US1782890A

US1782890A - Ventilating apparatus

Info

Publication number: US1782890A
Application number: US354781A
Authority: US
Inventors: Henry L Elliott; Robert A Carroll
Original assignee: THOMAS W HENDERSON
Current assignee: THOMAS W HENDERSON
Priority date: 1929-04-13
Filing date: 1929-04-13
Publication date: 1930-11-25
Anticipated expiration: 1947-11-25

Description

Nov. 25, 1930. H. ELLIOTT ET AL VENTILATING- APPARATUS Filed April 13', 1929 INVENTORS.

Patented Nov. 25, 1930 U ATE PAT HENRY L. ELI JIOT'DANb ROBERT A. CARROLL, orfcLAYsvrLLn,rnmvsiznvamn; hssIGNoRs omens-THIRD "r THOMAS w. nnnnnnson, or WASHINGTON, PENN- sYLvANIA= 1' Application filed April 13,

Our invention relates to certain new and useful improvements in ventilating apparatus, and important objects of the invention are to provide a ventilating apparatus of the character described, ina manner as hereinafter referred to, which is adapted for connance.

With the foregoing andother objects in View which will appear as the description proceeds, the invention resides in the combination and arrangement of parts andin the details of construction hereinafter described and claimed, itbeing understood that changes in the precise embodiment of the invention hereinafter disclosed canbe made within the scope of what is claimed without departing fromthespirit of the invention.

a In the drawingwherein like numerals of reference designate corresponding parts throughout the several views Flgure 11s a vertical cross sectlonal view of a ventilating unit, constructed in accordance'with the invention and adapted for connection with a hot air typeofh'eating system.

t Figure 2 lS'iL top plan view thereof. FigureS is a side view of a'modifiedfor-m of ventilating unit adapted for connection with heating systems employing water,

steam, vapor or the like as a heating agent.

, Referring in detail to the drawing our imdicated at 13.

JVENT IL AT ING APPARATUS 1929. serial N5. 354,751. l

proved ventilating apparatus comprises a receptacle 1 provided with an opentop which is closed by a removable, air-tight cover 2. The interior of the receptacle 1 is divided into a primary chamber 3*anda secondary chain ber 4, by a partition wall 5, whichis disposed transversely and extends vertically. The partition wall 5 is fixed to the bottomand side walls of the receptacle "1 and the upper end thereof projects into-a hood 6,-which is fixed to the topof the cover 2. The only communication between the primary and secondary chambers 3 and 4 is throughthe hood 6 over the upper end of the partition wall 5, which is spaced from the top ofthe hood 6 to provide a passage therebetween. j

primarycooling coil 7 is mounted in the primary chamber 3 and a similarcooling coil 8 is mounted in the secondary chamber 4, Theinl'etends ofthe cooling coils 7 and 8 connect, and communicate with a common inlet conduit 9 and are provided with

respective control valves

10 and 11. The outlet ends of the cooling coils 7 and 8 connect and communicate with the outlet conduit 12, as in- The inletand outlet conduits 9 and 12 are adapted for connection with any suitable. me-

chanical refrigerating unit of the type now' in common use for cooling associated coils to a desired low temperature for refrigerating purposes. No claim is made to any particular mechanical refrigerating unit except for the specific arrangement of the associated coils 7 and 8 as embodied in the present invention.

A plurality of spaced, transversely extend ing and vertically disposed bafile plates 14 are fixedly carried b the cover 2 and depend into respective cham ers 3 and .4. A plurality of similarly disposed bafile plates 15'are fixed to the bottomof the receptacle 1. i

The baflie plates 14: and 15 are disposed in staggeredrelation with respect toeach other, and extend into the bends forming respective cooling coils 7 and 8, thelower ends of the ballle plates 14 being spaced from the bottom of the receptacle 1 and the upper ends of the baffle plates being spaced from the cover 2.

The prin'iary chamber 3 carries a supply of liquid 16, preferably water mixed with some suitable, non-corrosive chemical agent to prevent the possibility of freezing the water by the temperature of the primary coil 7, which has the greater portion thereof submerged in the liquid 16.

The cover 2 is provided with an inlet plug 17 for supplying or replenishing the liquid 16 in the primary chamber 3. The receptacle 1 carries a gauge 18 which registers the level ofthe liquid 16, and embodies a drain valve 18 for draining the liquid 16 from the primary chamber 3 when required. The baffle plates 15 in the primary chamber 3 are formed with apertures 19, which are disposed adjacent to the bottom of the receptacle 1, and provided to allow the draining of the chamber 3, in the manner herein stated; 7

No liquid is carried in the chamber 4, and

the secondary coil 8 in the latter virtually constitutes a condenser for dehydrating the air on its passage through the said chamber 4. A cup 20, provided with a drain cock 21, is fixed to the bottom of the receptacle 1 and communicates with the chamber 4 for collecting potential drippings from the operation of the condenser coil 8. The baffle plates 15 in the secondary chamber 4 are formed with apertures 22, which are disposed adjacent to the bottom of the receptacle 1 to permit the draining of the chamber 4 of dripping, as herein set forth.

Figure 2 illustrates the embodiment of our improved ventilating apparatus as functioning through a hot air type of heating furnace. An air outlet conduit 23 establishes communication between the secondary chamber 4 and the distributing dome 24 of any ordinary hot air type of heating furnace. The outlet conduit 23 connects with the cover 2 and communicates with the chamber 4 at a point between the end wall of the receptacle 1 and the baffle plate 14 which is adjacent to said end wall.

Air is supplied to the ventilating apparatus through an inlet conduit 25 which connects with the cover 2 and communicates with the primary chamber 3 at a point between the other end wall of the receptacle 1 and the bafiie plate 14 which is adjacent to said end wall.

The air is driven through the ventilating apparatus by a power operated blower 26, as shown, which is connected with the inlet conduit 25. It will, of course, be obvious that the latter may connect with an air storage reservoir providing the desired air pressure to operate the ventilating apparatus, instead of employing the blower 26, as stated. The air supply may be drawn from the enclosures being ventilated or from a fresh source of supply.

In practice the operation of our improved ventilating apparatus, when used in connection with a hot air type of heating system, is as follows :-The operation of the blower 26 will force the air into the primary chamber 3, through the liquid 16, downward and upward between the

baffle plates

14 and 15 and along the entire length of the primary coil 7. As the temperature of the latter and of the liquid 16 is very low, the air on its passage through the primary chamber 3 in the manner stated, will become chilled.- Further the forced passage of the air through the liquid 16 will remove all impurities therefrom.

The chilled air now passes from the primary chamber 3 through the hood 6 and over the top of the partition wall 5 into the secondary chamber 4. The air passes around the

baffle plates

14 and 15 in the secondary chamber 4 and along the secondary coil 8, which still further chills the air to the temperature desired and prepares same for distribution. The air is now forced from the secondary chamber 4 into the furnace dome 24 through the outlet conduit 23. The chilled air is driven from the furnace dome 24 by its normal operating pressure and is distributed to the various rooms of the building structure through the usual warm air pipes connected with the furnace dome 24 in the manner identical to their function when employed for distributing hot air in the usual manner.

It will be apparent that the air may be distributed without utilizing the distributing ducts of a hot air heating system, by providing special distributing conduits therefor. However, the heat distributing ducts of a hot air heating system are admirably adapted for distributing the cool air as described. It is. of course, intended to operate the cooling and ventilating device only during the seasons in which the heating system is not required for heating purposes.

The control and operation of the secondary coil. 8 regulates the humidity of the cooled air before the same is distributed. An excessive amount of moisture in the air might result in unhealthful conditions and dampness. I t might also cause condensation on the interior of the distributing ducts, causing rust or corrosion.

Figure 3 illustrates a modified form of ventilating and cooling system which is designed for use in connection with heating system employing water, vapor and the like through radiators in the usual manner.

The device comprises a cooling coil 27 mounted in a closed water receptacle 28. The coil 27 is identical in construction and operation as the primary coil 7, herein described, and is provided with an inlet connection 29, including a control valve 29, and with an outlet connection 30. The receptacle 28 is ing coil 27, whereby the radiators will be also provided with a plurality of bafiie plates 31, which are arranged in a manner identical to that described relatively, to the preferred form.

A pump 32 isemployed for circulating water through the receptacle 28 and through the radiators oi the heating system with which the device is connected. A conduit 33 communicably connects the one end of the a receptacle 28 with the pump 32, and a pipe 34 connects the latter with one end of the radiatorfinstallation. yAnother pipe35 conneots the other end-ofthe radiator installation with the other end ofthe receptacle 28. f

It will be evident that theoperation of the pump. 32 will continually circulate'the tures,

aud through said secondary chamber,

rality of bafiie plates fixed insaid receptacle for directing the airagainst said cooling elements on its passage through said chamhere, means communicating w1th sa d secondary chamber and wlth the heat distributing ducts of a hot air furnace for distribut mg the air from said receptacle through sald ducts, and means for regulating the operations of said coollng elements. a

In testimonyavhereof weaifix our signa HENRY L. ELLIOTT.

Water through the radiators and through v the receptacle 28. ,The water, on passing through the receptacle 28, is chilled by coolcontinuously filled with very cold circulating water providing the desiredtemperatures to the enclosures in which they are located. a

The present invention provides "a most efficient device'ofits kind for regulating and controlling ventilation toenclosures at any cooling temperature desired. a

What We claim is n i' l In a ventilating apparatus of the character described, a closedreceptacle, apartition wall dividing said receptacle into a, -j

and partially submerging said primary element,

means for forcing air under pressure through the llquid 1n said primary chamber and through said secondary chamber, a plurality of baflle plates fixed in said receptacle for directing the air against sald coollng elements on its passage through said chambers, and means communlcating,

with said secondary chamber and with the heat, distributing ducts of a hot air furnace for distributing the air from said receptacle through said ducts.

2. In a ventilating apparatusfof the character described, a closedreceptacle, a partition wall dividing said receptacle into a primary chamber and a secondary chamber,

said chambers communicating with each 1 other at the upperend of said partition wall, a prlmary coollng element mounted 1n said primary chamber, a secondary coollng ele ment mounted in said secondary chamber,

liquid stored in said primary chamber and partially submerging said primary element,

means for forcing air under pressure through the liquid in said prlmarychamber ROBERT. A. CARROLL. n

V "i lso llO