grater
Enable an AI agent to recognise a grater, assess its suitability and condition, and decide how it may be used, cleaned or maintained.
Research draft, second pass
A second pass drafted this model: the structure a model of this thing needs, and what is known about it in the world. The line under this one says how the second half was obtained - researched against sources, or recalled without web access, in which case nothing here was read anywhere and every claim is a lead to verify. Unreviewed either way.
recalled by Codex without web access - no source was read
Researched by: Codex
Purpose and description
Enable an AI agent to recognise a grater, assess its suitability and condition, and decide how it may be used, cleaned or maintained.
A grater is a tool that reduces food into shreds, flakes or fine particles by moving the food and a surface bearing repeated cutting edges relative to one another.
It can be Select a grating surface for a specified food and desired output.; Position and stabilise the grater so food can be presented and output collected.; Grate food using the supported stroke or rotary motion and applicable food holder.; Stop operation and clear trapped food using an appropriate procedure.; Inspect and clean teeth, openings, drum interiors and residue-retaining joints.; Replace compatible removable parts and cover exposed teeth for storage..
Distinguishing features
Its working area contains repeated teeth or abrasive projections that remove material as food moves across them.
It normally produces shreds, flakes, particles or pulp rather than a sequence of full-width slices.
A rotary grater brings a toothed drum into contact with food held against it; rotation alone does not establish that an appliance is a grater.
A perforated grating surface has cutting edges associated with its openings; a sieve or colander has openings primarily for separation or drainage.
A combination tool qualifies through its grating surfaces, while any slicing face is recorded as an additional function.
Scope
+ Grating surfaces, tooth geometry and intended food textures
+ Handheld, box, rotary and powered grating configurations
+ Food presentation, applied motion and grated-output paths
+ Grip, support, guards and access to cutting surfaces
+ Surface wear, trapped residue, cleaning and replaceable grating components
- Mandolines and slicers whose primary action produces slices with discrete blades
- Peelers whose primary action removes an outer skin in strips
- Food processors and other host appliances beyond their grating attachments and interfaces
- Industrial material rasps, files and shredding machinery
- Recipes, ingredient composition and prepared-food storage
Characteristics
- Grater configuration
- flat handheld | rasp-style | box | rotary drum | appliance attachment | other Determines how the food, tool and receiving container must be positioned.
- Grating surface geometry
- raised cutting perforations | projecting teeth | abrasive projections; record cutting direction and opening shape Helps distinguish cutting behaviour, food suitability and cleaning access.
- Working surface dimensions
- usable length and width in mm; drum diameter and length in mm where applicable Constrains food contact area, stroke length and placement over a container.
- Tooth and opening dimensions
- tooth spacing, projection height and opening dimensions in mm where measurable Provides a more comparable description than unqualified fine or coarse labels.
- Observed output
- shreds | flakes | fine particles | pulp; record test food and operating conditions Output depends on both the grating surface and the food being processed.
- Drive and motion
- manual stroke | hand crank | powered rotation; one-way or bidirectional cutting Determines the required action and how cutting motion can be stopped.
- Food-contact materials
- identified material and coating for each food-contact component; unknown where unverified Informs cleaning compatibility and investigation of corrosion or surface damage.
- Working condition
- record tooth wear, deformation, cracks, corrosion, loose parts and retained residue separately Supports decisions about cleaning, repair, component replacement or withdrawal from use.
- Compatible host and protective accessories
- links to compatible appliance, drum, food holder, guard, cover and receiving container Prevents assuming that visually similar components fit or provide adequate protection.
Also called
Where this came from
wikidata · CC0 1.0
Drafted structure
Bundle to layer to finding to question, as the second pass will find it: 5 bundles · 9 layers · 14 findings · 26 questions.
Grating identity and boundaries Establishes which surfaces perform grating and how the tool relates to combination utensils or host appliances.
The presence of holes, blades or a rotating drum alone does not identify a grater.
Working surface identification
Identifies the repeated features that remove material from food.
Grating action test
Record whether repeated teeth or projections remove small pieces through relative motion, including surfaces without through-holes.
- Which visible surface features cut or abrade the food? definition
- Does this surface grate food, slice it, or merely allow material to pass through openings? boundary
Tool and attachment boundary
Separates the grating function from neighbouring functions and supporting equipment.
Grating component ownership
Identify the grating faces or components and whether they belong to a standalone utensil, combination tool or appliance attachment.
- Which faces or removable components perform grating rather than slicing or another operation? boundary
- What host, holder or drive must this component connect to before it can grate? definition
Food contact and output Connects grating geometry and food properties to the result produced.
Labels such as fine and coarse cannot alone establish suitability or predict output.
Tooth pattern and cut
Describes the working geometry and direction of effective cutting.
Surface cutting profile
Record tooth spacing, openings, projection height and cutting direction separately for each grating surface.
- What are the measurable tooth spacing, projection height and opening dimensions for this surface? measurement
- Which stroke or rotation direction engages its cutting edges? action
Ingredient and result fit
Records suitability through identified guidance or observations with specified foods.
Food-specific grating result
Describe output and problems such as smearing or clogging with the food and its preparation state identified.
- For the specified food and its firmness or temperature, what output form and approximate particle dimensions are observed? measurement
- What manufacturer guidance or recorded trial supports using this surface for that food? provenance
- What change of surface or food preparation is appropriate if the food smears, clogs the openings or resists cutting? action
Feeding, motion and protection Models how the grater is supported, driven and fed while controlling access to its cutting area.
Handheld strokes, box-grater use and rotary feeding expose different contact and stability problems.
Support and output path
Captures the arrangement of grip, base, food contact and collection space.
Stable grating arrangement
Record how the tool resists movement and where grated food travels after leaving the working surface.
- How is the handle, base, clamp or container interface used to resist the intended grating force? action
- Where does grated food exit or accumulate, and what clearance is needed to prevent obstruction? measurement
Feeding and motion control
Describes food presentation, hand separation and stopping or clearing procedures.
Cutting-zone access
Identify the food holder, hopper, pusher or guard where present, and the procedure applicable as food becomes small or jams.
- How is food advanced while keeping fingers clear of the active teeth, particularly near the end of a piece? action
- What procedure stops motion and permits trapped food to be cleared for this manual or powered configuration? action
- Which documented guards or interlocks, if any, apply to this configuration? provenance
Cleanability and cutting condition Assesses residue removal, material compatibility and deterioration of grating components.
Teeth and perforations can retain food, while wear or damage can alter cutting performance and handling safety.
Residue access and cleaning
Records access to both sides of cutting surfaces and any removable food-contact components.
Grating surface cleanability
Identify residue traps and supported cleaning methods without assuming every material or assembly tolerates the same treatment.
- Can the backs of teeth, perforations, drum interior and food-contact joints be reached for cleaning and inspection? boundary
- What instructions support the cleaning tools, detergent, temperature and dishwasher use proposed for this grater? provenance
- How should components be disassembled, cleaned and dried without brushing hands across exposed teeth? action
Wear, damage and service
Connects observable deterioration to continued use, replacement and storage decisions.
Cutting component serviceability
Record dull or bent teeth, damaged coatings, corrosion and insecure handles or drums; determine service options from applicable guidance.
- What evidence indicates worn teeth, deformation, corrosion, surface shedding or loose attachment points? measurement
- Does the documented design permit repair or replacement of the affected surface, drum or handle? provenance
- Should the observed condition lead to cleaning, component replacement or withdrawal from use, and how should exposed teeth be covered during storage? action
Evidence and external alignment What the world already says about this thing, gathered so the model can be checked against it.
A model that cannot be lined up against existing standards, identifiers and practice cannot be adopted by anyone who already uses them.
Reported evidence
Findings from the breadth pass, kept separate from the structural claims.
Check these first
Recalled without web access and unsourced; every item is a lead to verify.
- The kitchen-tool sense is assumed because no sense was recorded.
- Variety names overlap: a rasp grater may also be handheld and used as a zester.
- No dimensional ranges or regulatory claims are supplied from recall; these require a defined grater type and intended market.
- Which of these check these first hold for the sense of grater this model covers, and on what evidence? provenance
Kinds and varieties
Recalled without web access and unsourced; every item is a lead to verify.
- Box grater
- Flat handheld grater
- Rasp grater
- Rotary drum grater
- Electric grater
- Which of these kinds and varieties hold for the sense of grater this model covers, and on what evidence? provenance
Real-world use
Recalled without web access and unsourced; every item is a lead to verify.
- Shredding cheese for cooking or serving
- Shredding vegetables such as carrots and potatoes
- Removing the coloured outer zest from citrus peel
- Finely grating nutmeg, ginger or garlic
- Which of these real-world use hold for the sense of grater this model covers, and on what evidence? provenance
Failure modes and hazards
Recalled without web access and unsourced; every item is a lead to verify.
- Exposed cutting edges can cut fingers during use or cleaning.
- Small food remnants can bring fingertips dangerously close to cutting edges.
- Clogged teeth or openings reduce cutting effectiveness.
- Dull or bent cutting edges increase the force needed and can encourage slipping.
- Food trapped around teeth, seams or drum assemblies can remain after inadequate cleaning.
- Which of these failure modes and hazards hold for the sense of grater this model covers, and on what evidence? provenance
Regional variation
Recalled without web access and unsourced; every item is a lead to verify.
- Japanese oroshigane graters commonly use a toothed surface to produce a fine pulp rather than the distinct shreds associated with coarse perforated graters.
- Which of these regional variation hold for the sense of grater this model covers, and on what evidence? provenance
Neighbouring kinds and how to tell them apart
Recalled without web access and unsourced; every item is a lead to verify.
- Mandoline - A mandoline primarily cuts slices or strips with blades positioned across a food's travel path; a grater uses repeated cutting edges distributed over a working surface.
- Peeler - A peeler removes thin strips from a food's surface with a blade, rather than reducing it through repeated grating cuts.
- Zester - Zester names a tool by its specialised purpose of removing citrus zest; some zesters are fine graters, while channel-style zesters cut narrow strips.
- Food processor - A food processor is a powered appliance with interchangeable processing tools; a grating disc is one possible attachment.
- Which of these neighbouring kinds and how to tell them apart hold for the sense of grater this model covers, and on what evidence? provenance
What the second pass must settle
- Does the registry intend grater to include non-culinary tools, or should those remain neighbouring models?
- Which existing Vercy world models already cover this concept or own the host-appliance interfaces?
- Which food-contact and mechanical-safety standards apply to each manual or powered configuration in the intended jurisdiction, and which bodies issue them?
- Are fine, medium, coarse and zesting grades defined consistently enough to compare across manufacturers, or must comparisons rely on geometry and food-specific trials?
- What documented inspection criteria distinguish serviceable tooth wear or staining from damage requiring component replacement or withdrawal from use?