Project Judgment Summary
Page natureEnterprise application plan, no customer on-site acceptance record has been formed
imaging inputlaser line scan
main outputOuter envelope length, width and height, envelope volume, coverage integrity and abnormal status
Prerequisites for implementationTransport positions, complete contour coverage, reference planes, occlusion rules and reference dimensions
Current status:Application plan, no customer on-site acceptance record has been formed
Algorithm processing and output
Synchronized height map → conveyor surface subtraction → target separation/attitude → envelope size and integrity check.
Output results: length, width and height, agreed outer envelope volume, coverage rate and pending review status; internal cargo volume or net package volume is not calculated.
Implementation and verification
Adapt coding fusion, separation and size interfaces according to one conveying condition, and keep workpiece correspondence and abnormal records.
Verification method: Compare with standard size parts and independent measuring tools, and count the size/volume error, package rejection and complete scan rate respectively.
Applicable boundaries and existing basis
Transparent or black glossy packaging, band surface runout and target missing scans need to be verified with real samples; missing boundaries cannot be given a valid envelope by default.
Beyond the existing base modules, full delivery sync, envelope and live beats still need to be developed and validated.
Corresponding algorithm:Laser line scanning topography and surface geometry analysis algorithm。
Industry public information reference
The following content is used to illustrate the systematic division of labor of similar tasks in public industry materials. The original project does not belong to Jishi Technology, and the original data parameters are not converted into the performance commitment of this page.
Third-party public information · LMI Technologies / Engineering InnovationEngineering Innovation: Laser profile measurement in parcel handling equipment
LMI public case summary describes the Gocator 2180 line profile sensor integrated in package handling equipment to scan and measure different packages.
References to this program:This case can support application areas where line scanning is involved in package measurement, where conveying, boundary integrity and result tracking still need to be designed as a whole.
Reference boundaries:The original report belongs to the public project description of the manufacturer and integrator, and is not our acceptance or independent re-inspection; the accuracy, rhythm and processing volume are not our commitments.
View original public information →
Enterprise project promotion and acceptance
- scope confirmationClarify the objects, workstations, inputs, outputs, units, interfaces and abnormal conditions that must be covered.
- Sample verificationUse representative normal and abnormal samples to establish a baseline and record what works, what fails, and data gaps.
- Development joint debuggingComplete the algorithm, calibration, interface and equipment adaptation according to the approved scope, and retain the version, parameters and abnormal status.
- Item acceptanceUse independent samples and reference value retests to confirm errors, detection, tempo, stability and deliverables respectively.
