US2144030A - Automatic heat control radiator - Google Patents

Description

Jan. 17, 1939. D. P. POTTER AUTOMATIC HEAT CONTROL RADIATOR Filed March 15, 1937 Jar/a I? 207764 2W 1019M.

ATTORNEY.

Patented Jan. 17, 1939 i UNITED STATES. PATENT OFFICE 2,144,030 AUTOMATIC HEAT coN'moL RADIATOR David P. Potter, Holt, Mich.

Application March 13, 1937, Serial No. 130,779

' 2 Claims. (01. 257-137 This invention relates to automatic heat con- As customarily constructed the housing 2 has trolled radiators in controllable steam heating a series of perforations in the front wall for adapparatus, and has for its object the combination mission of air, marked 9. I and association of members of special construc- As shown in Fig. 2, within the housing is suption and arrangement, whereby thetemperature ported a water trough l0, and the front of the 5 of a room or public hall or the like may be housing hasa door III as shown in Fig. lthrough definitely and fully controlled by devices of simwhich the tank may be reached. Connected pie mechanical structure, readily and cheaply with a curve of the condensation conducting pipe manufactured, and which may be easily assem- I2 is a downwardly extending tube ll through lo bled and installed, and which will not get out of which water falls into the trough, anda second order in regular service. pipe ll' extends downwardly from near the top 0f the accompanying drawing forming a part edge of the tank to prevent overflow. It is of this application, thought to be within the purview of this invention Fig. 1 represents a front view of the invention. to substitute any well known means for limiting Fig. 2 is a vertical sectional view showing all the water contents of the tank, such, for example 15 parts assembled. as a common float controlled valve system. To Fig. 3 is an interior view of the motor case direct the entering air over the water tank in detached. order that the air may be moistened and the dust Throughout the drawing and description the deposited in the tank, there is arranged in the to same number is used to refer to the same part. housing the shield l3 against which the air en- Considering the drawing, aradiator l in a houstering through the perforations 9 strikes and is ing 2 has arranged before the radiator a fan 3. thus directed over the water tank. The air from In the housing is supported8 a motor case 4 withig the perfgrations in at 1statefof C0I;3Sl5anth:,g1it:- which is a s eam motor w ich receives an ion, an a pot ons ereo are roug n 0 2d discharges steam in the case 4. It will be obcontact with the water in the tank thus removing serve? in Fig. 2 ofhthebdraiwirgfi tlhat the mloltolr a material 1itemdo; thgldglst cirgiiied tlfie air. 11 case provi es a c am er n e ousing w 'c n gs. an w e no e n e ron wa has a portion extending next to the top of the of the housing a circular register I with blades hocllliSilg anglcver and cognmunicza tiondwith titre or islgts set gtggibanigtlle astusua1ill3rnn;)ade.fiThe 19 all) in a or. e pa s us ar men lone may e regs er is r0 y e ex erna 0 or nger of any chosen formation, and this invention is in piece l5, and travels in a track l6 which is curved no sense limited with exactitude to the illustracorrespondingly. The knob l5 follows a semitions herewith. The fan is rotated by the motor. circular slot ll in the front of the housing.

Within the housing are two temperature con- Steam is served to the motor by steam pipe I8. trolled expansion diaphragms arranged to act The motor may be of the impact type with pe- 35 .upon a lever B which in turn operates the needle ripheral lips as illustrated in Fig. 3, or any well valve l of the steam service to the motor as shown. known equivalent thereof. The steam from the The special expansion diaphragms illustrated bear motor is discharged in trohthetcase which is opgn the reference number 5, but it is not intended into the radiator e s eam s controlled y 4a to restrict this invention to the formations and th n edl valve I in valve casing I9, operated by 40 a ra nts shown i the aw Any other the lever G as stated. To control the expansion known and proven temperature Control mechaof the temperature controlled members an extermsm for the valve 7 may obviously Substituted: nal knob 20 actuates the twin screws 2|, and the It will be noted in 2 the dlaphmgm P block 8 with the inclined top side may be moved vices are located near the pipe extending down to permit greater or less motion of the stem 8' of wardly from the radiator and carrying the conthe two diaphragm devices. densation therefrom. The expansion of the dia- In operation, the steam served to the motor phragms is governed by the temperature of the d th eaft t the radiator controlled b condensation. To adjust the expansion members an er er t t Th 1 there is provided a sliding block 8 having an the temperature, compar emo 5 uppermost inclined side as Shown in Fig 2 and tened and cleansed an is drawn up by the fan in diaphragms. e sliding bloc is a jus e y means of the externally located knob and twin warmth of the air 1s controlled by the adJustment screws hereinafter described. of the steam serving members, and the scope of r the control is obviously governed by the size and forms of the elements involved.

Having now described this invention and its use, I claim:-

1. In 'a controllable steam heating apparatus, the combination with a housing open at the bottom, of a motor case in the housing, a motor arranged in said case, means provided with a control valve for serving steam to themotor, a radiator in said housing, said radiator being in open communication with the motor case whereby steam acting upon the motor is thereafter delivered to the radiator, a fan rotated by the motor and arranged to impel air from the open bottom of the housing through the radiator, said radiator having a downwardly extending discharge pipe for the water of condensation, an expansible and adjustable diaphragm device located near said pipe and controlled by the temperature of condensation, means for transmitting the movements of the diaphragm device to the said steam control valve, a water tank open at the top and arranged in the lower part of the housing, a tube constructed and arranged to conduct water of condensation from said pipe to said tank, said tank being provided with an overflow tube connected with the said condensation pipe at a lower point, said housing having front perforations, and a shield constructed and arranged to direct air from said perforations upon the open top of said tank.

2. In an apparatus for controlling and serving heated air, a vertically arranged external housing open at the bottom, said housing having at the top an internal chamber constructed with an extended portion next to the top of the housing, a steam driven motor revoluble within the said chamber, means for directing steam to the motor, a revoluble air fan located outside the said chamber and within said housing and arranged to be revolved by said motor, a radiator arranged before said fan and within said housing and in communication with the said extended portion of the chamber, a condensation pipe extending downwardly from the radiator within the housing, an adjustable register in the front of the housing before said fan, an open top air moistening tank located within the housing and having means in communication with said condensation pipe whereby the tank is supplied with water, a tube connected with said tank and with said condensation pipe whereby the overflow of the tank is prevented, and an air shield within the housing whereby air from the lower portion of the housing is directed upwardly and over the open top of the said tank.

DAVID P. POTTER.

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