Multi-apartment remote time variable temperature regulator and recorder

• US 4,315,595 A
• Filed: 11/15/1979
• Issued: 02/16/1982
• Est. Priority Date: 11/15/1979
• Status: Expired due to Term

• Current Assignee: Frank C. Martucci
• Original Assignee: Frank C. Martucci
• Inventors: Martucci, Frank C.
• Primary Examiner(s): Wayner, William E.
• Application Number:
  US06/094,384
• Time in Patent Office: 824 Days
• Field of Search: 236/46 R, 236/94, 165/12, 165/22, 200/29, 337/301-304
• US Class Current: 236/46.00R
• CPC Class Codes: F23N 2231/20 Warning devices
• CPC Class Codes: F23N 5/22 with a time programme acting through mechanical means, e.g. using cams

Abstract

A temperature control and monitoring device for a heater of a building having a plurality of separate areas comprising, a motor having a shaft rotatable at constant speed, a disc connected to the shaft having a pluraliity of radially extending slots, a pin slidably mounted in each of the slots, a temperature indicator having a shaft rotatable by a change in temperature and responsive to a temperature sensed by temperature sensing members, a plurality of temperature sensing members, each in one of the separate areas, for sensing the temperature in each of the areas respectively connected to the temperature indicator and a selector device connected between each of the temperature sensing members and the temperature indicator for selectively connecting one of the sensing members at a time for a predetermined time period and at predetermined intervals to the temperature indicator. A control arm extends from and is connected to the indicator shaft and is engagable with at least one of the pins with a circuit connected to the control arm and the pins and also to the heater for starting the heater when the temperature indicator shaft rotates to permit the engagement between the control arm and at least one of the pins in response to a temperature sensed by the connected sensing member. The pins are positioned on the disc in a pattern to produce a selected temperature control for each full revolution of the motor which usually corresponds to one full day so that the heater is controlled according to temperatures sampled from each of the separate areas. A recording disc can also be connected to the first mentioned disc with a pen connected to the indicator shaft for keeping a permanent record of temperature variations among the separate areas.

Claims

1. A temperature control and monitoring device for a heater of a building having a plurality of seperate areas comprising:

a motor having a shaft rotatable at constant speed,

a disc connected to said shaft having a plurality of radially extending slots,

pin means slidable in each of said slots an positionable at a selected radial position,

a temperature indicator having a shaft rotatable by a change in temperature and responsive to a temperature sensed by temperature sensing members,

a plurality of temperature sensing members, each in one of the seperate areas, for sensing the temperature in each of the areas respectively, connected to said temperature indicator,

selector means connected between said plurality of temperature sensing members and said temperature indicator for selectively connecting one of said sensing members at a time for a predetermined time period and at predetermined intervals to said temperature indicator, a control arm connected to said temperature indicator shaft and engagable with at least one of said pin means, and

circuit means connected to said control arm, said pin means and the heater for starting the heater when the temperature indicator shaft rotates to engage said control arm with said at least one pin means in response to the temperature sensed by said connected sensing member,

said pin means positioned on said disc in a pattern to produce a selected temperature control for each full rotation of said motor shaft, whereby the heater is controlled in accordance with temperature sampled from the seperate areas.

2. The temperature control and monitoring device according to claim 1 wherein said motor comprises a clock motor with said shaft rotatable one revolution every 24 hours.

3. A temperature control and monitoring device according to claim 1 further including differential adjustment means connected to said temperature indicator and to said circuit means for producing a temperature indication in said temperature indicator which is lower than said sensed temperature.

4. A temperature control monitoring device according to claim 1 wherein said circuit means comprises a switch having one contact formed by said control arm, said control arm made of electrically conductive material, and another contact formed by each of said pin mean respectively, said pin means made of electrically conductive material.

5. A temperature control and monitoring device according to claim 4 wherein said circuit means further comprises said disc made of electrically conductive material, said motor shaft made of electrically conductive material and a spring engaged with said motor shaft and adapted to be connected to said heater.

6. A temperature control and monitoring device according to claim 1 further including a chart disc connected to said former mentioned disc, a pen arm connected to the shaft of said temperature indicator having a writing end engaged with said chart disc whereby a written record is made of said sensed temperature.

7. A temperature control and monitoring device according to claim 4 wherein said control arm is electrically insulated from said temperature indicator shaft.

8. A temperature control and monitoring device according to claim 1 wherein said selector means comprises a plurality of switches connected to said temperature sensing members respectively and a cam defined on the outer periphery of said disc for selectively actuating one of said switches at a time to connect one of said temperature sensing members to said temperature indicator at a time.

9. A temperature control and monitoring device according to claim 1 further including a thermometer in each of the seperate areas, said temperature sensing members disposed behind each of said thermometers respectively whereby the purpose of said temperature sensing members is camouflaged.

10. A temperature control and monitoring device according to claim 1 wherein said pin means comprises a pin member slidably mounted in each of said slots of said disc having a tail portion extending beyond said disc and engagable with said control arm.

11. A temperature control and monitoring device according to claim 1 further comprising a raising post fixedly mounted to said temperature indicator shaft and wherein said circuit means comprises a switch having one contact formed by said control arm and another contact formed by said raising post.

12. A temperature control device for a heater of a building comprising:

a motor having a shaft rotatable at constant speed,

a disc connected to said shaft having a plurality of outwardly extending slots,

pin means slidable in each of said slots and positionable at any selected radial position along said slots,

a temperature indicator having a shaft rotatable by a change in temperature and responsive to a temperature sensed by a temperature sensing member,

at least one temperature sensing member, for sensing the temperature in the building, connected to said temperature indicator,

a control arm connected to said temperature indicator with at least one of said pin means, and

circuit means connected to said control arm, said pin means and the heater for starting the heater when temperature indicator shaft rotates to engage said control arm with said at least one pin means in response to the temperature sensed by said connected sensing member,

said pin means positioned on said disc in a pattern to produce a selected temperature control for each full rotation of said motor shaft, whereby the heater is controlled in accordance with the temperature sensed in the building.

13. A temperature control device according to claim 12 wherein said circuit means comprises a switch having one contact formed by said control arm, said control arm made of electrically conductive material, and another contact formed by each of said pin means respectively, said pin means made of electrically conductive material.

14. A temperature control device according to claim 12 wherein said circuit means comprises a switch having one contact formed by said control arm, said control arm made of electrically conductive material, and another contact formed by a control arm raising post connected to said temperature indicator and engagable with said control arm.

15. A temperature control and monitoring device for a heater of a building comprising:

a motor having a shaft rotatable at constant speed,

a disc connected to said shaft having a plurality of outwardly extending slots,

pin means slidable in each of said slots and positionable at a selected radial position,

a temperature indicator having a shaft rotatable by a change in temperature and responsive to a temperature sensed by a temperature sensing member,

a temperature control arm affixed to an insulated sleeve, said sleeve loosely engaged to said temperature indicating shaft,

a temperature control arm raising post affixed to said temperature indicator shaft,

at least one temperature sensing member, for sensing the temperature in the building, connected to said temperature indicator,

said control arm engaged with at least one of said pin means, and

circuit means connected to said control arm, said pin means and the heater for starting the heater when temperature indicator shaft rotates to engage said control arm with said at least one pin means in response to the temperature sensed by said connected sensing member,

said pin means positioned on said disc in a pattern to produce a selected temperature control for each full rotation of said motor shaft, whereby the heater is controlled in accordance with the temperature sensed in the building,

a chart disc connected to said former mentioned disc, and

a pen arm connected to said shaft of said temperature indicator having a writing end engaged with said chart disc whereby a written record is made of said sensed temperature.

16. A temperature control device according to claim 15 wherein said circuit means comprises a switch having one contact formed by said control arm, said control arm made of electrically conductive materials, and another contact formed by a control arm raising post connected to said temperature indicator and engagable with said control arm.