US1262000A - Battery-meter. - Google Patents

Description

W.ANTHONY.

BATTERY METER. APPLICAloN FILED JUNE 4. 19u.

ll QQBD Patented. Apr. 9, 1918.

E@ @marras navrant ernten.

WILLIAM ANTHONY, 0F CLYDE, OHIO.

BTTERY-METER.

To all lwhom it may concern Be it known that I, WILLIAM ANTHONY, a citizen of the United States, residin at Clyde, in the county of Sandusky and tate of 0h10, have invented certain new and useful Improvements in Battery Meters, of which the following is a specification.

This invention relates to instruments used for measuring the energy or electromotlve force of batteries and it has particular reference to the construction of meters of the permanent magnet type and which 1s adaptable for voltmeters, ammeters or volt-ammeters. The object of the inventlon is to rovlde a construction that is eiiicient and re lable for the intended purpose of the instrument; that is durable; and that is economical to manufacture. With this object in view the invention consists in the novel constructlon, arrangement and combination of parts as fully described in the followln specification .and pointed out definitely in t e annexed claims, reference being had to the accompanymg drawings which form a part of the specilication and in which similar characters of reference are employed to designate similar arts. v P In the drawings Figure 1 is a face view of a voltmeter embodying the improvements.

Fig. 2 is an elevation with the casing in central vertical section, or on line 2-2, Fig. 1.

Fig. 3 is a view of the face plate and attached elements taken at right angles to that shown in Fig. 2.

Fig. 4 is a view of the base member, solenoid support, face plate and pivot stati assembled and detached from the other elements.

Fig. 5 is a plan view of the base member4 showmg threaded attachment bossesl in section.

Fig. 6 is a plan view of the face plate.

Wig. 7 is an underside view of said face plate and the elements that are attached thereto.

Fig. 8 is a view of the permanent magnet.

Fig. 9 is a fragmentary section of the face plate, solenoid support and pivot sta, and Fig. 10 is an underside view of the supportin bracket.`

important feature of the present in- Speeiatlon of Letters Patent. l

Patented Apr. 9, 1918.

Application led J'une a, 1917. Serial No. 172,721.

v ention is the construction being almost entlrely die work. The front or face plate 1 is made of non-magnetic metaland has the dial 2 mounted thereon. A portion 1n of the face plate is struck up above the dial. This arrangement allows the moving element or indlcating finger 3 to be made straight and to operate in a arallel plane with the dial 2 for its entire ength, it also provides a clearance chamber 1" 1n which the balance weight 3 is free to oscillate in a plane with the index linger 3. A slot 1 is provided for the projection of the finger 3 and the are of oscillation of said finger is limited by the extremities of said slot.

The pivot staf 4 on which the index finer 3 is fixed is mounted in point bearings 1d 1n the member 1 and 5*. of the supporting bracket 5. The bracket 5 is of non-magnetic metal and not only provides a bearing for the pivot staii` 4, but also furnishes a support for the solenoids 6, being adaptable for the support of one or more solenoids, there beintwo in the embodiment as shown.

he bracket 5 is rst formed with the lower member as shown by dotted line in Fig. 9 and is vattached to the member 1 b punch rivets 1 which are integral wit member 1. In assembling, the pivot staff 4 is placed in position between member 1 and bracket 5, one terminal point of the staff 4 being seated in the bearin 1". The bracket is held firmly in suitab e jaws provided therefor, and the lower member of bracket 5 is up-set or crimped to seat the opposite terminal point of stali' 4 in the bearing 5, the crimping process being such as to ive the proper adjustment to the pivot sta This crimping process maintains the journals or female pivot impressions in a rigid position that is not disturbed by vibration.

rlhe base member 7 is formed with lugs 7 provided with right angle members 7 for supporting the face plate 1, said face plate being attached by screws 8 threaded into the members 7b. The base member 7 is also yprovided with lugs 7 having internally threaded bosses 7 thereon to accommodate screws for attachment of the casin 9 which incloses the working elements an lis provided with a glass cover 10.

The coils or solenoids 6 are mounted on the arms 5b which are preferably lintegral v with the bracket 5. A` permanent magnet 11 is adjustably attachedto the face plate 1 lin the following described manner z-Two f' as a center, said member 11L being adapted v lugs 1t and 1g are formed integral with the for confinement between the lugs 1f and 1S, andbeing held therein by a clamp bolt 12. The magnet 11 is thus made angularly 'adjustable, andthe'endsor poles '1 1: and 11 of said magnet being angular, relative to the body of the magnet, allows a ne adjustment v for causing the soft iron vane 4l on the pivot staff to assume a position in relation tothe solenoids that is most conducive toa uni- .formly divided Scale on the dial which in.- dicates the voltage by the registration of the index finger 3 with said dial.

the solenoids 6 and thebinding posts 13 and 13 through conducting wires, not shown but connecting said solenoids with members 14 and 14, said members 14 and 14 being attached to the base member 7 and connected with thebinding posts 13 and 13", and being insulated from-the members 15 and 16. l

As the functions of the coperating elements as embodied Vin the im roved meter are common to meters of this c aracter, it is not deemed necessary or expedient to en-l cumber the specification witha descriptionof the operation, owing to the fact that the present invention has reference to the novel construction, arrangement and combination and which is 415v manufacture.

of the elements whereby the required functions are performed. he said novel construction providing a durable, convenient and accurate instrument that'can be used either as an ammeter, a voltmeter, or both, particularly economical to Having fully described my invention .what I claim and desire to secure by Lettersv Pat- 1. A face plate for meters, and a dial mounted on the exterior of -said pla-te, saidplate having a raised portionpressed `there- 1n beyond the plane of the dial and having pivot staff carrying an indicating finger an a magnetic attraction .vane mountin inger; an

`base by insulating tion and the point bearing in the face p at ed in said supporting bracket and formed up portion of the face plate, the said indicatlng nger projectin through the slot in l a parallel plane with t e dial.

3. A base memberl for a battery meter, comprising a supporting body provided with an annular rimhaving 1ntegra1 radial bosses formed thereon for'attachment of the meter casing, and havingintegral rightangularly disposed lugs for attachment of the meter face plate. Y

4. A base member for a battery meter, comprising a su porting body provided with \an annular rim aving mtegral radial bosses formed'thereon for-attachment of the meter casing and having integral right angularly disposed lugs for attachment of themeter face plate, and having binding ost conneciftirons attached thereto and ins ated there- I 5. In a battery meter, a case; a base mem- Electrical connections are made between ber secured therein; a face plate on which the dial is mounted attached to said. base member, a ortion of said face plate being formed up eyond the'plane of the dial; a solenoid; a ma et;an oscillating indicatbinding post connections; sa1d base .member adapted to supportthe bindingi post connections, and said face plate adap e to support all the other elements, the indicating-finger projecting through the formed up portion of said face plate.

' 6. In a battery meter a face plate having a portion thereof formed up beyond the .plane of the body of the plate and provided with a oint bearing; a bracket attached to the'un erside of said face plate and pro- ,vided with a crimped ortion; an oscillating pointer staff journaled) in said crimped portion andthe point bearing' in the face plate;

and coils supported by sa1d bracket.

7. In .a battery meter a face plate having a portion thereof formed up beyond the plane of the body of the plate and provided with a oint bearing; a bracket attached to the un erside of said face plate and provided-with a crimped (portiong an oscillating pointer staff journale in said crimped ore. ai

coils supported b` said bracket; inte lugs formed on t e underside of the acey plate; and a magnet supported b said lugs.

8. In a battery meter a face pate having a portion vthereof formed up beyond the plane of the body of the'plate and provided with a point bearing; a bracket attached to the underside of said face plate by integral punch rivets and provided with a crimped portion; an oscillating pointer staif journaled in said crimped portion and the point bearing in the face plate; and solenoids supported by said bracket.

9. In a battery meter a face plate having a portion thereof formed up beyond the plane of the body of the plate and provided up portion of the face plate and in the with a slot and a oint bearing; a bracket crimped portion of the bracket, the indicatattached to the un erside of said face plate ing finger projecting through the slot n 10 and provided with acrimped portion, said lsaid plate its oscillating movement being 5 bracket supportin an oscillating stad havlimited by said slot.

, ing an indicating ger attached thereto and In testimony whereof I aiiix msignature. journaled in the point bearing in the'formed WILLIAM AN HONY.

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