Inflatable cover
View Patent ↗Inflatable cover apparatus is disclosed in which a double-layer shroud is configured for encompassing a vehicle or other relatively large object. An inflatable chamber is defined by an inner layer and an outer layer of the shroud connected at their peripheries. A drawstring assembly encircles the periphery of the shroud and may be secured in a constricted state or released to an extended state. A blower adapted to inflate the inflatable chamber is capable of maintaining the shroud in an active inflated state in order to shield the covered object from being impacted by falling objects such as hail. A control module controls the blower and provides a communication circuit for enhancing control.
1. Inflatable covering apparatus comprising:
a double-layer shroud having a length and a width, the double-layer shroud configured for encompassing an object, the double-layer shroud having an inner layer and an outer layer connected at their peripheries and wherein the outer layer is larger in area than the inner layer thereby defining an inflatable chamber there between, at least one of the outer layer and the inner layer having a plurality of spaced apart elongated stretchable members with each of the plurality of stretchable members traversing the width of the double-layer shroud such that at least one of the plurality of stretchable members extends from one side of the object to a second side of the object and over the top of the object when the double-layer shroud is placed over the object and further for drawing the shroud inward toward the covered object;
a drawstring assembly encircling the periphery of the shroud such that the periphery of the shroud may be selectably drawn from an extended state to a constricted state and released from a constricted state to an extended state;
at least one blower port integrated into the shroud, the blower port(s) providing fluid communication between the inflatable chamber and the outside world;
at least one blower assembly removably attachable to a blower port, the blower assembly having at least one blower for communicating air from the outside world to the inflatable chamber when attached to the blower port; and
a control module operably coupled to one or more blower assembly and having an activation circuit for activating one or more blower, the control module further comprising a communication circuit for receiving an external signal issued by a weather alerting service, wherein the activation circuit activates the one or more blowers in response to the receipt of the external signal issued by the weather alerting service.
2. Inflatable cover apparatus according to claim 1 wherein the control module further comprises internet access circuitry.
3. Inflatable cover apparatus according to claim 1 wherein the control module further comprises data transmission circuitry.
4. Inflatable cover apparatus according to claim 1 wherein the control module further comprises electronic sensor apparatus.
5. Inflatable cover apparatus according to claim 1 wherein the control module further operable for at least one of the logging of the location of the inflatable cover and determining the location of the inflatable cover.
6. Inflatable cover apparatus according to claim 1 wherein the activation circuit further comprises circuitry for automatically actuating a blower based on one or more pre-selected parameters.
7. Inflatable cover apparatus according to claim 1 further comprising energy harvesting apparatus operably coupled to a battery.
8. Inflatable cover apparatus according to claim 1 further comprising a power interface for operably coupling the blower assembly to an external power supply.
9. Inflatable covering apparatus comprising:
a double-layer shroud having a length and a width, the double-layer shroud configured for encompassing an object, the double-layer shroud having an inner layer and an outer layer connected at their peripheries and wherein the outer layer is larger in area than the inner layer thereby defining an inflatable chamber there between, the outer layer having a plurality of spaced apart elastic bands with each of the plurality of elastic bands traversing the width of the double-layer shroud such that at least one of the plurality of elastic bands extends from one side of the object to a second side of the object and over the top of the object when the double-layer shroud is placed over the object and further for drawing the shroud inward toward the covered object;
a drawstring assembly encircling the periphery of the shroud such that the periphery of the shroud may be selectably drawn from an extended state to a constricted state and released from a constricted state to an extended state;
at least one blower port integrated into the shroud, the blower port(s) providing fluid communication between the inflatable chamber and the outside world;
at least one blower assembly removably attachable to a blower port, the blower assembly having at least one blower for communicating air from the outside world to the inflatable chamber when attached to the blower port; and
a control module operably coupled to one or more blower assembly and having an activation circuit for activating one or more blower, the control module further comprising a communication circuit for sending and receiving radio-frequency (RF) signals, the communication circuit further for receiving an RF signal issued by a weather alerting service, the communication circuit operably coupled to the activation circuit for activating the one or more blowers in response to the receipt of the RF signal from the weather alerting service.
10. Inflatable cover apparatus according to claim 9 wherein the control module further comprises internet access circuitry.
11. Inflatable cover apparatus according to claim 9 wherein the control module further comprises electronic sensor apparatus.
12. Inflatable cover apparatus according to claim 9 wherein the control module further comprises electronic sensor apparatus adapted for sensing meteorological parameters.
13. Inflatable cover apparatus according to claim 9 wherein the control module further comprises electronic sensor apparatus adapted for sensing impact of objects with the apparatus.
14. Inflatable cover apparatus according to claim 9 wherein the control module further comprises control logic configured for activating the blower assembly based on preselected parameters.
15. Inflatable cover apparatus according to claim 9 wherein the control module further comprises control logic configured for deactivating the blower assembly based on preselected parameters.
16. Inflatable cover apparatus according to claim 9 wherein the control module further operable for at least one of the logging of the location of the inflatable cover and determining the location of the inflatable cover.
17. Inflatable cover apparatus according to claim 9 further comprising energy harvesting apparatus operably coupled to the control module.
18. Inflatable cover apparatus according to claim 9 further comprising a power interface for operably coupling the blower assembly or the control module to an external power supply.
19. A protective cover for an object, comprising:
a shroud having at least a first layer and a second layer, the first layer and the second layer being connected so as to define an inflatable chamber, the shroud being configurable between a deflated state and an inflated state;
a plurality of spaced apart bands integrated with at least one of the first layer and the second layer of the shroud, the plurality of band to facilitate the releasable securement of the shroud about the object when the shroud is in at least the deflated state with at least one of the plurality of bands extending from one side of the object to a second side of the object and over the top of the object when the shroud is placed over the object;
at least one blower connected to the shroud, the at least one blower for inflating the chamber; and
a control module operably coupled to the at least one blower and having an activation circuit for activating the at least one blower, the control module further comprising a communication circuit for receiving an external signal issued by a weather alerting service, wherein the activation circuit activates the one or more blowers in response to the receipt of the external signal issued by the weather alerting service.