Sensormatic Electronics Corporation

Tyco Fire + Security Gmbh

Johnson Controls Tyco IP Holdings Llp

Alexis Brooke Ehrlich

Terence Neill

Example aspects include a method, apparatus and computer-readable medium of enforcing a mask wearing policy, comprising monitoring video frames of one or more video feeds. The aspects further include detecting one or more persons in the video frames. Additionally, the aspects further include determining whether the one or more persons are in violation of a mask wearing policy. Additionally, the aspects further include generating an alert in response to determining that the one or more persons are in violation of the mask wearing policy.

Systems and methods of detecting incorrect mask usage

Example aspects include a method, an apparatus and a computer-readable medium of operating an access control system, comprising detecting whether a person has sanitized one or more body parts of the person. The aspects further include obtaining, in response to detecting that the person has sanitized the one or more body parts, access credentials of the person. Additionally, the aspects further include determining whether to grant access to the person based at least on the access credentials and detecting that the person has sanitized the one or more body parts.

Systems and methods of access control with hand sanitation

Example aspects include a method, an apparatus and a computer-readable medium of enforcing a mask wearing rule, comprising monitoring video frames of one or more video feeds. The aspects further include detecting a person in at least one video frame of the video frames. The at least one video frame corresponding to a first area of one or more areas. Additionally, the aspects further include determining whether the person is in violation of a mask wearing rule. Additionally, the aspects further include generating an alert in response to determining that the person is in violation of the mask wearing rule.

Systems and methods of detecting mask usage

Example aspects include a method, apparatus and computer-readable medium of enforcing dynamic social distancing rules, comprising monitoring video frames of one or more video feeds, classifying a plurality of persons in the video frames, calculating respective distances between each person of the plurality of persons and remaining persons of the plurality of persons, detecting mask usage of the plurality of persons, measuring a dwell time of the plurality of persons, determining whether the plurality of persons are in violation of the dynamic social distancing rules, and generating an alert. The mask usage indicating whether each person of the plurality of persons is wearing a mask. The dwell time indicating a duration of time that each person of the plurality of persons has been within a proximity threshold to the remaining persons of the plurality of persons.

Systems and methods of enforcing dynamic thresholds of social distancing rules

Example aspects include a method, an apparatus and a computer-readable medium of operating an access control system, comprising detecting a person at an access control area. The aspects further include determining whether the person is wearing a mask. Additionally, the aspects further include switching, in response to determining that the person is wearing the mask, the access control system into a frictionless mode. Additionally, the aspects further include obtaining, according to the frictionless mode, identification information of the person via touchless interaction between the person and the access control system. Additionally, the aspects further include identifying the person according to the identification information of the person.

Automatic switching for frictionless access control

An access control device including a keypad member and an communication module. The keypad member may include a substrate layer having a mounting surface and an internal surface, and a capacitive sensing layer mounted on the internal surface of the substrate layer and including a keypad circuit having a plurality of capacitive sensors defining a plurality of keys. They keypad circuit may include a clear conductive ink. The keypad member may further include a user interface layer mounted on the capacitive sensing layer. The access control device may be configured to be in communication with the capacitive sensing layer and have a mounting structure positioned at a spacing distance from the mounting surface of the substrate layer and a communication link electrically connecting the communication module and the capacitive sensing layer.

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Boca Raton, FL, United States of America

Alexis Brooke Ehrlich