Granted Patent B2

US 10,524,581 · App. 15/681,998 · Granted Jan 7, 2020

Abstract

Claims (47)

1. A method of operation of a bedding climate control apparatus, comprising the steps of inflating a space within bedding over a mattress into an inflated configuration by delivery into the space of forced airflow from a bedding climate control apparatus via an air conduit; changing a temperature or humidity of the inflated space over time by effecting the delivery of the forced airflow into the space via components after attaining the inflated configuration; imparting heating power as warranted to the forced airflow with a thermal element, the components including a blower or a fan, the thermal element, and the air conduit, the air conduit being constructed in a manner that retains an interior hollow dimension substantially intact even as the air conduit bends or lengthens; and configuring the bedding climate control apparatus to deliver an initial amount over an initial period of time of the imparted heating power to the forced airflow in accordance with a setting and, in accordance with a different setting that is triggered after the initial period of time passes, automatically delivering over a longer period of time, which is longer in duration than the initial period of time, a lesser amount of the heating power to the forced airflow than that of the initial amount.

2. The method of claim 1 , further comprising: configuring the bedding climate control apparatus to operate the thermal element to adjust power to maintain a constant set temperature by adjusting the imparted heating power depending on backpressure changes in the forced airflow and ambient temperature.

3. A method of operation of a bedding climate control apparatus, comprising the steps of

inflating a space within bedding over a mattress into an inflated configuration by delivery into the space of forced airflow from a bedding climate control apparatus via an air conduit;

changing a temperature or humidity of the inflated space over time by effecting the delivery of the forced airflow into the space via components after attaining the inflated configuration;

imparting heating power as warranted to the forced airflow with a thermal element, the components including the a blower or a fan, the thermal element, and the air conduit, the air conduit being constructed in a manner that retains an interior hollow dimension substantially intact even as the air conduit bends or lengthens; and

configuring the bedding climate control apparatus to operate the blower or fan to deliver the forced airflow at an initial flow rate over an initial period of time corresponding to a setting and, in accordance with a different setting triggered after the initial period of time passes, automatically changing to a different flow rate that is different from the initial flow rate and delivering over a longer period of time, which is longer in duration than the initial period of time, the different flow rate.

4. The method of claim 1 , further comprising:

configuring the bedding climate control apparatus to operate the thermal element such that the thermal element activates or deactivates at a preset clock time.

5. The method of claim 1 , further comprising

configuring the bedding climate control apparatus to operate the blower or fan with no heat from the thermal element such that the blower or the fan activates or deactivates at a preset clock time or other programmed event.

6. The method of claim 1 , further comprising:

holding the air conduit in position against movement with a retention unit; and

retaining the bedding in place with the retention unit.

7. The method of claim 1 , further comprising:

dampening noise from an intake of airflow to the blower or fan within a housing of a bedding climate control apparatus; and

based at least partly upon an oversizing of the blower or fan and the dampening, generating a noise level from the blower or fan at less than 65 decibels at one meter away and delivering the forced airflow to the space within the bedding that is over the mattress so as to tent up the bedding and thereby enlarge a dimension of the space in the tent up condition beyond that prior to delivery of the forced airflow.

8. The method according to claim 1 , further comprising:

configuring the bedding climate control apparatus so that the forced airflow overcomes a pressure drop through the components, the thermal element delivering heat to the forced airflow so that the forced airflow reaches a desired temperature; and

oversizing each of the components to exceed respective dimensions necessary to enable delivery of the forced airflow at the desired temperature so that the pressure drop is lower than otherwise and the noise level generated is maintained at less than 65 decibels at one meter away.

9. The method according to claim 1 , further comprising:

issuing commands with each of a wireless controller and a wireless protocol access enabled device, the bedding climate control apparatus being responsive to receipt of the commands from both the wireless controller and the wireless protocol access enabled device at the same time to commence operation of the bedding climate control apparatus in accordance with the commands.

10. The method according to claim 1 , further comprising:

issuing commands with each of a wireless controller and a wireless protocol access enabled device, the bedding climate control apparatus being responsive to receipt of the commands to retrieve recall settings from memory storage rate in accord with the commands and carrying out operation of the bedding climate control apparatus in accord with the retrieved recall settings, the recall settings being selected from the group consisting of time of commencement of the airflow, duration of the airflow, cessation of the airflow, temperature of the airflow, flow rate of the airflow and any combination thereof.

11. The method of claim 1 , further comprising:

configuring an auto-shutoff timer to advance with different maximum time intervals to effect shut off of a component selected from the group consisting of the thermal element, the blower or fan and both.

12. The method according to claim 1 , further comprising:

varying a flow rate of the forced airflow within a range of between 40 to 100 cubic feet per minute inclusive at a static pressure within a range of between 0.3 inch of water to 1 inch of water inclusive to create a tenting effect of a top layer of the bedding above a mattress to lift 75% or more of the top layer of the top layer of the bedding via a cushion of air that enables a turbulent airflow to freely distribute the forced airflow throughout a surface area of the bedding surface area, regardless of whether the bedding is smoothly laid or irregularly bunched up.

13. A bedding climate control apparatus, comprising:

means for inflating a space within bedding over a mattress into an inflated configuration by delivery into the space of forced airflow from a bedding climate control apparatus via an air conduit;

means for changing a temperature or humidity of the inflated space over time by effecting the delivery of the forced airflow into the space via components after attaining the inflated configuration; and

means for imparting heating power as warranted to the forced airflow with a thermal element, the components including the a blower or a fan, the thermal element, and the air conduit, the air conduit being constructed in a manner that retains an interior hollow dimension substantially intact even as the air conduit bends or lengthens; and

wherein said means for imparting heating power as warranted being configured to deliver an initial amount over an initial period of time of the imparted heating power to the forced airflow in accordance with a setting and, in accordance with a different setting that is triggered after the initial period of time passes, automatically delivering over a longer period of time, which is longer than the initial period of time, a lesser amount of the heating power to the forced airflow than that of the initial amount.

14. The apparatus according to claim 13 , wherein the components are configured so that the forced airflow overcomes a pressure drop through the components, the thermal element being configured to deliver heat to the forced airflow so that the forced airflow reaches a desired temperature; and

wherein each of the components are oversized to exceed respective dimensions necessary to enable delivery of the forced airflow at the desired temperature so that the pressure drop is lower than otherwise and the noise level generated is maintained at less than 65 decibels at one meter away.

15. The apparatus according to claim 13 , further comprising:

a wireless controller and a wireless protocol access enabled device each configured to issue commands, the bedding climate control apparatus being responsive to receipt of the commands from both the wireless controller and the wireless protocol access enabled device at the same time to commence operation of the bedding climate control apparatus in accordance with the commands.

16. The apparatus according to claim 13 , further comprising:

a wireless controller and a wireless protocol access enabled device each configured to issue commands, the bedding climate control apparatus being responsive to receipt of the commands to retrieve recall settings from memory storage rate in accord with the commands and carrying out operation of the bedding climate control apparatus in accord with the retrieved recall settings, the recall settings being selected from the group consisting of time of commencement of the airflow, duration of the airflow, cessation of the airflow, temperature of the airflow, flow rate of the airflow and any combination thereof.

17. The apparatus according to claim 13 , further comprising:

an auto-shutoff timer configured to be advanced with different maximum time intervals to effect shut off of a component selected from the group consisting of the thermal element, the blower or fan and both.

18. The apparatus according to claim 13 , wherein said means for inflating is configured to vary a flow rate of the forced airflow within a range of between 40 to 100 cubic feet per minute inclusive at a static pressure within a range of between 0.3 inch of water to 1 inch of water inclusive to create a tenting effect of a top layer of the bedding above a mattress to lift 75% or more of the top layer of the top layer of the bedding via a cushion of air that enables a turbulent airflow to freely distribute the forced airflow throughout a surface area of the bedding surface area, regardless of whether the bedding is smoothly laid or irregularly bunched up.

19. A bedding climate control apparatus, comprising:

means for inflating a space within bedding over a mattress into an inflated configuration by delivery into the space of forced airflow from a bedding climate control apparatus via an air conduit;

means for changing a temperature or humidity of the inflated space over time by effecting the delivery of the forced airflow into the space via components after attaining the inflated configuration;

means for imparting heating power as warranted to the forced airflow with a thermal element, the components including the a blower or a fan, the thermal element, and the air conduit, the air conduit being constructed in a manner that retains an interior hollow dimension substantially intact even as the air conduit bends or lengthens; and

wherein the bedding climate control apparatus is configured to operate the blower or fan to deliver the forced airflow at an initial flow rate corresponding to a setting and, in accordance with a different setting triggered after an initial period of time passes, automatically deliver for a longer period of time, which is longer than the initial period of time, the forced airflow at a different flow rate, which is different from the initial flow rate.

Assignments (9)