36 Wis. 2d 489 | Wis. | 1967
The single and narrow issue raised by this appeal is whether or not the trial court committed prejudicial error when it permitted Officer Marlewski to testify that the breathalyzer reading was .19 of one percent blood alcohol by weight.
No objection was made in the trial court, or has been raised on this appeal, challenging the reliability or accuracy of this breathalyzer machine, or the qualifications of this officer to give the test, or the manner in which this test was given. The sole objection is that the trial court permitted Marlewski to give the results of his reading (without first being qualified as an expert who understands and can interpret the results of that reading).
The breathalyzer was developed by Dr. Robert F. Borkenstein and was first made available to the public in 1954.
“. . . a semi-automatic console analyzer designed to give reliable results when operated by law enforcement*493 officers and others with little formal scientific background. It wastes all but the last portion of a long exhalation and then traps a measured volume of that exhalation. Upon release of a gravity-activated piston, the trapped (alveolar) breath is forced through a measured volume of reagent (potassium dichromate in sulfuric acid) contained in a glass ampoule. The alcohol-sensitive reagent loses color in direct proportion to the amount of alcohol present in the breath sample. By comparing the test ampoule of reagent with an unopened ampoule, the instrument photoelectrieally measures the amount of color change and automatically calculates and gives a reading of the subject’s blood-alcohol percentage.”2
Since the breathalyzer was developed, many studies of its faults and virtues have been conducted.
“One of its most interesting aspects is utilization whenever possible of the ‘fail-safe’ principle, so that errors caused by either mechanical defect or operator fault will usually produce low rather than high readings.”3
Another feature of the breathalyzer is its ability to discriminate against substances other than alcohol that might react with the machine’s reagent (i.e., potassium dichromate).
It is unnecessary to consider the many steps followed in the actual giving of the test, either generally or by Officer Marlewski, since no challenge was made at the trial of the actual conduct of the test.
Although Marlewski is merely a high-school graduate without any chemistry background and had only performed one actual breathalyzer test prior to the testing of the defendant, he had had some training in operating the machine. Marlewski had received three days of training at the Wisconsin State Police Academy. After completing this instruction and passing a test, he was given a certificate indicating that he was a “Breathalyzer
Thus, we reach the narrow issue of whether or not Marlewski was a competent witness to testify as to the reading from the breathalyzer.
In the case of Kuroske v. Aetna Life Ins. Co.,
In 1949 the Wisconsin legislature enacted sec. 85.13 (2), Stats. This statute not only approved the use of chemical tests to determine intoxication, but also declared the weight to be given to the findings derived from the tests. Sec. 85.13 (2), Stats. 1949, inasmuch as the weight to be allocated to various percentages of alcohol is concerned, is substantially the same as our present sec. 885.235. Sec. 85.13 (2), Stats. 1949, however, was silent on the question of whether or not expert testimony was still required.
In State v. Resler
Subsequent to Resler the legislature, by ch. 510, Laws of 1955, repealed sec. 85.13 (4), Stats, (the former sec. 85.13 (2), Stats. 1949) and created in its stead sec. 325.235. Sec. 325.235 (now renumbered sec. 885.235) provides that if the chemical test was performed within two hours after the event to be proved, “ [s] uch chemical analysis shall be given effect as follows without requiring any expert testimony as to its effect.”
This statutory language is clear and unambiguous. When confronted with language of this type, no judicial rule of construction is permitted, and the court must arrive at the intention of the legislature by giving the language its ordinary and accepted meaning.
The clear meaning of this statutory language is that an expert witness is not required to interpret the results of the enumerated chemical tests in so far as their effects are concerned. Actually, the statute itself evaluates the results of the various tests.
In the instant case, Officer Marlewski did not attempt to evaluate or interpret the results of the test. To do this would have been error because admittedly he was not qualified to make such an appraisal. Marlewski merely related the breathalyzer’s reading, which he was competent to do.
If a defendant wishes to challenge the machine itself, he may make an application for inspection under sec. 269.57, Stats., and ask the court to exercise its discretion by allowing a pretrial examination of the device.
A defendant is still free to challenge the training and experience of the breathalyzer operator himself, as an “operator.” A defendant may challenge the procedure employed by the operator in conducting the test. The defendant made none of these challenges in the instant
By the Court. — Judgment affirmed.
The functioning of the machine is explained in Watts, Some Observations on Police-Administered, Tests for Intoxication, 46 N. C. L. Rev. (1966), 34, 55-69.
Id. at page 64.
Id. at page 66.
(1940), 234 Wis. 394, 291 N. W. 384.
In Kuroske, supra, footnote 4, at pages 403, 404, this court discussed the then recent statutory enactments in Indiana and Maine which authorized their courts to admit scientific evidence of intoxication and which declared the effect of the results of such evidence.
(1952), 262 Wis. 285, 55 N. W. 2d 35.
Id. at page 290.
For example, see sec. 886.235 (1), Stats., which states: “(1) In any action or proceeding in which it is material to prove that a person was under the influence of an intoxicant while operating or handling a vehicle or firearm, evidence of the amount of alcohol in such person’s blood at the time in question as shown by chemical analysis of a sample of his breath, blood, urine or saliva is admissible on the issue of whether he was under the influence of an intoxicant if such sample was taken within 2 hours after the event to be proved. Such chemical analysis shall be given effect as follows without requiring any expert testimony as to its effect:
“(a) The fact that the analysis shows that there was five-hundredths of one per cent or less by weight of alcohol in the person’s blood is prima facie evidence that he was not under the influence of an intoxicant;
“ (b) The fact that the analysis shows that there was more than five-hundredths but less than fifteen-hundredths of one per cent by weight of alcohol in the person’s blood is relevant evidence*496 on the issue of intoxication but is not to be given any prima facie effect;
“(c) The fact that the analysis shows that there was fifteen-hundredths of one per cent or more by weight of alcohol in the person’s blood is prima facie evidence that he was under the influence of an intoxicant, but shall not, without corroborating physical evidence thereof, be sufficient upon which to find the person guilty of being under the influence of intoxicants.”
See Annot. (1961), 77 A. L. R. 2d 971. In an analogous case, Omohundro v. County of Arlington (1953), 194 Va. 773, 75 S. E. 2d 496, the Virginia Supreme Court allowed a police officer to testify as to the reading of a “Drunk-O-Meter.” The officer’s qualifications (i.e., no college training or courses in chemistry, and two days of instructions on the machine) were similar to Marlewski’s. See also, Toms v. State (1952), 95 Okla. Crim. 60, 239 Pac. 2d 812. In Alexander v. State (Okla. Crim. 1956), 305 Pac. 2d 572, the court held that a police officer could testify as to the reading from a Harger drunkometer even though he did not understand and could not work the formula by which the machine produced the reading.
Appleton v. Sauer (1956), 271 Wis. 614, 74 N. W. 2d 167.