US2142419A

US2142419A - Examination paper scoring device

Info

Publication number: US2142419A
Application number: US114924A
Authority: US
Inventors: Henry R Strongman
Original assignee: Individual
Current assignee: Individual
Priority date: 1936-12-09
Filing date: 1936-12-09
Publication date: 1939-01-03
Anticipated expiration: 1956-01-03

Description

Patented Jan. 3, 1939 UNITED STATES PATENT OFFICE EXAMINATION PAPER SCORING DEVICE Henry R. Strongman, New York, N. Y.

Application December 9, 1936, Serial No. 114,924

3 Claims.

This invention relates generally to an examination paper scoring device, and more specilically to a device adapted to correct pupils examination papers in an efficient and scientic manner, the device being especially adapted for objective tests, wherein the pupil marks an answer or scoring sheet.

The main object of the invention is the provision of a device of the above nature which aids le in quickly correcting the true-false or yes-no types of questions as well as the multiple choice types of questions by Vmeans of a mechanical indication of the correct answers.

Another object of the invention is the provision of a device whereby a plurality of examination papers of the same type are corrected by one manipulation rather than by individual correction.

Another object of the invention is to provide a device which is portable 'and which may be easily applied by an easy arrangement of indicators.

Another object of the invention is to provide a device which encourages the substitution of questions amenable to simple replies and correction in contrast to the submission of the students examined to the so-styled essay type of question.

Another object of the invention is to perfect a device of the above nature which is cheap to manufacture and easy to manipulate.

y These objects and other incidental ends and advantages of the invention will hereinafter appear in the progress of the Vdisclosure and as pointed out in the appended claims.

In accordance with the drawing: I

Figure 1 is atop plan view of the device with the cover member thereof extended 180.

Figure 2 is a cross-sectional View of Figure 1 along the plane 2-2 thereof.

Figure 3 is a foreshortened view similar to Figure 1 showing a different number of perforators and perforations.

Figure 4 is a cross-sectional View of the apparatus similar to Figure 2 with the cover member thereof closed.

Figure 5 is a sectional view of Figure 1 along the plane 5-5 thereof.

In accordance with the invention and in accordance with the preferred form shown in the drawing, the scoring device consists essentially of a portable box construction having a hinged cover member. A metal sheet perforated with columns of holes to receive perforators such as tacks, pegs, pins or rivets is mounted within the box so that when the cover member or metallic housing, having perforators corresponding to the position of the perforations in the metal plate, is closed, the perforators will pass through the corresponding respective openings in the perforated metal plate thereby piercing scoring sheets positioned between the cover and the perforated metal plate. k

The Scoring device comprises a frame work having side walls I3 and I4 and a lower transverse wall I5. rIhe upper transverse wall I6 is reduced inside of the side walls I3 and I4 to permit a cover member to be hingedly secured thereto as will hereinafter appear. A perforated metal plate I0 is mounted within the frame work extending from the upper surface of reduced wall I6 to form an intermediate partition. .The plate III is suitably mounted to the frame work by means of side flanges II and I2 secured to the inner surfaces of side walls I3 and I4, the metal plate IU being also Secured to the upper surface of wall I6 by means of hinges I9 and 20. The said hinges serve also to secure the cover member to the frame work.

The lower surface of the frame work is provided with a plate or other covering member I'I making the frame work box-like in construction.

Numeral I8 in Figure 1 represents one of the perforations in perforated metal plate I0, the said perforations as shown being disposed in five double vertical columns, each double vertical column having a set of twenty double holes arranged vertically. Numeral 3I, in Figure 3 represents one of the perforations of an arrangement wherein there are four parallel vertical columns, each vertical column containing preferably twenty-ve lines of holes with four holes on a line. It is of course understood that the arrangement of the perforations in metal plate I0 follows the arrangement of the boxes on the scoring or answer sheets, and that there may be as many differently designed metal plates IB as there are scoring sheets. The scoring sheets are adapted to lie on metal plate I0 with each printed box superposing a hole therein.

The cover member is hinged to the frame work at the upper surface of transverse wall I6 by means of hinges I9 and 2U, as has been mentioned, and is in reality a metallic housing having a plurality of perforators projecting from the under surface thereof. The housing comprises an inner plate 2|, an outer plate 22 and an intermediate gasket or section of corrugated board 23. The inner plate member `2| is provided with a series of perforations disposed in Cil the same arrangement as the perforations I8 or 3| of perforated metal plate I0. These perforations are indicated by numerals I8' and 3|'. Freely extending through the perforations |8 and 3|' are perforators or indicators, the latter being in the form of pegs, tacks, pins and the like, and having heads 25. The gasket or section of corrugated board 23 has a series of punctures therein similar in position to perforations I8' or 3l', so that the perforators 24 may be inserted through the said punctures and project from gasket 23 to penetrate perforations I8 or 3| in the inner plate member 2|. The heads 25 of perforators 24 rest on the outer surface of gasket 23. Outer plate 22 serves as a compression element against the heads 25 of perforators 24, the gasket 23 preventing the perforators 24 from being displaced in I8 or 3|. The outer plate 22 and inner plate 2| are hinged together by a set of hinges as indicated by numeral 26, the said hinges being secured to the opposing faces of the said inner and outer plates 2| and 22. A handle and bolt attachment is provided to secure plates 2| and 22 and gasket 23 together. Bolt 29, extending from the outer surface of inner plate 2| penetrates gasket 23 and projects beyond the outer surface of outer plate 22. The end of said bolt is threaded for a nut 3i) to maintain a handle or knob on the projecting portion of bolt 29..

When the knob 28 is removed, the inner plate 2| may be separated from the outer plate 22 on hinges 26. This separation frees inner plate 2| from perforators 24, leaving the said perforators 24 attached to gasket 23. Gasket 23 may be removed with all the perforators 24 therein for purposes of rearrangement to conform with the correctness of the answers to be marked on the score sheets 32. Y

In the yes-no type of questions, the perforation for which is illustrated in Figure 1, perforators 24 are arranged in pairs in vertical columns for 100 questions, so that one perforator remains in each pair to perforate the correct or incorrect responses, at the discretion of the marker. The answer is crossed or checked by the pupil on his marking sheet. For the construction shown in Figure 3, the perforators 24 are arranged so that one perforator remains in each set of holes 3|', the said holes 3| corresponding to the orifices 3| of perforated metal plate |0, as shown in Figure 3. The perforations I8 and 3| of the metal plate IE) are larger than the perforators 24, so that the said perforations may receive the points of the perforators. The perforators 24 are properly set according to the correctness of the responses, as aforesaid, and will penetrate the test papers placed above perforated metal plate ||l upon the closing of the cover member. The papers 32 are placed against the hinges i9 and 2D to insure the accuracy of position thereof relative to the perforated metal plate l0. The score sheets 32 are provided with box enclosures which are arranged to superpose the perforations I8 or 3|, the said enclosures being numbered to identify them with the number of each question asked, The pupil inserts a check in the enclosures to indicate the correct answers.

The cover member of the box has sufficient weight so that when closed the perforators 24 may pierce a plurality of score sheets answering the same examination questions.

The pupils scores may be derived by inspection of the number of answers marked by the pupil which have no perforations, such answers being incorrect. It is assumed that there will be a fewer number of incorrect answers than correct ones. In this Way, time is reduced in ascertaining the pupils scores.

It is understood, of course, that the perforations |8 and 3| may be varied in number and in formation corresponding to the number and formation of the score sheets. However, the variation in the arrangement and number of perforations |B and 3| is accompanied by a similar variation in the perforations I8 and 3| of the cover member.

I Wish it understood that minor changes in the material of the scoring device in the size, attachment and integration of the several parts may be resorted to without departing from the spirit of the invention and without departing lfrom the scope of the appended claims.

I claim:

l. In apparatus for gradinganswers simultaneously on a plurality of scoring or answer sheets, the latter having printed thereon a predetermined arrangement of box enclosures corre spending to examination questions, a perforated plate member having perforations in the same spaced relationship as the box enclosures printed on the scoring sheets and on which perforated plate member the said scoring sheets lie with the box enclosures registering with the said perforations, mounting means for the said perforated plate member, a cover member for the perforated plate member having a separable inner and outer plate and an intermediate gasket member a plurality of perforating members mounted in the gasket member and penetrating the inner plate and being adapted to register with the perforations of the perforated plate member and being arranged in a predetermined spaced relationship whereby upon engagement with the perforated plate member the box enclosures of the scoring sheets having the correct answers checked or crossed will be pierced.

2; In an apparatus as described in claim l wherein the cover memb-er is comprised of an inner and outer plate member, a gasket member between the said plate members, means to pivotally connect the plate and gasket members, means to pivotally connect the cover member to the mounting means for the perforated plate member, and a plurality of removable perforating members penetrating the inner plate member and extending from the outer surface of the gasket member.

3. In an apparatus as described in claim 1 wherein the cover member is comprised of an inner and outer plate member, a gasket member between the said plate members, means to connect the plate and gasket members, means to connect the cover member to the mounting means for the perforated plate member, and a plurality of removable perforating members penetrating the inner plate member and extending from the outer surfaces of the gasket member.

HENRY R. STRONGMAN.

Pfl