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Navis TIC 4.0 Contributors (Unlicensed)

Francisco Blanquer Jaraiz

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OBSERVED PROPERTY

Fields

Type

Description

Purpose

ID (

Concept

Observed Property identifier)

M

Load

nett

GRAMMAR

Concept

Observed Property name

M

Load

Nett

GRAMMAR

Concept

Observed Propertytype

M

Load (to be added to concept type list/Check)

weight

GRAMMAR

Also known as

O

content weight, carry on weight, cargo weight

; payload

.

TIC Description

Definition

M

The

amount of weight carried by the subject

whole weight of the subject (gross) not including the weight of the subject itself (tare).

TIC Description

Further Detail

O

The load (weight) carried by cargo handling equipment normally in tonnes (but other weight units of measure are also accepted, metric or imperial).

The scope is limited to cargo movements within the terminal operational area.

We are using Load instead of Cargo to avoid confusion between “weight” that is an observed property and the “cargo” itself that is a unit.

Exclusions -

Loads that are exerted onto the ‘ground’ by equipment or rail lines (to be defined ‘civil load’ - as defined by civil engineering industry and standards).

Also not the action of loading (verb), e.g. to load a truck or unload a vessel.

Examples (exclusions):-

  • Quay Load

  • Wheel Load

  • Rail Load

 

Sub-concepts related to load -

Static:

  • Load_Safe Working

  • Load_Design

  • Load_Reference

Dynamic-

  • Load_Exceptional

  • Load_Eccentric (spreader team)

  • Load_Snag

  • Load_Gross

  • Load_Nett

TIC 4.0 “subject” can be an object (cargo, che, spreader) or a process (cargovisit, cycle) or a system (hoist, trolley). If “weight” refers to a subject that is a process or a system (not an object itself), “weight” applies to the payload that is being processed or managed by the “subject”.

The weight can be observed from 3 different perperspectives: Nett, Tare and Gross where:

Nett + Tare = Gross

Specific cases:

Specific cases:

cargovisit.weight defines the weight of the cargo of the cargo visit process.

E.g. during a container visit to a terminal the cargovisit.weight.gross.value will be the total weight of the container itself(Tare weight) plus the weight of the cargo. If there is a verified gross mass (VGM), then it equals the gross weight (cf. IMO XYZ).

cycle.weight defines the weight of the payload that is being moved.

che.cycle.weight defines the weight of the payload that is being moved by the CHE. The cycle is a process that only refers to the cargo, so the cycle weight does not include the spreader, which is part of the CHE.

E.g during a STS twin move the che.cycle.weight.gross.output.actual.ton.value will be the total gross weight of the two containers moved by the STS.

 

E.g with objects

che.weight.gross.output.actual.ton.value = 150 tons means that the CHE plus whatever cargo it is handling weighs 150 tons.

che.weight.tare.output.actual.ton.value = 138 tons means that the CHE itself weighs 138 tons.

che.spreader.weight.tare.output.actual.ton.value = 12 tons means that the spreader itself weighs 12 tons.

che.spreader.weight.gross.output.actual.ton.value = 22 tons means that the spreader plus whatever it carries or it is attached weighs 22 tons.

che.spreader.weight.nett.output.actual.ton.value = 10 tons means that payload that is being moved by the spreader weighs 10 tons (the container)

Usually when a cargo visit is handled by a CHE will result in:

cargovisit.weight.gross should have the same value as any che.spreader.weight.nett (gross cargo weight under the spreader)that is handling the cargo during its visit.

The weight of the cargo or contents of the container.TIC Description

Required Information

M

SUBJECT

; OBSERVED PROPERTY

, CONCEPTand VALUE

TIC Description

SUBJECT

 

#CHE; #STS; #SC; #RTG; #RMG; #TT; #FL; #MHC; #POW (Point of Work).(may be implied by process/handover and not measured directly)

cargovisit, CHE, spreader, hoist

 

POINT OF MEASUREMENT

 

#spreader; #hook; #twistlock;#hoisting_motor;#loadcell

pom: output

pomt: actual

 

OBSERVED PROPERTY

CONCEPTS

 

#value

weight

 

Value

 

real number; true; false.

ton

 

Related standards

O

 

TIC Description

Related TIC 4.0 definition

O

 WeightGross Nett [REVIEW] Tare (Review) weightrear; weightfront

TIC Description

Example

M

Measurement of the load under the equipment is higher than the safe working load. Status = false.

Measurement of the load under the equipment is lower than the safe working load. Status = true.

 

A 10 ton container:

tos.cargo.weight.nett.ouput.actual.ton = 6

tos.cargo.weight.gross.output.actual.ton = 10

tos.cargovisit.weight.gross.output.actual.ton =10

che.spreader.weight.gross.output.actual.ton = 22

che.spreader.weight.tare.output.actual.ton = 12

che.spreader.weight.nett.output.actual.ton = 10

che.hoist.weight.gross.output.actual.ton = 22

che.hoist.weight.nett.output.actual.ton = 10

che.hoist.weightfront.gross.output.actual.ton = 12

che.hoist.weightrear.gross.output.actual.ton = 10

che.cycle.weight.totalgross.output.actual.ton = 3456 

TIC Description

Example in the context of the process

M

STS01; LOAD_GROSS and 40Tonnes

The gross load on STS01 is 40 Tonnes.

RTG01; LOAD_NETT and 20Tonnes

The nett load on RTG01 is 20 Tonnes.

 

 

 

Image Added

CHE jSON data model including weight and load

Bloque de código
{
  "msg": {
    "id": ""
  },
  "che": [
    {
      "id": "",
      "name": "",
      "spreader": [
        {
          "id": "",
          "weight": {
            "gross": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ],
            "nett": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ]
          }
        }
      ],
      "hoist": [
        {
          "id": "",
          "weight": {
            "gross": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ],
            "nett": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ]
          },
          "weightfront": {
            "gross": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ],
            "nett": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ]
          },
          "weightrear": {
            "gross": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ],
            "nett": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ]
          }
        }
      ],
      "cycle": [
        {
          "id": "",
          "weight": {
            "gross": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "starttimestamp": "2022-03-10T16:12:12.101Z",
                "endtimestamp": "2022-03-10T16:12:12.101Z",
                "unit": "ton",
                "value": 0
              }
            ],
            "totalgross": [
              {
                "pom": "output",
                "pomt": "actual",
                "timestamp": "",
                "unit": "ton",
                "value": 0
              }
            ]
          }
        }
      ]
    }
  ]
}

TIC Description

Link to one or more operational processes

M

Move; Cycle.

TIC Description

Search tags

M

load;cargo_load;safe_working_load

weight, net, nett, tare, gross, poid, mass, deplacement.

Technical

Version / Date

M

TIC_Q4_2020 / 03.12.2020

2022.004 - 15/03/2022

Technical

Internal TIC Version

M

definition technical group

20220422

Technical

M = Mandatory

O = Optional

 

JSON:

XML:

MQTT:

 

 

 

 

 

Created by

Edited by

Review / Approve

Published

 

Francisco Blanquer Jaraiz 2020-01-01

Francisco Blanquer Jaraiz 2021-12-13 

 

 

 

 

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1 Comment

Francisco Blanquer Jaraiz

...

I think it is my fault. Load it is not a concept or a subject it is an observed property. The concept should be net, gross, design, etc.

che_net_output_load_ton: 7

che_spreader_net_output_load_ton: 7

che_hoist_net_output_load_ton: 7

che_twislock_net_output_load_ton:7

Cargo is the subject; cargo_size, cargo_weight, cargo_load?

. perhaps the better idea is to use “weight” instead of “load”

che_cargo_net_output_weight_ton

CHE

cargo

net

output

weight

ton

che_cargo_gross_output_weight_ton

CHE

cargo

gross

output

weight

ton

che_cargo_design_value_ton

CHE

cargo

design

 

weight

ton

che_traction_front_gross_output_weight_ton

CHE

traction_front

gross

output

weight

ton

che_traction_front_gross_output_weight_%

CHE

traction_rear

gross

output

weight

%

che_traction_front_gross_output_weight_ton

CHE

traction_front

gross

output

weight

ton

che_traction_front_gross_output_weight_%

CHE

traction_rear

gross

output

weight

%

2022-04-24