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嘉谏人工智能科技

Warehouse, intralogistics & quotation handover

From a finding in the field to an approved quotation

Stock and location records, inbound and outbound exceptions, and a controlled handover from a field discovery to an approved, priced quotation.

Operating context

The gap sits between operations and commerce

Field work discovers that a part is needed. The warehouse knows what is on the shelf. The approver decides. The customer wants a price. These four facts usually live in four places.

The mechanical parts of warehousing — inbound, put-away, picking, outbound — are often already systematised. The handover is not.

A field engineer writes a part description in free text. Someone in the office tries to match it to a stock code. The quotation is rebuilt from scratch, then waits for approval.

Every step of that translation loses information and adds days, and the customer experiences it as a slow supplier.

Objects the work is attached to

  • Item, stock code and unit of measure
  • Location and bin
  • Inbound and outbound movement
  • Pick list and exception
  • Field-originated part requirement
  • Approval and quotation

People involved

  • Warehouse operator
  • Warehouse supervisor
  • Field engineer raising a requirement
  • Approver
  • Commercial / quotation owner

Common operational problems

Where the handover fails

Free-text part requests

A description written on site cannot be matched reliably to a stock code without a second conversation.

Exceptions are absorbed silently

Short picks, damage and mislocated stock are corrected informally, so the data drifts away from the shelf.

Approval is a bottleneck with no trail

Who approved what, at what price, on what basis, is reconstructed from email later.

Traceability stops at the door

Once a part leaves, the link back to the job that needed it is broken.

Proposed workflow

Requirement, approval, quotation, traceable handover

The same eight steps, applied to parts and pricing rather than to a service visit.

  1. 01Task
  2. 02Capture
  3. 03Verify
  4. 04Approve
  5. 05Sign
  6. 06Report
  7. 07Deliver
  8. 08Follow Through
  1. Task — a requirement is raised against a job, asset or customer.
  2. Capture — the item, quantity, photo, location and reason are recorded, with stock code matching assisted rather than assumed.
  3. Verify — availability, duplicate requests and inconsistent quantities are checked against stock and location records.
  4. Approve — an authorised approver releases the requirement.
  5. Sign — the customer accepts the quotation where the commercial model requires it.
  6. Report — the quotation, pick documentation and labels are generated from the same record.
  7. Deliver — the parts and the paperwork leave together, with the link back to the originating job intact.
  8. Follow Through — consumption, cost, invoicing and replenishment continue from the same record.

What the system can capture

Field evidence, structured at the point of work

  • Item, stock code, quantity and unit
  • Location and bin, including mislocated stock
  • Inbound receipt and discrepancy
  • Picking exceptions and short picks
  • Field-originated part requirement with photo
  • Damage and quarantine records
  • Labels and traceability identifiers
  • Approval and quotation history

Capture is designed to support the engineer, not to police them: it should be faster than writing the same information twice.

Review and approval roles

Who decides what

Warehouse operator

Records movements and exceptions as they happen.

Supervisor

Resolves exceptions and confirms stock corrections.

Approver / commercial owner

Releases the requirement and owns the price.

Decision boundary. Pricing, discount, stock write-offs, credit decisions and commercial terms are set by authorised staff. The workflow prepares and records them; it does not decide them.

Reports and follow-through

Documents that match the physical movement

The value here is that the quotation, the pick and the job that caused it all reference the same record.

  • Quotation prepared from the field requirement
  • Pick and dispatch documentation
  • Labels and traceability identifiers
  • Exception and stock adjustment log

What happens next

  • Consumption feeds project cost and invoicing
  • Replenishment is triggered from real movements
  • Field jobs waiting on parts stay visible
  • The part-to-job link supports warranty and returns

Evidence status

What is proven and what is not

WMS, warehouse and quotation management work — Contributed

JJ AI TECH contributed to warehouse management and quotation management software inside a wider project owned by another party. We do not present that project’s customers or results as our own.

Field-to-quotation handover — Prototype

The path from a field-raised requirement to an approved quotation has been designed and built against anonymised process data. It has not completed acceptance in a production environment.

Anonymised process and synthetic data only — evidence note

Until a customer gives written permission, warehouse material on this site uses anonymised process descriptions and synthetic data.

Limitations

What this workflow does not do

  • We are not proposing to replace an existing WMS or ERP. The value is usually the handover between field execution, approval and quotation.
  • Automated stock-code matching is assistive. A human confirms the match before it becomes a priced line.
  • Barcode, RFID and label hardware support is validated per site.
  • We publish no inventory accuracy or cost-saving figures.

Show us the slowest quotation you produce

The handover between a field finding and a priced, approved quotation is usually where the days are lost. That is the right place to start.

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工业和信息化部备案管理系统