Screening (Budget Friendly)

Challenges

  • Thermometers and deficient
    • Close-Contact, High-Risk
    • High-Cost, Low-Efficiency
    • Low MTBF
    • Human resource required for operation

Perform Preliminary Screening

  • Skin-surface temperature detection
  • Rapid and safe preliminary screening in public areas
  • Simultaneous temperature screening of multiple people, greatly enhancing efficiency

Benefits

  • Safer
    • Non-contact measurement to avoid physical contact
  • Faster
    • One second per person for skin-surface temperature detection

Spec Highlights

  • Thermal Sensor
  • LED Lamp
  • IR Detection
  • 8″ HD Screen
  • Speaker
  • 0.5 °F

Options

  • Kiosk-ready
  • Desktop platform
  • Attendance Management
A flowchart showing options for thermal screening, hand sanitizing, and disinfection booths. Thermal screening options include Wall/Tripod Mount, Kiosk, Door, and Budget-Friendly. Hand sanitizing options include Wall-Mount. Disinfection booths are also listed.
Two images are shown. On the left, there is a close-up of a facial recognition terminal. On the right, there are three turnstiles equipped with similar terminals at a building entrance. The turnstiles have orange barriers and screens displaying faces.

Tablet-Based Kiosk Thermal Screening

Challenges

  • Thermometers and deficient
    • Close-Contact, High-Risk
    • High-Cost, Low-Efficiency
    • Low Mean-Time Before Failure (MTBF)
    • Human resource required for operation

Perform Preliminary Screening

  • Skin-surface temperature detection
  • Rapid and safe preliminary screening in public areas
  • Simultaneous temperature screening of multiple people, greatly enhancing efficiency

Benefits

  • Safer
    • Non-contact measurement to avoid physical contact
  • Faster
    • One second per person for skin-surface temperature detection

Spec Highlights

  • Field of View Camera Options
  • +/- 0.5 °F accuracy
  • Inside/Outside Installation
  • AI Avoids Non-Human Detection
  • Scans from 20-39″ from Kiosk

Options

  • Desktop and kiosk hardware
A procedural chart with three sections: "Thermal Screening," "Hand Sanitizing," and "Disinfection Booths." The "Thermal Screening" section has a "Kiosk" noted underneath it. The "Hand Sanitizing" section is orange, and the "Disinfection Booths" section is blue.
The image features two separate views of a temperature screening kiosk. The left shows a standalone kiosk with a "Stop" sign and display showing a thermal scan of a head. The right displays the same type of kiosk at the entrance of a modern building lobby.

Thermal Screening Door

Challenges

  • Thermometers are deficient
    • Close-Contact, High-Risk
    • High-Cost, Low-Efficiency
    • Low Mean-Time Before Failure (MTBF)
    • Human resource required for operation

Perform Preliminary Screening

  • Skin-surface temperature detection
  • Rapid and safe preliminary screening in public areas
  • Simultaneous temperature screening of multiple people, greatly enhancing efficiency

Features

  • 18 independent detection zones
  • 7″ LCD touch screen
  • +/-0.9 °F accuracy

Spec Highlights

  • Field of View Camera Options
  • +/- 0.5 °F accuracy
  • Inside/Outside Installation
  • AI Avoids Non-Human Detection
  • Scans from 20-39″ from Kiosk
A simple flow chart depicting a safety protocol. The sequence starts with "Thermal Screening" (green), followed by a "Door" (pink) leading to "Hand Sanitizing" (orange), and concludes with "Disinfection Booths" (blue).
Two images side by side: the left shows a metal detector gate against a white background, and the right shows the same metal detector gate installed in a hallway lined with elevator doors.

Hand Sanitization Kiosk

Challenges

  • Traditional sanitization stations require touch
  • Lost opportunity to communicate with users

Solution

  • Touch-free sanitizer dispensing
  • Communication with users
  • Industrial design for lengivity

Benefits

  • Intelligent Operation
  • Cloud-based digital signage
  • Instant network connection
  • Easy installation and maintenance

Spec Highlights

  • 21.5″ LCD monitor
  • Wall-mount or floor stand installation
A categorized flowchart consisting of three items: Thermal Screening (green section), Hand Sanitizing with a Wall-Mount option (yellow section), and Disinfection Booths (blue section).
Two images: on the left, a person uses a wall-mounted automatic sanitizer dispenser; on the right, a close-up of a hand being placed under the dispenser's sensor to activate it. The dispenser has an illustrated guide showing a hand, a sensor, and soap droplets.

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DCS Global Headquarters

100 W. Tilton Road
Blue Ridge, TX 75424
United States

Direct Contact

Email: info@dcs.global

Phone: 972-810-4250

DCS Global Operations Center in Woodinville

15300 Redmond-Woodinville Rd
Suite C1/04
Woodinville, WA 98072
United States