Doorway system that utilizes wearable-based health state verifications
Disclosed herein is a doorway that facilitates passage from an inside to an outside, and which includes a barrier that moves between opened and closed positions based on commands sent by a computer. Sensors measure signals indicating whether a first user is on the outside, and whether a second user on the inside. The computer detects that the first user is on the outside and receives, from a device of the first user, an indication indicating the first user is healthy. The computer detects whether the second user is on the inside, and commands the barrier to move to the opened position if: (i) the second user is not on the inside, or (ii) the second user is on the inside and the computer receives, from a device of the second user, an indication indicating the second user is healthy.
1. A doorway system, comprising:
a doorway that facilitates passage from an inside to an outside, and/or from the outside to the inside;
a barrier, disposed in the doorway, configured to move between an opened position and a closed position based on commands sent by a computer; wherein, when in the closed position, the barrier restricts passage through the doorway, and when in the opened position, the barrier does not restrict the passage through the doorway;
one or more sensors configured to measure: a first signal indicating that a first user is on the outside of the doorway, and a second signal indicating that a second user is on the inside of the doorway; and
the computer is configured to:
receive, from a first device carried and/or worn by the first user, a first indication indicative of health status of the first user;
receive, from a second device carried and/or worn by the second user, a second indication indicative of health status of the second user:
determine, based on the first and second indications, that both the first and second users are healthy; and
command the barrier to move to the opened position and/or remain in the opened position, based on the determination that both the first and second users are healthy.
2. The doorway of claim 1 , wherein the computer is further configured to determine, based on a third signal and a third indication, that a third user located on the outside is not healthy, and command the barrier to move to the closed position and/or remain in the closed position based on the determination that the third user is not healthy.
3. The doorway of claim 1 , wherein the computer is further configured to command the barrier to move to the closed position and/or remain in the closed position, responsive to detecting, based on the first signal, that a plurality of users are on the outside, and not receiving, for each user from among the plurality of the users, an indication indicating said user is healthy, which is sent by a device carried and/or worn by said user.
4. The doorway of claim 1 , wherein the computer is further configured to command the barrier to move to the closed position and/or remain in the closed position, responsive to: detecting, based on the second signal, that a plurality of users are on the inside, and not receiving, for each user from among the plurality of the users, an indication indicating that said user is healthy, which is sent by a device carried and/or worn by said user.
5. The doorway of claim 1 , wherein the first indication does not comprise information identifying the first user.
6. The doorway of claim 1 , wherein the second indication does not comprise information identifying the second user.
7. The doorway of claim 1 , wherein the barrier is a door that belongs to a vehicle, and commanding the barrier to move to the opened position and/or remain in the opened position comprises commanding the door to unlock and/or move to a position that enables the first user to enter a passenger cabin of the vehicle.
8. The doorway of claim 1 , wherein the barrier is an entrance door to a room and/or building, and commanding the barrier to move to the opened position and/or remain in the opened position comprises commanding the entrance door to unlock and/or move to a position that enables the first user to enter the interior of the room and/or building.
9. The doorway of claim 1 , wherein the barrier is a turnstile or a revolving door belonging to a gate, and commanding the barrier to move to the opened position and/or remain in the opened position comprises enabling the turnstile or the revolving door to revolve and/or revolving the turnstile or the revolving door, enabling the first user to pass through the gate.
10. The doorway of claim 1 , wherein the one or more sensors comprise a camera aimed to the outside, the first signal comprises images of the outside, and detecting the first user is outside comprises identifying presence of a person in the images.
11. The doorway of claim 1 , wherein the one or more sensors comprise a thermal sensor aimed to the outside, the first signal comprises thermal measurements of the outside, and detecting the first user is outside comprises identifying a thermal signature corresponding to a person in the thermal measurements.
12. The doorway of claim 1 , wherein the one or more sensors comprise a pressure sensor disposed in a surface on the outside, the first signal comprises values indicative of pressure applied to the pressure sensor, and detecting the first user is outside comprises identifying the values reflect application of a pressure corresponding to a weight of a person.
13. A method for controlling a doorway, comprising:
receiving a first signal indicative of whether there is a first user on an outside of a doorway; wherein the doorway facilitates passage from an inside to the outside, and/or from the outside to the inside and the doorway comprises a barrier configured to move between an opened position and a closed position; and
wherein, when in the closed position, the barrier restricts passage through the doorway, and when in the opened position, the barrier does not restrict passage through the doorway;
detecting based on the first signal that the first user is on the outside;
receiving, from a first device carried and/or worn by the first user, a first indication indicative of health status of the first user;
receiving a second signal indicating that a second user is on the inside of the doorway;
receiving, from a second device carried and/or worn by the second user, a second indication indicative of health status of the second user;
determining, based on the first and second indications, that both the first and second users are healthy; and
commanding the barrier to move to the opened position and/or remain in the opened position, based on the determination that both the first and second users are healthy.
14. The method of claim 13 , further comprising determining, based on a third signal and a third indication, that a third user located on the outside is not healthy, and commanding the barrier to move to the closed position and/or remain in the closed position based on the determination that the third user is not healthy.
15. The method of claim 13 , further comprising commanding the barrier to move to the closed position and/or remain in the closed position, responsive to detecting, based on the first signal, that a plurality of users are on the outside, and not receiving, for each user from among the plurality of the users, an indication indicating said user is healthy, which is sent by a device carried and/or worn by said user.
16. The method of claim 13 , further comprising commanding the barrier to move to the closed position and/or remain in the closed position, responsive to: detecting, based on the second signal, that a plurality of users are on the inside, and not receiving, for each user from among the plurality of the users, an indication indicating that said user is healthy, which is sent by a device carried and/or worn by said user.
17. The method of claim 13 , further comprising: transmitting a request for the first indication indicating the first user is healthy, responsive to detecting that the first user is on the outside.
18. A non-transitory computer readable medium storing one or more computer programs configured to cause a processor based system to execute steps comprising:
receiving a first signal indicative of whether there is a first user on an outside of a doorway; wherein the doorway facilitates passage from an inside to the outside, and/or from the outside to the inside and the doorway comprises a barrier configured to move between an opened position and a closed position; and wherein, when in the closed position, the barrier restricts passage through the doorway, and when in the opened position, the barrier does not restrict passage through the doorway;
detecting based on the first signal that the first user is on the outside;
receiving, from a first device carried and/or worn by the first user, a first indication indicative of health status of the first user;
receiving a second signal indicative indicating that a second user is on the inside of the doorway;
receiving, from a second device carried and/or worn by the second user, a second indication indicative of health status of the second user;
determining, based on the first and second indications, that both the first and second users are healthy; and
commanding the barrier to move to the opened position and/or remain in the opened position, based on the determination that both the first and second users are healthy.
19. The non-transitory computer readable medium of claim 18 , further comprising instructions for executing steps comprising: determining, based on a third signal and a third indication, that a third user located on the outside is not healthy, and commanding the barrier to move to the closed position and/or remain in the closed position based on the determination that the third user is not healthy.