Air recirculating and heating device

• US 6,631,243 B2
• Filed: 10/22/2001
• Issued: 10/07/2003
• Est. Priority Date: 11/16/1998
• Status: Expired due to Fees

• Current Assignee: Joshua C. Reiker
• Original Assignee: Reiker Room Conditions, LLC
• Inventors: Reiker, Kenneth H.
• Primary Examiner(s): Jeffery, John A.
• Application Number:
  US10/021,131
• Publication Number:
  US 20020064380A1
• Time in Patent Office: 715 Days
• Field of Search: 392/360-369, 392/384, 392/385, 416/5, 416/95, 165/122, 165/125
• US Class Current: 392/364
• CPC Class Codes: F04D 25/088 Ceiling fans
• CPC Class Codes: F04D 29/582 specially adapted for elastic fluid pumps
• CPC Class Codes: F24H 3/0411 for domestic or space-heating systems
• CPC Class Codes: F24H 9/1872 PTC
• CPC Class Codes: F24H 9/2071 using electrical energy supply

Abstract

A motorized fan of a heating module, mounted close to the ceiling of a room, draws the air from an upward location into the heating module through one or more inlets. The air drawn in is forced through and heated by one or more heating elements. The heated air is discharged as a heated primary airflow through one or more outlets. An auxiliary motor is preferably suspended from the heating module and supports one or more fan blades for producing an upwardly directed secondary airflow. The secondary airflow mixes with the primary airflow to produce a mixture of primary and secondary airflows having a temperature higher than that of the secondary airflow. The force of the secondary airflow causes the mixture of airflows to circulate throughout the room in a toroidal path to near uniformly heat the walls, windows and floor of the room and create an essentially uniform air temperature throughout the room.

Claims

1. An air recirculating and heating device for heating a room, said device comprising in combination:

a) at least one heating module, comprising;

i) means for generating a primary airflow, said primary airflow having a downstream flow and an upstream flow relative to said means for generating said primary airflow;

ii) at least one heating element for heating said primary airflow;

iii) means for selectively regulating said at least one heating element, wherein said means for selectively regulating is responsive to at least one input for regulating the temperature of said primary airflow; and

b) means for generating a secondary airflow, said secondary airflow having a downstream flow and an upstream flow relative to said means for generating said secondary airflow, and wherein said secondary airflow mixes with said heated primary airflow; and

c) means for isolating said at least one heating element from said means for generating a secondary airflow.

2. The air recirculating and heating device as set forth in claim 1 wherein said means for generating a primary airflow comprises at least one primary motor operable to rotate at least one primary fan blade.

3. The air recirculating and heating device as set forth in claim 1 wherein said means for generating a secondary airflow comprises at least one secondary motor operable to rotate at least one secondary fan blade.

4. The air recirculating and heating device as set forth in claim 1 further comprising at least one support means.

5. The air recirculating and heating device as set forth in claim 4 wherein said means for generating a secondary airflow is positioned below said at least one heating module.

6. The air recirculating and heating device as set forth in claim 5 wherein said downstream airflow of said primary airflow mixes with said downstream airflow of said secondary airflow.

7. The air recirculating and heating device as set forth in claim 5 wherein said downstream airflow of said primary airflow mixes with said upstream airflow of said secondary airflow.

8. The air recirculating and heating device as set forth in claim 1 wherein said at least one heating module comprises a plurality of said heating elements.

9. The air recirculating and heating device as set forth in claim 8 wherein said heating elements are radially separated.

10. The air recirculating and heating device as set forth in claim 8 wherein said heating module comprises a plurality of inlets and outlets for moving said primary airflow therethrough, and wherein one each of said plurality of heating elements is individually positioned proximal to one each of said plurality of outlets.

11. The air recirculating and heating device as set forth in claim 8 further comprising means for selectively energizing at least one of said plurality of heating elements to control the desired temperature of the room.

12. The air recirculating and heating device as set forth in claim 11 wherein said means for selectively energizing comprises at least one portable remote control unit communicable with said plurality of heating elements.

13. The air recirculating and heating device as set forth in claim 12 wherein said at least one portable remote control unit further comprises a thermostat and controls carried thereby, and wherein a desired room temperature may be set via said controls, and wherein said plurality of heating elements are responsive thereto.

14. The air recirculating and heating device as set forth in claim 12 wherein said at least one portable remote control unit further comprises a display, thermostat and controls carried thereby, and wherein a desired room temperature may be set via said controls and displayed on said display, and wherein said plurality of heating elements are responsive thereto.

15. The air recirculating and heating device as set forth in claim 12 wherein said at least one portable remote control unit is wireless.

16. The air recirculating and heating device as set forth in claim 15 further comprising a wireless receiving unit carried by said at least one heating module and a wireless transmitting unit carried by said at least one portable remote control unit, wherein said wireless transmitting unit transmits a wireless signal detectable by said wireless receiving unit.

17. The air recirculating and heating device as set forth in claim 16 wherein said wireless signal is an infrared frequency.

18. The air recirculating and heating device as set forth in claim 16 wherein said wireless signal is a radio frequency.

19. The air recirculating and heating device as set forth in claim 1, wherein said means for isolating said at least one heating element is at least one heat sink barrier for reducing the transfer of heat from said at least one heating element to said means for generating a secondary airflow.

20. The air recirculating and heating device as set forth in claim 1 wherein said at least one heating module comprises at least one inlet and at least one outlet for moving said primary airflow therethrough.

21. The air recirculating and heating device as set forth in claim 1 further comprising means for filtering said primary airflow.

22. An air recirculating and heating device for heating a room comprising in combination:

a) at least one support means;

b) at least one auxiliary motor;

c) at least one heating module isolated from and mounted upwards of said at least one auxiliary motor, said at least one heating module comprising;

i) at least one motor having at least one primary fan blade adapted for creating a primary airflow;

ii) at least one heating element for heating said primary airflow;

iii) means for adjusting said at least one heating element via at least one input for the purpose of selectively regulating the temperature of said primary airflow; and

iv) means for supporting said at least one auxiliary motor; and

d) at least one secondary fan blade adapted for rotation by said at least one auxiliary motor to generate an upward secondary airflow for mixing with said heated primary airflow.

23. The air recirculating and heating device as set forth in claim 22 wherein said heating module includes at least one inlet and at least one outlet for moving airflow therethrough.

24. The air recirculating and heating device as set forth in claim 23 wherein said heating module includes more than one of said heating elements and more than one of said outlets.

25. The air recirculating and heating device as set forth in claim 22 wherein at least one of said at least one heating module supports said auxiliary motor and said at least one secondary fan blade.

26. The air recirculating and heating device as set forth in claim 22, wherein said means for adjusting said at least one heating element is an automatic sensing mechanism for automatically sensing the presence of a desired room temperature and for adjusting the operation of said at least one heating module to maintain the room at the desired temperature.

27. The air recirculating and heating device as set forth in claim 22, wherein said means for adjusting said at least one heating element is the manual adjustment of the operation of said at least one heating module to maintain a desired air temperature level in the room.

28. The air recirculating and heating device as set forth in claim 22 including a heat-sink barrier for reducing the transfer of heat between said at least one heating element and proximate elements.

29. The air recirculating and heating device as set forth in claim 22 wherein said at least one heating module is adapted to draw air from an upward location of the room prior to heating the air with said at least one heating element.

30. The air recirculating and heating device as set forth in claim 22 further comprising means for filtering said primary airflow.

31. An air recirculating and heating device for heating a room, said device comprising in combination:

a) at least one support;

b) at least a first motor for rotating at least a first fan blade to warm air from an upward location of the room and to produce a primary airflow;

c) at least one heating element for raising the temperature of the primary airflow produced by said at least one fan blade, wherein said at least one heating element is selectively regulated by at least one input to adjust the temperature of said primary airflow;

d) heat sink material for protecting parts of said device from the adverse effects of heat generated by said at least one heating element; and

e) at least a second motor isolated from and mounted downwards of said at least one heating element for rotating at least a second fan blade to urge an upward secondary airflow to mix with the heated primary airflow and distribute the mixed primary and secondary airflows throughout the room.

32. The air recirculating and heating device as set forth in claim 31 including at least one outlet for exhausting the heated primary airflow from said at least one heating element into the room.

33. The air recirculating and heating device as set forth in claim 32 including a plurality of said outlets for directing the heated primary airflow in multiple directions.

34. The air recirculating and heating device as set forth in claim 33 including at least one inlet for introducing air from an upward location to said at least one heating element.

35. The air recirculating and heating device as set forth in claim 31 wherein said first motor, said first fan blade, said at least one heating element and said heat sink material comprise a heating module.

36. The air recirculating and heating device as set forth in claim 35 wherein said heating module includes a means for adapting said at least one second motor.

37. The air recirculating and heating device as set forth in claim 36 wherein said heating module includes at least one inlet for receiving air to be heated and at least one outlet for exhausting the heated primary airflow.

38. The air recirculating and heating device as set forth in claim 31 further comprising means for filtering said primary airflow.

39. An air recirculating and heating device for selectively heating or cooling a room, said device comprising in combination:

a) at least one support;

b) a heating module comprising;

i) means for adapting said heating module in relation with said at least one support; and

ii) a means for discharging a heated primary airflow from said heating module, said heating module selectively regulated to adjust the temperature level of said primary airflow;

c) an auxiliary motor adapted in an isolated location downwards of said heating module for rotating at least one fan blade to produce either an upward secondary airflow for heating or a downward secondary airflow for cooling;

d) means for controlling said auxiliary motor to produce either the upward airflow or the downward airflow; and

e) heat sink material for protecting at least one element of said device from the adverse effects of heat from said heating module.

40. The air recirculating and heating device as set forth in claim 39 wherein said heating module includes at least one outlet for exhausting the heated primary airflow.

41. The air recirculating and heating device as set forth in claim 39 wherein said heating module includes more than one outlet for exhausting the heated primary airflow.

42. The air recirculating and heating device as set forth in claim 39 wherein said heating module includes at least one inlet for ingress of air to be heated.

43. The air recirculating and heating device as set forth in claim 39 including means for controlling the operation of said auxiliary motor to produce either the upward or the downward secondary airflow.

44. The air recirculating and heating device as set forth in claim 43 wherein said control means regulates the amount of heat produced by said heating module commensurate with upward secondary airflow to achieve a desired temperature of the air in the room.

45. The air recirculating and heating device as set forth in claim 39 further comprising means for filtering said primary airflow.

46. A method for heating a room with an air recirculating and heating device, said method comprising the steps of:

a) drawing air from an upward location of the room through an inlet into a heating module in response to rotation of at least one motorized impeller;

b) producing with the at least one motorized impeller a primary airflow;

c) heating said primary airflow with at least one heating element and selectively regulating the amount of heat generated by said at least one heating element before exhausting the heated primary airflow through at least one outlet;

d) generating an upwardly directed secondary airflow with at least one fan blade adapted to rotate in response to at least one auxiliary motor and mixing the second airflow with the heated primary airflow; and

e) distributing the mixture of heated primary airflow and secondary airflow in a toroidal pattern throughout the room.

47. The method as set forth in claim 46 wherein said step of distributing includes the step of raising temperature of any window glass in the room to reduce the presence of cold spots and to promote a near uniform air temperature throughout the room.

48. The method as set forth in claim 46 further comprising the step of filtering said primary airflow.

49. An air recirculating and heating device for heating a room, said device comprising in combination:

a) at least one support;

b) a heating module, said heating module comprising at least one motorized impeller and at least one selectively regulated heating element for producing a selectively regulated heated primary airflow;

c) at least one auxiliary motor mounted downwards of and isolated from said heating module;

d) at least one fan blade rotatably operative upon energization of said at least one auxiliary motor to generate an upward secondary airflow for mixing with and distributing said heated primary airflow; and

e) means for housing at least one of;

i) said heating module; and

ii) said at least one motorized impeller.

50. The air recirculating and heating device as set forth in claim 49 wherein said housing means houses at least said at least one heating module and including at least one inlet for introducing air into said housing means and at least one outlet for exhausting the heated primary airflow from said housing means.

51. The air recirculating and heating device as set forth in claim 50 wherein said heating module contains more than one of said at least one heating elements for further heating the primary airflow.

52. The air recirculating and heating device as set forth in claim 51 including means for selectively energizing at least one of said at least one heating element to bring about a desired air temperature in the room.

53. The air recirculating and heating device as set forth in claim 49 including means for actuating said auxiliary motor to direct a downward secondary airflow to bring about a cooling effect.

54. The air recirculating and heating device as set forth in claim 53 wherein said means for actuating said auxiliary motor is a wireless device.

55. The air recirculating and heating device as set forth in claim 49 further comprising means for filtering said primary airflow.

56. An air recirculating and heating device for heating a room comprising in combination:

a) at least one support means;

b) a heating module for generating a heated primary airflow;

c) at least one auxiliary motor mounted in an isolated location downwards of said heating module, said at least one auxiliary motor having at least one fan blade for generating an upward secondary airflow for mixing with said heated primary airflow; and

d) means for selectively regulating the amount of heat generated by said heating module.

57. The air recirculating and heating device as set forth in claim 56 wherein said heating module comprises at least one motorized impeller and at least one heating element.

58. The air recirculating and heating device as set forth in claim 56 wherein said heating module includes at least one inlet for introducing air to be heated.

59. The air recirculating and heating device as set forth in claim 56 wherein said heating module includes at least one outlet for exhausting the heated primary airflow.

60. The air recirculating and heating device as set forth in claim 56 wherein said means for selectively regulating automatically senses the temperature desired of the air in the room and regulates said heating module to maintain the air in the room at the desired temperature.

61. The air recirculating and heating device as set forth in claim 56 wherein said means for selectively regulating accommodates manual regulation of said heating module to maintain the air in the room at a desired temperature.

62. The air recirculating and heating device as set forth in claim 56 including a heat sink barrier for reducing the transfer of heat from said at least one heating element to selected elements of said device.

63. The air recirculating and heating device as set forth in claim 56 wherein said heating module includes at least one inlet for accommodating an inflow of air to be heated by said at least one heating element from an upward location of the room.

64. The air recirculating and heating device as set forth in claim 56 further comprising means for filtering said primary airflow.

65. A method for heating a room with an air recirculating and heating device, said method comprising the steps of:

a) producing a heated primary airflow with a heating module having at least one motorized impeller for drawing air from an upward location of the room and at least one heating element for heating the drawn air;

b) generating an upward second airflow for mixing with the heated primary airflow with at least one auxiliary motor adapted to rotate at least one fan blade;

c) said step of generating including the step of circulating the mixed heated primary and secondary airflows in a toroidal path through the room; and

d) said step of producing including the step of selectively regulating the heat of said at least one heating element to regulate the amount of heat added to the primary airflow.

66. The method as set forth in claim 65 including the step of distributing the heated primary airflow through at least one outlet.

67. The method as set forth in claim 65 wherein said step of regulating is manually operable to set a desired temperature for the air in the room to automatically regulate the heat of the heating module to maintain the desired air temperature.

68. The method as set forth in claim 65 wherein said step of regulating is manually operable to set a desired temperature level in the room to maintain a desired comfort level within the room.

69. The method as set forth in claim 65 further comprising the step of filtering said primary airflow.

76. The air recirculating and heating device as set forth in claim 65 wherein said heating module includes at least one heating element and a motorized impeller for creating the primary airflow by drawing air from an upward location and urging the air through said at least one heating element.

77. The air recirculating and heating device as set forth in claim 76 wherein said heating module includes at least one inlet for channeling the air to said motorized impeller.

78. The air recirculating and heating device as set forth in claim 76 wherein said heating module includes at least one outlet for exhausting the heated primary airflow.

79. The air recirculating and heating device as set forth in claim 76 wherein said motorized impeller urges the heated primary airflow into the path of the upward secondary airflow to mix the primary and secondary airflow prior to circulation of the mixed airflows throughout the room.

70. An air recirculating and heating device for heating a room comprising in combination:

a) at least one support means;

b) a heating module, said heating module comprising;

i) at least two heating elements;

ii) at least one motorized impeller adapted to draw air from an upward location of the room to create a primary airflow, wherein said at least one motorized impeller urges said primary airflow through said at least two heating elements to create a heated primary airflow;

iii) at least two outlets for exhausting said heated primary airflow, wherein said heat primary airflow is exhausted through said at least two outlets via said at least one motorized impeller in multiple directions;

iv) means for supporting at least one auxiliary motor, wherein said at least one auxiliary motor is adapted to rotate at least one fan blade upon energization for the creation of an upward secondary airflow for mixing with said heated primary airflow to produce a heated airflow mixture for distribution throughout the room, said at least one auxiliary motor mounted in an isolated location downward from said heating module; and

c) means for selectively regulating the amount of heat provided by said at least two heating elements to regulate the temperature of said heated airflow mixture.

71. An air recirculating and heating device as set forth in claim 70 wherein said at least one heating module includes a load-bearing element capable of supporting at least said at least one auxiliary motor.

72. An air recirculating and heating device as set forth in claim 71 including a light assembly.

73. The air recirculating and heating device as set forth in claim 70 further comprising means for filtering said primary airflow.

74. An air recirculating and heating device for heating a room comprising in combination:

a) support means;

b) a heating module engaged with said support means for drawing air from an upward location of the room, for heating the air and for creating a heated primary airflow selectively regulated by at least one input to adjust the temperature of said heated primary airflow;

c) an auxiliary motor isolated and adapted downward from said heating module, wherein said auxiliary motor rotates at least one fan blade to create an upward secondary airflow.

75. The air recirculating and heating device as set forth in claim 74 wherein said heating module includes a load bearing element adapted to interconnect said support means with said auxiliary motor.

80. The air recirculating and heating device as set forth in claim 74 further comprising means for filtering said primary airflow.

81. An air recirculating and heating device for heating a room comprising in combination:

a) at least one support means;

b) a heating module adapted to said at least one support means for creating a selectively regulated heated primary airflow responsive to at least one input; and

c) an auxiliary motor for rotating at least one fan blade to create an upward secondary airflow for mixing with the heated primary airflow and for distributing the mixed airflows throughout the room and adjacent any window glass present to raise the temperature of the window glass by conductive heat transfer between the mixed airflows and the surface of the window glass, wherein said auxiliary motor is mounted downward and isolated from said heating module.

82. The air recirculating and heating device as set forth in claim 81 including at least one motorized impeller for drawing air from an upward location of the room and for creating the primary airflow.

83. The air recirculating and heating device as set forth in claim 82 including at least one heating element for heating the air to increase the temperature of the primary airflow prior to mixing of the heated primary airflow with the secondary airflow.

84. The air recirculating and heating device as set forth in claim 81 wherein the raised temperature of the window glass both reduces the cold spots adjacent the window and helps create a more nearly uniform air temperature throughout the room.

85. The air recirculating and heating device as set forth in claim 82 including means for controlling the heat output of said heating module to maintain the air in the room at a comfortable temperature.

86. The air recirculating and heating device as set forth in claim 81 further comprising means for filtering said primary airflow.

87. An air recirculating and heating device for heating a room, said device comprising in combination:

a) at least one heating module, comprising;

i) means for generating a primary airflow, said primary airflow having a downstream flow and an upstream flow relative to said means for generating said primary airflow;

ii) at least a first heating element and at least a second heating element selectively regulated by at least one input for heating said primary airflow to an adjusted temperature level; and

b) means for generating a secondary airflow, said secondary airflow having a downstream flow and an upstream flow relative to said means for generating said secondary airflow, wherein said secondary airflow mixes with said heated primary airflow, and wherein said means for generating a secondary airflow is positioned downward and isolated from said at least one heating module.

88. The air recirculating and heating device as set forth in claim 87 wherein said first heating element is juxtaposed with said second heating element.

89. The air recirculating and heating device as set forth in claim 87 further comprising means for filtering said heated primary airflow.

90. The air recirculating and heating device as set forth in claim 89 wherein said means for filtering said primary airflow is a filter positioned in the path of said upstream flow of said primary airflow.

91. The air recirculating and heating device as set forth in claim 89 wherein said means for filtering said primary airflow is a filter positioned in the path of said downstream flow of said primary airflow.

92. A method for heating a room with an air recirculating and heating device, said method comprising the steps of:

a) drawing air from an upward location of the room through an inlet into a heating module in response to rotation of at least one motorized fan;

b) producing with the at least one motorized fan a primary airflow;

c) heating the primary airflow with at least a first heating element and at least a second heating element and selectively regulating the amount of heat generated by said at least a first heating element and said at least a second heating element before exhausting the heated primary airflow through at least one outlet;

d) generating an upwardly directed secondary airflow with at least one fan blade adapted to rotate in response to at least one auxiliary motor isolated from and mounted downwards of said heating module, and mixing said secondary airflow with said heated primary airflow; and

e) distributing the mixture of said heated primary airflow and said secondary airflow throughout the room.

93. The method of claim 92 wherein said at least first heating element and said at least second heating element are juxtaposed, thereby creating at least a first heating phase and at least a second heating phase, wherein said first heating phase preheats said primary airflow, and wherein said second heating phase further heats said preheated primary airflow.

94. The method as set forth in claim 92 further comprising the step of filtering said primary airflow.

95. An air recirculating and heating device for heating a room, comprising in combination:

a) at least one support means;

b) at least one auxiliary motor;

c) at least one heating module mounted in upward isolation from said at least one auxiliary motor, said at least one heating module comprising;

i) at least one motor having at least one primary fan blade adapted for creating a primary airflow; and

ii) at least one heating element for heating said primary airflow;

iii) means for selectively regulating said at least one heating element to adjust the temperature of said primary airflow; and

d) at least one secondary fan blade adapted for rotation by said at least one auxiliary motor to generate an upward secondary airflow for mixing with said primary heated airflow to create a near uniform temperature throughout the room.

96. An air recirculating, heating, reheating and temperature maintenance device for heating a room, comprising in combination:

a) at least one support means;

b) means for drawing risen air from an upward location of a room for heating and reheating, said means for drawing risen air comprising;

i) at least one heating module;

ii) at least one motor for rotating at least one fan blade for creating a primary flow of heated air; and

iii) at least one secondary fan blade adapted for rotation by at least one auxiliary motor to generate an upward secondary airflow of ambient room air for mixing with said primary flow of heated air prior to distribution, in a toroidal pattern, throughout the room to create an elevated near uniform room temperature; and

c) at least one control unit that selectively regulates the amount of said primary flow of heated air created by said heating module when a set desired temperature is reached and then causes said heating module to introduce only enough of said primary flow of heated air to said secondary airflow to maintain the desired temperature in the room.

97. The air recirculating, heating, reheating and temperature maintenance device as set forth in claim 96 wherein said heating module is automatically adjusted to introduce the required heated airflow to ensure room temperature does not fluctuate.

98. The air recirculating, heating, reheating and temperature maintenance device as set forth in claim 96 wherein said toroidal pattern distributes heated air in near even distribution throughout the room.

99. An air recirculating and heating device for heating a room comprising in combination:

a) means to create a circular airflow that distributes air evenly throughout a room;

b) means to create a heated airflow for mixing with said circular airflow for distribution resulting in near even temperatures throughout the room; and

c) means to selectively regulate said heated airflow to maintain a desired near even temperature throughout the room.