US989128A

US989128A - Damper-regulator.

Info

Publication number: US989128A
Application number: US59659810A
Authority: US
Inventors: Edward J Deegan
Original assignee: Individual
Current assignee: Individual
Priority date: 1910-12-10
Filing date: 1910-12-10
Publication date: 1911-04-11
Anticipated expiration: 1928-04-11

Description

E. J. DBEGAN. DAMPER REGULATOR. APPLIUATION HLM: nm 1o, 1910.

Patented Apr. 11,1911. e sRBETs-sHnBT 1.y

E. J. DEEGAN.

DAMPBR REGULATOR.A APPLICATION FILED 13110.10. 19101 989,128. -PatentedApnlLlQlL 3 SHBBTS-SHEET z ing of a dam belng shown di BEST Avmuiere cof UNITED STATES raTnirr4 OFFICE.

EDWARD J. Danone I, EDWARD J. DnGA-i, ted States, resifln at fin' tJh" County 0f and State of ew York, have invented certain new and useful Improvements Ain Damper-Regulators, of which the following is a specification.

. The invention relates to improvements in damper regulators for utility in connection with fluid heating systems of diverse natures such as steam, vapor and hot water heating s stems. I

The object of the invention isthe provid`- per regulator having associated therewith a primary expansible means c'omprising a plurality ofrindependent. expansible diaphragms, each of said independent diaphragme ha-vin associated therewith a secondary. expansi le means comprising a series of fdisksof an expan'sible .material placed with'such relation to said primary expansible means that the action on thefsecondary expansible means acts upon the primary .expansible means in such al manner that elements depending thereon receive av compound movement under expansion. y

Matter not shown, described, or claimed herein but referred to for the purpose of illustration is reserved, being described, 'shown and claimed in a plicants co-pend in a plication Serial Nid. 595586 tiled the 5t "edgy of December, 1910 mente 1n damper re lators y "In the following 1s described lin connection'witl` the accom anying, drawings one embodiment offthe invention the features thereof being more articularly pointed out hereinafter 1n the c aims.A

, In the drawings,-Figure 1 illustrates the damper regulator as applied to a fluid heating generator, the operative parts thereof agrammatically for the purposes of illustration; Fi Qis a vertical sectional View partly in eevation of amodifiedy form of the damper regulator expansible controlling supporting means; Fig. 3 is an enlar ed verticalsectional View of the preferre form of damper re lator; Fig. 4 is a cross sectional View on t e line A -B of Fig. 3; and Fig. 5 is an enlarged detail sectional View of the primary and secondary expansible mechanism.

Be it known that a citizen ofthe Uni New York cit for improveceives i or new Yoan, n.- r.

ratenteaapa 11, '191.1'. 0. 596,598.

DAMPEB-Rnerma'ron 989,128. Specincatinn of Letters raient.

Applicatie. u1u Member 1o, 1ero. srie'. I

To all whom it may concern; Similar numeral s of reference indicate throughout the veral: views. the drawingsY 1 indicates a *fluid generator 'or boiler provided with fluid heating dome 2, the well known' ty "of draft-pipe 3,A flow or fluidr supply p1 '4l leading to the meansv 1f-radiation (sai radration is not shogsyn herein asit'forms no'l essentialv part of the invention) and return plpe 5 and dam' dobr Gand the Well known forms, of l supply doors and aslb pit doors. Draft-pipe 3 has mounted therein' a damper shutter 7 co regulator levertS by m ne of 9. Damper regulator letrer. 8 i mounted on damper re mounted in` pipe line 11"Which 'connects with heating or circulating dome 2. The' outer exterior end'of damper regulator lever 8 has mounted thereon a Weightv controlling means 12 and at its extreme endy chainf13 connecting with suitable fastening 'means-on damper regulator 6. Regulator .1.0 described as bein in the manner as shown inthe drawings with relation to the system so that it retsl full head-of generated fluids under enerator, the mansimilar Apaints Referring to bell c rali s pivotallyy pressure from the Huid ner of piping thereof forming a complete 4circuit for the fluids under pressure. l' Damper regulator 10 comprises .a base casin 11 having a central fluid chamber 12 t e body of the casing thereof bein providedwith bosses .13a externally threade p to receive the Vend connections o f circulati pipe-11. Base l1*l has formed therewith a ange 14 Whichinturn has mounted thereon a strip of packing 15, Vif desired, which in turn has' mounted thereon a plate 16 having' cast therewitha bulb or chamber-17 the` object of which is hereinafter described. l 18 indicates the casing or lhood of 'the damper regulator which is provided at its upper end with anaperture 19. The lower' ortion ofsaid'hood 18 isfprovided with a lflange 20 adapted to engagea plate 16 and to be fastened to flange 14 and held rigidly thereto vby meansof bolts 21.

22 indicates a plurality of independent expansible metallic diaphragme, the lower member of each of thefindepende'nt diaphragme vbeing fastened togethe' by. any suitable means such as by a sleeve 23 and thereaftery nne'cting with gullator 10v which 'ist g mounted in pipe line 11 is placed l suitably soldered, the -extreme lower diaphragm 22 being rigidly fastened to plate 16 at the edge of the opening 24 and into bulb or chamber 17. The inner recesses 25 of each of the independent metallic diaphragme are in communication with each other and at a point spanning the opening or passage-between each passage 26.v Each of said expansible members 22 have mounted therein a disk 27 of an expansible substance such as hard rubber7 etc., the uppermost expansible diaphragm having rigidly fastened thereto a cap 2S provided with a fluid chamber 29 the upper body portion of said cap 28 being tapered to form a projecting pin 30 which engages a recess 31 on damper regulator lever 8 and supporting head 32 provided with a set screw 33 and pivotally supported in bracket 34 on diamond bearing 35. Set screw 33 provides a means of adjusting said damper regulator lever 8 with relation to the amount of travel desired in opening and closing damper 6 and draft damper 7. Each of the expansible members 27 is provided with central apertures 36 and positioned a suitable distance away from central supporting and circulating post 37 which has mounted therein a plurality of wings 38 supplying a means permitting a free circulation pf the fiuids contained in bulb 17 and the ex ansible means, said supporting and circu ating post 37 having formed on its lower end a supporting head 39 provided 'with fluid apertures 40 and adapted to rest upon the lower wall 41 of bulb or chamber 17. The bulb or chamber 17 and a predetermined number of independent metallic expansible diaphragms are filled solid with alcohol up to substantially the level as indicated at C, the object thereof being to provide a volatile fluid that will readily expand under an ordinary low temperature of fluid expansion and furthermore supplying an expansible controlling means having associated withit a primary and secondary expansible mecha-` nism cci-acting with each other inysucli a manner that the position of the dampers as associated with a fluid generator to be more positively controlled thereby lessening the possibility of an insufficient thrust of the damper regulator controlling means to operiate the associated parts of a fluid generator to rform the desired functions. The plurality of disks 27 are placed Within each of the independent metallic eXpansible-diaphragins in such a manner that they' rest upon the bottoms of each of said diaphragme 22 the upper surfaces of disks 27 being provided with grooves 42 permitting of a free circulation and passage of the volatile liquids from bulb 17 through circulating and supporting post 37 out at the top there of into fluid chamber 29 contacting and im pinging itself upon both the primary and,

secondary expans'ible means in a manner that the relative actions thereof are as one and furthermore permitting the circulating fluids to return to the volatile fluid supply chamber or bulb 17.

lVith reference to Fig. 2 of the drawings; the structure as embodied therein is substantially the same as that illustrated in the remaining figures of the drawings, excepting that volatile fluid chamber or bulb 17 is obviated providing a closing disk 43 to which the cxpansible mechanism is attached. The structure as shown in Fig. 2 of theI drawings supplies a damper regulator ap-k plicable forA use in connection with water, steam and vapor systems of heating.

The 'operation of the device is as follows z-During the generation of a head of fluid under expansion within the fluid heating generator and throughout. the means of lradiation a perfect circulation of fluids under pressure and under increasing degrees of expansion is obtained through pipe l1 whence the fluids are caused to circulate in chamber 12a and act upon the chamber or bulb 17 and thereby heat the volatile fluids as contained therein and cause said fluids to expand through aperture 24 into the chambers 25 of each of the independent expansible metallic diaphragms and against cach of the disks 27 permitting at the same time a complete circulation of the volatile fluids during expansion within said chambers 25 and thereby `cause the gradual expansion of each and all of said independent metallic expansible diaphragius and said disks thereby causing cap 28 to be moved vertically throughv aperture 19 in hood 18 and act upon supporting head 32 carrying damper regulator lever S,thus actuating the damper apparatus as desired.

`When the fluids underpressurqhave exs -panded and reached a predetermined degree of expansion they act upon the volatile fluids in the expansible mechanism and lift the weighted .end-of dani er regulator lever 8 vertically upwardly c osiiig vdamper 6 and also closing shutter 7 to'decrease the' head of fluids under expansion in 'the fluid generator' and throughout a suitable means of radiation connected with said generator, the damper regulator described herein supplying an automatic.r controlling means ap-l plicable for use in connection with steam, vapor and hot water systems of: heating. The damper regulator as herein shown land described is particularly applicable for use in connection with hot Water systems of heating as the degree of expansion is rather lowland :inclement that will ex and in the lower degrees' of pressure is a esir'ed feature, one, as' a matter of fact, -that; has never heretofore been successfully 0 erated. The volatile fluids act upon the lieatin fluids means render the damper regulator' as hereiu shown and described one that is not only applicable to hot water systems but one that maybe readily applied to varied systems ot' heating. j

lWhat I claim and desire to secure by Let-A ters Patent of the United States is 1. A device of the character described including supporting means provided with a fluid chamber, a fluid pipe reception means. an auxiliary housing therefor, afvolatile iluid chamber mounted on said supporting means, an expaiisible means comprising a primary expansible chamber consisting of 'a plurality of expansible disks, and a secondary expansible means consisting of a plurality of ex pansible disks mounted in said primary eX- pansible means said secondary expansible, means having formed therein communicat'f ing passageways to permit the flow of the; volatile iuids from said volatile fiuid chain! ber into the interior recesses of said primary expansible means.

2. A device of the characterJ described comprising a supporting body provided with a fluid chamber'and fluid pipe recep vtion means, a separate fluid chamber mounted thereon, a hood mounted on said separate fluid chamber engaging said supporting means and provided with an aperture at its top, a primary expansible means mounted in said hood on said separate fluid chamber, a cap mounted thereon projecting throughthe aperture in said hood, a plurality of eXp-ansible disks mounted in said primary expansible means, a circulating post mounted in said separate ,f .fluid chamber forming a means of communication between said chamber and 'the interior recesses of said primary eXpansible means, and a damper regulator lever supporting means mounted on said hood adjacent tosaid cap on said primary ,expansible means.

3. A device of the character described including a'f'supporting means provided with a fluid chamber and fluid pipe reception means, an auxiliary chamber-mountcd iii the fluid chamber ,in said supporting means, means for supporting said auxiliary chamber on said' supporting means,a hood provided with means engaging the supportingy means for said auxiliary chamber/ having an aper-=.

` turc at its top thereof, a primary expansible means mounted in said hood and on the, slipp'orting means fo'r said auxiliary fluid chamber comprising'a\ plurality ofI independent sheet metal diaphragms all of which coniiuunicate with one another, a secondary expansible'means comprising a plurality of inydependent disks of expansible material mounted in each of said independent metallic expaiisible diaphragms, .a circulating post mounted in said auxiliary chamber provided with means adapted t'o permit a circulation between the interior recess of the auxiliary chamber and each o'f the chambers formed in each of the independent metallic eqrpansible diaphragiiis, a capv mounted on the uppermost independent diaphragm projectingthrough the aperture in said hood, a

'bracket mounted on said hood, a damper regulator supporting head pivotally mounted insaid bracket and engaging the pin formed on said cap, and means mounted, in said lever supporting means permitting of the adjustment of said lever.

4. A device of the characterdescribed including an expansible mechanism for damper regulators comprising a fluid heating chamber2 an auxiliary fluid chamber mounted on said fluid heating means and dependiiigtlierein, a hood mounted on said auXiliary fluid chamber supporting means provided ivith an aperture at its top, a primary expansible means comprising a plurality of' independent metallic expansible diaphragms y' provided iyith apertures forming a means of communication between one another the 'lower one thereof acommuiiicating with the auxiliary -fluid chamber, a secondary expansible means mounted in each ot -said independent metallic expansible diaphragins, a

circulating post mounted in said auxiliary fluid chamber adapted to pei-init pf the circulation of a volatile fluid therethrough into each of the chambers in the independent metallic expansible means, the uppermost expansible metallic diaphragm .having mounted thereon a cap provided with a cir- 'culating chamber and having formed therewith a projecting pin adapted to engage a damper regulator lever.

In testimony ,whereof I have hereunto signed my naine in the presence of two subscribing witnesses.

y jicDWARD J. penalty.

lVitne'sses z LAURA E. SMi'rii,

SAniE -SEMLEML