State v. Rivera
This text of 987 A.2d 618 (State v. Rivera) is published on Counsel Stack Legal Research, covering New Jersey Superior Court Appellate Division primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.
Opinion
STATE of New Jersey, Plaintiff-Respondent,
v.
David RIVERA a/k/a David J. Rivera, Defendant-Appellant.
Superior Court of New Jersey, Appellate Division.
*619 Sills, Cummis & Gross, P.C., Newark, for appellant (Richard J. Sapinski, of counsel and on the brief).
Camelia M. Valdes, Passaic County Prosecutor, for respondent (Christopher W. Hsieh, Special Deputy Attorney General, Acting Senior Assistant Prosecutor, of counsel and on the brief).
Before Judges CARCHMAN, LIHOTZ and ASHRAFI.
The opinion of the court was delivered by
LIHOTZ, J.A.D.
On February 6, 2008, defendant, David Rivera, was arrested for driving while intoxicated (DWI), N.J.S.A. 39:4-50. Defendant had submitted to a breath test, which was administered using the Alcotest 7110 MK III-C system with Firmware Version 3.11 software (Alcotest). The Supreme Court has concluded the Alcotest is "generally scientifically reliable" and, with the implementation of specified modifications, a properly performed test provides blood alcohol concentration (BAC) readings admissible to support a per se violation of N.J.S.A. 39:4-50. State v. Chun, 194 N.J. 54, 943 A.2d 114, cert. denied, ___ U.S. ___, 129 S.Ct. 158, 172 L.Ed.2d 41 (2008); see also State v. Mustaro, 411 N.J.Super. 91, 96-97, 984 A.2d 450 (App.Div.2009).
The Alcotest is an embedded system, which utilizes two separate methods of measurement on each provided breath sample: electric chemical oxidation sensing (EC) and infrared sensing (IR). Chun, supra, 194 N.J. at 78, 943 A.2d 114. A test subject provides two breath samples, resulting in four separate BAC measurements. Ibid. The IR and EC readings are reported on a printed Alcohol Influence Report (AIR). Id. at 79, 943 A.2d 114.
After defendant's first attempted breath sample was rejected for insufficient breath volume, the next test recorded an EC of.109 and an IR of .107. A third test recorded an EC of .117 and an IR of .114. Following the municipal court's denial of his motion to exclude the Alcotest results as invalid, defendant entered a conditional guilty plea. The municipal court sentenced defendant, a first-time offender, for a per se violation, suspended his driving privileges for seven months, required him to spend twelve hours at the Intoxicated Driver's Resource Center, and imposed a $300 fine, $33 in court costs, a $50 Victims of Crime Compensation Board assessment, a $200 DWI surcharge, and a $75 Safe Neighborhood Fund penalty. The municipal court judge stayed execution of that sentence pending appeal. After de novo review, the Law Division denied defendant's motion to suppress the Alcotest results and again convicted defendant of DWI, imposing the same sentence, which was stayed pending our review.
In his appeal defendant relies upon an interpretation of Chun, asserting:
POINT I
THE LOWER COURT'S ALLOWANCE OF A FOUR DECIMAL PLACE AVERAGING METHODOLOGY IN COMPLETING WORKSHEET A IN RIVERA'S CASE IS CONTRARY TO THE REMEDIAL PURPOSES OF WORKSHEET A AS SET FORTH IN STATE V. CHUN.
POINT II
THE RULE OF LENITY SUPPORTS RIVERA'S METHOD OF CALCULATING WORKSHEET A AND IS NOT LIMITED TO STATUTORY CONSTRUCTION.
Following our consideration of the arguments presented on appeal and our examination *620 of the record in light of applicable legal standards, we affirm the order denying defendant's motion to suppress the Alcotest results. Consequently, we do not interfere with defendant's conviction and the sentence imposed.
Prior to review of defendant's challenge on appeal, it is instructive to recite the basic operation of the Alcotest as discussed in Chun.
The Alcotest's process for ascertaining BAC is not "operator-dependent"; that is, it is fully computerized. Chun, supra, 194 N.J. at 79, 943 A.2d 114. This automation is a benefit associated with the Alcotest, "which is intended to reduce the role of the operator and thereby minimize the potential for human error" to impact the results. State v. Ugrovics, 410 N.J.Super. 482, 490, 982 A.2d 1211 (App.Div.2009).
The Alcotest is programmed to prohibit operation until it performs controlled test samples to assure accurate operation. Chun, supra, 194 N.J. at 80, 943 A.2d 114. Thus, prior to testing a subject, the Alcotest runs a controlled vapor sample with a known alcohol concentration of .10. Ibid. In order for the machine to be used, the Firmware program requires control test results be within specified parameters, not less than .095 nor more than .105. Ibid. Additionally, for a subject's breath samples to be valid, the subject must provide a continuous sample of sufficient duration, volume and flow rate, and each sample must fall within the range of certain minimum fixed criteria. If not met, the machine will generate an error message. Id. at 82, 943 A.2d 114.
The Alcotest calculates the BAC using only valid samples. "In the event that the administration of the test resulted in errors because of, for example, insufficient breath volume or duration, the AIR will report those errors and will not attempt to calculate the BAC from an inadequate sample." Ibid. The AIR reports the valid results of each EC and IR reading to three decimal places. Id. at 83, 943 A.2d 114. The measurements for the first breath test must be within the "accepted range of tolerance with the measurement for the second breath test[.]"[1]Id. at 81, 943 A.2d 114. The BAC used is the lowest of the four readings within the acceptable tolerances, truncated to two decimal places. Id. at 83, 943 A.2d 114. "The effect of truncating, as opposed to rounding, is to underreport the concentration, to the benefit of the arrestee." Ibid.
Chun ordered the programmed Alcotest range of tolerance be revised such that the benchmark for a true reading of BAC must be set at plus or minus five percent or, in absolute terms, "0.005 percent BAC from the mean or plus or minus five percent of the mean, whichever is greater[.]" Id. at 116, 943 A.2d 114. This requires two calculations when setting the upper and lower limits. Id. at 116, 119, 943 A.2d 114. Because the Firmware version 3.11 at issue utilized a plus/minus ten percent range of tolerance, manual calculations on a worksheet developed by the Court (Worksheet A) were required to assure accuracy. Id. at 118, 943 A.2d 114.
Defendant's assertions on appeal challenge the State's methodology when calculating the relative and absolute upper tolerance limits to discern whether the Alcotest readings obtained were valid. He argues for an alternative methodology that will place his EC reading of .117 outside the upper range of tolerance and nullify the overall calculation of his BAC.
*621 It is agreed that the actual mean of defendant's four Alcotest readings, reached by dividing the sum of the four readings by four, is .11175. In performing the calculations set forth on Worksheet A, the State truncated that mean to .1117 and proceeded with the remaining calculations, ultimately resulting in a BAC of .10, a reading that subjected defendant to the increased penalties provided in
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987 A.2d 618, 411 N.J. Super. 492, Counsel Stack Legal Research, https://law.counselstack.com/opinion/state-v-rivera-njsuperctappdiv-2010.