5.6 Enumeration type definitions

5.6.0 Introduction

All enumeration types are defined in the same domain, Horizontal Domain, prefix 'hd'.

5.6.1 hd:enum3DprinterTechnology

Used for the "printType" data point of the "threeDprinter" ModuleClass.

Table 5.6.11: Interpretation of hd:enum3DprinterTechnology

Value	Interpretation	Note
1	Fused Filament Fabrication	FFF
2	Fused Deposition Modelling	FDM
3	Digital Light Processing	DLP
4	Powder Bed & inkjet head 3D Printing	PBP
5	Photopolymer Jetting Technology	PolyJet
6	Laminated Object Manufacturing	LOM
7	Stereolithography Apparatus	SLA
8	Selective Laser Sintering	SLS

NOTE: See clause "5.3.1.1 "threeDprinter".

5.6.2 hd:enumAdfState

Used for the "currentAdfState" and "adfStates" data points of the "autoDocumentFeeder" ModuleClass.

Table 5.6.21: Interpretation of hd:enumAdfState

Value	Interpretation	Note
1	processing
2	empty
3	jam
4	loaded
5	mispick	The product did not pick up the paper in the document feeder.
6	hatchOpen	The product hatch is open.
7	duplexPageTooShort
8	duplexPageTooLong
9	multipickDetected
10	inputTrayFailed
11	inputTrayOverloaded

NOTE: See clause 5.3.1.9 autoDocumentFeeder. Negative values are reserved for vendor specific modes.

5.6.3 hd:enumAirConJobMode

Used for the "currentJobMode" and "jobModes" data point of the "airConJobMode" ModuleClass.

Editor note: The notes below refer to the deviceAirConditioner, but are actually for attributes of the ModuleClass

Table 5.6.31: Interpretation of hd:enumAirConJobMode

Value	Interpretation	Note
1	cool	This value is for deviceAirConditioner and indicates cool mode.
2	airDry	This value is for deviceAirConditioner and indicates air dry mode.
3	fan	This value is for deviceAirConditioner and indicates fan mode.
4	AI	This value is for deviceAirConditioner and indicates artificial intelligence mode.
5	heat	This value is for deviceAirConditioner and indicates heat mode.
6	airClean	This value is for deviceAirConditioner and indicates air clean mode.
7	ACO	This value is for deviceAirConditioner and indicates Auto Change Over mode.
8	aroma	This value is for deviceAirConditioner and indicates aroma mode.

NOTE: See clause 5.3.1.3 airConJobMode. Negative values are reserved for vendor specific modes.

5.6.4 hd:enumAirPurifierJobMode

Used for the "currentJobMode" and "jobModes" data points of the "airPurifierJobMode" ModuleClass.

Table 5.6.41: Interpretation of hd:enumAirPurifierJobMode

Value	Interpretation	Note
1	normalClean	This indicates the normal mode that operates the basic function.
2	sleep	This indicates the sleep mode that turns the operating function off at the time set by a timer.
3	silent	This indicates the silent mode that generates low noise
4	wet	This indicates the wet mode that passes the air that's already filtered through water filter once again to provide the humidification effect
5	circulate	This indicates the circulate mode that circulates the purified air by rotating the fan on top of the air purifier
6	dual	This indicates the dual mode that operates both the upper and lower parts of the air purifier
7	auto	This indicates the auto mode that first measures the pollution level (e.g., good, normal, bad, very bad) and then, triggers appropriate modes based on the measured level. In case of bad and very bad condition, the rotating fan on the upper side starts its operation

NOTE: See clause 5.3.1.5 airPurifierJobMode. Negative values are reserved for vendor specific modes.

5.6.5 hd:enumAlertColourCode

Used for the "light" data point of the "alarmSpeaker" ModuleClass.

Table 5.6.51: Interpretation of hd:enumAlertColourCode

Value	Interpretation	Note
1	red	This colour indicates the alarm status.
2	green	This colour indicates the alarm has been cleared.

NOTE: See clause 5.3.1.7 alarmSpeaker.

5.6.6 hd:enumCallState

Used for the "callState" data point in the "phoneCall" ModuleClass.

Table 5.6.61: Interpretation of hd:enumCallState

Value	Interpretation	Note
1	hangup
2	calling
3	ringing
4	busy
5	answered
6	noline
7	voicemail
8	redirected

NOTE: See clause 5.3.1.64 "phoneCall".

5.6.7 hd:enumClothesDryerJobMode

Used for the "currentJobMode" and "jobModes" data points of the "clothesDryerJobMode" ModuleClass.

Table 5.6.71: Interpretation of hd:enumClothesDryerJobMode

Value	Interpretation	Note
1	normal	Normal cycle.
2	quickDry	About half the length of a normal cycle, this setting uses high heat to dry a few items.
3	permanentPress	Slow drying with low heat helps wrinkle-free garments live up to their name and keeps the hard creases out of things one typically irons.
4	heavyDuty	Tumbling for an extended period with high heat for sturdy items (towels, sweats, jeans).
5	delicates	A short, low-heat cycle for delicates and other items such as spandex workout gear, which loses its stretch when too much heat is used.
6	airDry	A cool-air setting for items that can't take any heat, such as plastic tablecloths and rubber-backed rugs.
7	extendedTumble	Periodically tumbles clothes without heats for a preset amount of time after they're dry to prevent wrinkles.

NOTE: See clause 5.3.1.19 clothesDryerJobMode. Negative values are reserved for vendor specific modes.

5.6.8 hd:enumClothesWasherDryerJobMode

Used for "currentJobModes" and "jobModes" data points of "clothesWasherDryerJobMode" ModuleClass. Manufacturers can define their own courses by setting this value to negative values.

Table 5.6.81: Interpretation of hd:enumClothesWasherDryerJobMode

Value	Interpretation	Note
1	normal
2	quick
3	auto
4	delicates
5	heavy duty

NOTE: See clause 5.3.1.21 "clothesWasherDryerJobMode". Negative values are reserved for vendor specific modes.

5.6.9 hd:enumClothesWasherJobMode

Used for the "currentJobModes" and "jobModes " data points of the "clothesWasherJobMode" ModuleClass. Washing options such as water temperature and spin speed are decided to pre-set values upon selected washing course. Manufacturers can define their own courses by setting this value to negative values.

Table 5.6.91: Interpretation of hd:enumClothesWasherJobMode

Value	Interpretation	Note
1	normal
2	smallLoad
3	delicate
4	comforter
5	expressWash
6	cleanWash
7	kidsWear
8	workoutWears

NOTE: See clause 5.3.1.20 "clothesWasherJobMode". Negative values are reserved for vendor specific modes.

5.6.10 hd:enumCookerHoodJobMode

Used for the "currentJobMode" and "jobModes" DataPoints of the "cookerHoodJobMode" ModuleClass.

Table 5.6.101: Interpretation of hd:enumCookerHoodJobMode

Value	Interpretation	Note
1	Always-on	This value indicates the always-on mode which keeps running the fan for ventilation.
2	Intensive	This value indicates the intensive mode used when a large volume of cooking fume is being produced.
3	Sensor	This value indicates the sensor mode which changes fan speed depend on the volume and heat of cooking fume.

NOTE: See clause 5.3.1.26 "cookerHoodJobMode". Negative values are reserved for vendor specific modes.

5.6.11 hd:enumDehumidifierJobMode

Used for "currentJobMode" and "jobModes" data points of the "dehumidifierJobMode" ModuleClass.

Table 5.6.111: Interpretation of hd:enumDehumidifierJobMode

Value	Interpretation	Note
1	smart	This value indicates the smart mode that first gets the target humidity level from user input, next detects the correct relative humidity, then automatically change the dehumidity level to keep the target humidity level.
2	fast	This value indicates the fast mode that speeds the operating level up to quickly dehumidify when the humidity level is so high. It is a kind of turbo mode.
3	silent	This value indicates the silent mode that can be used when a user sleeps. It reduces the noise.
4	focus	This value indicates the focus mode that dehumidifies focusing on a particular part.
5	clothes	This value indicates the clothes mode that dehumidifies adjusting the wind direction vertically. It is normally used to dehumidify clothes.

NOTE: See clause 5.3.1.28 "dehumidifierJobMode". Negative values are reserved for vendor specific modes.

5.6.12 hd:enumDishWasherJobMode

Used for the "currentJobMode" and "jobModes" DataPoints of the "dishWasherJobMode" ModuleClass.

Table 5.6.121: Interpretation of hd:enumDishWasherJobMode

Value	Interpretation	Note
1	Normal wash
2	Intensive wash
3	Quick wash
4	Sensor wash
5	Eco wash
6	Quiet wash
7	Maintenance wash

NOTE: See clause 5.3.1.29 "dishWasherJobMode". Negative values are reserved for vendor specific modes.

5.6.13 hd:enumDisplayOrder

Used for the "displayOrder" data point of the "galleryMode" ModuleClass.

Table 5.6.13-1: Interpretation of hd:enumDisplayOrder

Value	Interpretation	Note
1	fixed
2	sequence
3	loop
4	random

5.6.14 hd:enumDisplayOrientation

Used for the "displayOrientation" data point of the "galleryMode" ModuleClass.

Table 5.6.14-1: Interpretation of hd:enumDisplayOrientation

Value	Interpretation	Note
1	landscape
2	portrait

5.6.15 hd:enumDoorState

Used for the "doorState" DataPoint of "doorStatus" ModuleClass.

Table 5.6.151: Interpretation of hd:enumDoorState

Value	Interpretation	Note
1	closed	This indicates that door is closed.
2	open	This indicates that the door is open.
3	opening	This indicates that the door is opening.
4	closing	This indicates that the door is closing.
5	stopped	This indicates that the door is in stationary state.

NOTE: See clause 5.3.1.30 "doorStatus".

5.6.16 hd:enumFoamStrength

Used for data points indicating the strength of a foam, for example, foaming milk from a coffee machine.

Table 5.6.161: Interpretation of hd:enumFoamStrength

Value	Interpretation	Note
1	zero
2	low
3	medium
4	high
5	maximum

NOTE: See clause 5.3.1.36 "foaming".

5.6.17 hd:enumGeneralLevel

Used for the "soilLevel" data point of the "clothesWasherJobModeOption" ModuleClass.

Table 5.6.171: Interpretation of hd:enumGeneralLevel

Value	Interpretation	Note
1	light
2	normal
3	heavy

NOTE: See clause 5.3.1.22 clothesWasherJobModeOption.

5.6.18 hd:enumGeneralSpeed

Used for the "spinSpeed" data point of the "clothesWasherJobModeOption" ModuleClass.

Table 5.6.181: Interpretation of hd:enumGeneralSpeed

Value	Interpretation	Note
1	low
2	medium
3	high
4	extraHigh

NOTE: See clause 5.3.1.22 clothesWasherJobModeOption.

5.6.19 hd:enumGeneralTemperature

Used for the "washTemp" data point of the "clothesWasherJobModeOption" ModuleClass.

Table 5.6.191: Interpretation of hd:enumGeneralTemperature

Value	Interpretation	Note
1	cold	The actual temperature is defined by the manufacturer.
2	warm
3	hot

NOTE: See clause 5.3.1.22 clothesWasherJobModeOption.

5.6.20 hd:enumGrainsLevel

Used for the "grainsRemaining" data point of the "grinder" ModuleClass. This type specifies a level for supplies that have a grain-aspect, for example the level of remaining coffee beans in the grinder part of a coffee machine, or the desired level of coffee beans in this machine.

The values for the level of a liquid is covered by "hd:enumLiquidLevel" (see clause 5.6.24).

Table 5.6.201: Interpretation of hd:enumGrainsLevel

Value	Interpretation	Note
1	zero
2	low
3	medium
4	high
5	maximum

NOTE: See clause 5.3.1.43 "grinder".

5.6.21 hd:enumGrindCoarseness

Used for the coarseness data points of the "grinder" ModuleClass. This type specifies the level of coarseness of a solid after grinding, for example grinded coffee beans.

Table 5.6.211: Interpretation of hd:enumGrindCoarseness

Value	Interpretation	Note
1	ultrafine
2	fine
3	medium
4	coarse
5	coarsest

NOTE: See clause 5.3.1.43 "grinder".

5.6.22 hd:enumHorizontalDirection

Used for the "horizontalDirection" and "supportedHorizontalDirection" of the "airFlow" ModuleClass, indicating horizontal directions.

Table 5.6.221: Interpretation of hd:enumHorizontalDirection

Value	Interpretation	Note
1	auto
2	center
3	left
4	right

NOTE: See clause 5.3.1.4 airFlow.

5.6.23 hd:enumJobState

Used for the "currentJobState" and "jobStates" data points of the "printQueue" and "runState" ModuleClasses.

Table 5.6.231: Interpretation of hd:enumJobState

Value	Interpretation	Note
1	aborted
2	cancelled
3	completed
4	paused
5	pending
6	processing

NOTE: See clause 5.3.1.67 "printQueue" and 5.3.1.75 "runState".

5.6.24 hd:enumLiquidLevel

Used for the "liquidLevel" and "liquidRemaining" data points in the respective "liquidLevel" and "liquidRemaining" ModuleClasses.

Table 5.6.241: Interpretation of hd:LiquidLevel

Value	Interpretation	Note
1	zero
2	low
3	medium
4	high
5	maximum

NOTE: See clause 5.3.1.50 "liquidLevel" and clause 5.3.1.51 "liquidRemaining".

5.6.25 hd:enumMachineState

Used for the "currentMachineState" and "machineStates" data points of the "runState" ModuleClass.

Table 5.6.251: Interpretation of hd:enumMachineState

Value	Interpretation	Note
1	idle	Machine is ready to operate
2	preActive	Machine is operating its pre-functions (ex. pre-heat)
3	active	Machine is operating its functions
4	reserved	Reservation is made by user
5	stopped	Operation is stopped/aborted by some other reasons
6	error	Error has occurred
7	diagnostic	Machine reports diagnostic information to the server
8	test	Particular functions run for test
9	maintenance	Machine is needed to maintain
10	clear	The result is not removed yet
11	charging	Machine is being charged

NOTE: See clause 5.3.1.75 "runState".

5.6.26 hd:enumOzoneStatus

Used for the "ozoneStatus" property of the "ozoneMeter" ModuleClass.

Table 5.6.261: Interpretation of hd:enumOzoneStatus

Value	Interpretation	Note
1	Good	For example, 0 to 0.030 ppm.
2	Normal	For example, 0.031 to 0.090 ppm.
3	Bad	For example, 0.091 to 0.150ppm.
4	Very bad	For example, 0.151 ppm or above.

NOTE: See clause 5.3.1.60 "ozoneMeter".

The examples in the notes are references from the Korean Environmental Standard [i.7].

5.6.27 hd:enumPlayerMode

Used for the "currentMode" and "supportedModes" data points in the "playerControl" ModuleClass.

Table 5.6.271: Interpretation of hd:enumPlayerMode

Value	Interpretation	Note
1	stop
2	play
3	pause
4	resume
5	record
6	rewind
7	fast-rewind
8	forward
9	fast-forward
10	searchPrevious
11	searchNext

NOTE: See clause 5.3.1.65 "playerControl".

5.6.28 hd:enumRobotCleanerJobMode

Used for the "currentJobMode" and "jobModes" data points of the "robotCleanerJobMode" ModuleClass.

Table 5.6.281: Interpretation of hd:enumRobotCleanerJobMode

Value	Interpretation	Note
1	zigzag	The machine moves forward by going at an angle first to one side then to the other.
2	sectorBase	The machine first cleans a specific sector (for example, 1 x 1 m), then moves to another sector.
3	spot	The machine cleans a targeted area of about specific spot.

NOTE: See clause 5.3.1.74 "robotCleanerJobMode". Negative values are reserved for vendor specific modes.

5.6.29 hd:enumSecurityMode

Used for the "currentSecurityMode" and "securityModes" data points of the "securityMode" ModuleClass.

Table 5.6.291: Interpretation of hd:enumSecurityMode

Value	Interpretation	Note
1	active	Unit is active
2	armedAway	Unit is armed for away
3	armedInstant	Unit is armed instantly
4	armedMaximum	Unit is armed at maximum level
5	armedNightStay	Unit is armed in night stay
6	armedStay	Unit is armed in stay mode

NOTE: See clause 5.3.1.76 "securityMode".

5.6.30 hd:enumSpinLevelStrength

Used for the "spinLevelStrength" data points of the "spinLevel" ModuleClass, and used for the "spinSpeed" data points of the "blender" ModuleClass, indicating the strength of a spinLevel.

Table 5.6.301: Interpretation of hd:enumSpinLevelStrength

Value	Interpretation	Note
1	zero
2	sensitive
3	weak
4	medium
5	strong
6	maximum

NOTE: See clause 5.3.1.84 "spinLevel" and clause 5.3.1.118 "blender".

5.6.31 hd:enumSteamClosetJobMode

Used for "currentJobMode" and "jobModes" data points of the "steamClosetJobMode" ModuleClass.

Table 5.6.311: Interpretation of hd:enumSteamClosetJobMode

Value	Interpretation	Note
1	reduceOdor	Using pure water, the machine help remove the smells on clothes.
2	steamWrinkle	The machine steams away wrinkles and also creates pant creases, as well as keep them crisp.
3	helpClean	Using pure water without chemical additives, the machine sanitizes fabrics and items that are difficult to wash.
4	gentleDry	The machine dries fragile garments without worrying about shrinkage or damage.

NOTE: See clause 5.3.1.85 "steamClosetJobMode". Negative values are reserved for vendor specific modes.

5.6.32 hd:enumSupportedMediaSources

Used for the "supportedMediaSources" data point of the "mediaSelect" ModuleClass.

Table 5.6.321: Interpretation of hd:enumSupportedMediaSources

Value	Interpretation	Note
1	tuner
2	component
3	composite
4	svideo
5	rgb
6	dvi
7	hdmi
8	displayPort
9	scart
10	externalStorage
11	network

NOTE: See clause 5.3.1.53 "mediaSelect". Negative values are reserved for vender specific sources.

5.6.33 hd:enumTasteStrength

Used for the "strength" data point of the "brewing" ModuleClass, indicating strength of a drink taste, for example coffee strength.

Table 5.6.331: Interpretation of hd:enumTasteStrength

Value	Interpretation	Note
1	zero
2	sensitive
3	medium
4	strong
5	maximum

NOTE: See clause 5.3.1.16 "brewing".

5.6.34 hd:enumTone

Used for the "tone" data point of the "alarmSpeaker" ModuleClass.

Table 5.6.341: Interpretation of hd:enumTone

Value	Interpretation	Note
1	fire
2	theft
3	emergency
4	doorbell
5	deviceFail

NOTE: See clause 5.3.1.7 alarmSpeaker.

5.6.35 hd:enumUvStatus

Used for the "uvStatus" data point of the "uvSensor" ModuleClass.

Table 5.6.351: Interpretation of hd:enumUvStatus

Value	Interpretation	Note
1	Good
2	Normal
3	Bad
4	Very Bad
5	Danger

NOTE: See clause 5.3.1.92 "uvSensor".

5.6.36 hd:enumVerticalDirection

Used for the "verticalDirection" and "supportedVerticalDirection" data points of the "airFlow" ModuleClass, indicating vertical direction.

Table 5.6.361: Interpretation of hd:enumVerticalDirection

Value	Interpretation	Note
1	auto
2	center
3	up
4	down

NOTE: See clause 5.3.1.4 airFlow.

5.6.37 hd:enumWaterFlowStrength

Used for the "waterLevelStrength" data point of the "waterFlow" ModuleClass, indicating the strength of a waterflow.

Table 5.6.371: Interpretation of hd:enumWaterFlowStrength

Value	Interpretation	Note
1	zero
2	sensitive
3	weak
4	medium
5	strong
6	maximum

NOTE: See clause 5.3.1.93 "waterFlow".

5.6.38 hd:enumBaliseSystemIndicator

Used for the "baliseTransmissionModule" ModuleClass.

Table 5.6.381: Interpretation of hd:enumBaliseSystemIndicator

Value	Interpretation	Note
1	ATC	Korea [i.9]
2	ATP	Korea [i.9]
3	CTCS-3	China [i.10]

NOTE: The Note shows countries which are using a balise system which is indicated on left-hand side.

5.6.39 hd:enumWeightUnit

Used for the "unit" data point related to all ModuleClass which contains weight, indicating the units of the weight.

Table 5.6.391: Interpretation of hd:enumWeight

Value	Interpretation	Note
1	kg	kilogram
2	lb	pound
3	oz	ounce

NOTE: See clause 5.3.1.99 "weight".

5.6.40 hd:enumTemperatureUnit

Used for the "unit" data point related to "temperature" and "temperatureAlarm" ModuleClasses which contains temperature, indicating the units of the temperature.

Table 5.6.401: Interpretation of hd:enumTemperatureUnit

Value	Interpretation	Note
1	C	Celsius
2	F	Fahrenheit
3	K	Kelvin

NOTE: See clause 5.3.1.87 "temperature" and clause 5.3.1.88 "temperatureAlarm".

5.6.41 hd:enumWaterFilterType

Used for the "filterType" data point of the "waterFilterType" ModuleClass.

Table 5.6.411: Interpretation of hd:enumWaterFilterType

Value	Interpretation	Note
1	RO	This value indicates the Revers Osmosis type water filter.
2	UV	This value indicates the Ultraviolet type water filter.
3	UF	This value indicates the UltraFiltration type water filter.
4	AC	This value indicates the Activate Carbon type water filter.
5	SF	This value indicates the Sediment type water filter.

NOTE: See clause 5.3.1.105 "waterFilterType".

5.6.42 hd:enumDataModelType

Used for the "dataModelType" DataPoint of the "dmDataModelIO" ModuleClass.

Table 5.6.42-1 Interpretation of hd:enumDataModelType

Value	Interpretation	Note
1	unknown	To be used for a proprietary/unknown protocol
2	OMA_DM_1.3
3	OMA_DM_2.0
4	OMA_LwM2M
5	BBF_TR-181_CWMP	Version of TR-181 [i.12] for TR-069 [i.11].
6	BBF_TR-181_USP	Version of TR-181 [i.12] for USP
7	oneM2M	For native oneM2M devices

5.6.43 hd:enumDmAgentState

Used for the "state" DataPoint of the "dmAgent" ModuleClass.

Table 5.6.43-1 Interpretation of hd:enumDmAgentState

Value	Interpretation	Note
1	ready	The device is ready for DM operations
2	error	The device is known to be in an error state
3	sleeping	The device is known to be in sleeping mode
4	unreachable	The device is not accessible

5.6.44 hd:enumFirmwareState

Used for the "state" DataPoint of the "dmFirmware" ModuleClass.

Table 5.6.44-1 Interpretation of hd:enumFirmwareState

Value	Interpretation	Note
1	Active	The firmware is currently active
2	Ready	The firmware is ready for installation/activation
3	Downloading	The firmware is being downloaded
4	Installing	The firmware in being installed
5	Failure	The firmware installation/download has failed
6	Archival	The firmware is an archival record that cannot be reactivated.

5.6.45 hd:enumPowerState

Used for the "powerStatus" DataPoint of the "dmAgent" ModuleClass.

Table 5.6.45-1 Interpretation of hd:enumPowerState

Value	Interpretation	Note
1	normal
2	charging
3	chargingComplete
4	degraded
5	low
6	critical
7	notInstalled

5.6.46 hd:enumRebootType

Used for the "rebootType" argument of the "reboot" action of the "dmAgent" ModuleClass.

Table 5.6.46-1 Interpretation of hd:enumRebootType

Value	Interpretation	Note
1	reboot
2	rebootWhenReady	Reboot needed when the device is available for it
3	factoryReset	"hard" reset
4	softReset

5.6.47 hd:enumSoftwareState

Used for the "state" data point of the "dmSoftware" ModuleClass.

Table 5.6.47-1 Interpretation of hd:enumSoftwareState

Value	Interpretation	Note
1	Inactive
2	Activating
3	Active
4	Deactivating

5.6.48 hd:enumPackageState

Used for the "state" data point of the "dmPackage" ModuleClass.

Table 5.6.48-1 Interpretation of hd:enumPackageState

Value	Interpretation	Note
1	NotInstalled
2	Downloaded
3	Installed
4	Downloading
5	Installing
6	Uninstalling

5.6.49 hd:enumPackageType

Used for the "type" data point of the "dmPackage" ModuleClass.

Table 5.6.49-1 Interpretation of hd:enumPackageType

Value	Interpretation	Note
1	SoftwareModule	Software module image (executable)
2	SoftwareLibrary	Software library file
3	WebContent	Web document
4	ConfigFile	Configuration file
5	VendorFile	Vendor-specific document
6	Undefined

5.6.50 hd:enumBatteryMaterial

Used for the "batteryMaterial" DataPoint of the "battery" ModuleClass.

Table 5.6.50-1 Interpretation of hd:enumBatteryMaterial

Value	Interpretation	Note
1	Alkaline_battery	Primary cells or non-rechargeables
2	Lithium_battery	Primary cells or non-rechargeables
3	Magnesium_battery	Primary cells or non-rechargeables
4	Mercury_battery	Primary cells or non-rechargeables
5	Nickel_oxyhydroxide_battery	Primary cells or non-rechargeables
6	Silver_oxide_battery	Primary cells or non-rechargeables
7	Zinc_air	Primary cells or non-rechargeables
8	Lead_acid_battery	Secondary cells or rechargeables
9	Lithium_ion_battery	Li-ion, Secondary cells or rechargeables
10	Lithium_ion_polymer_battery	LiPo, Secondary cells or rechargeables
11	Nickel_cadmium_battery	Ni-Cd , Secondary cells or rechargeables
12	Nickel_iron_battery	Secondary cells or rechargeables
13	Nickel_metal_hydride_battery	NiMH, Secondary cells or rechargeables
14	Nickel_zinc_battery	Secondary cells or rechargeables
15	Rechargeable_alkaline_battery	Secondary cells or rechargeables

5.6.51 hd:enumBatteryShape

Used for the "batteryShape" DataPoint of the "battery" ModuleClass.

Table 5.6.51-1 Interpretation of hd:enumBatteryShape

Value	Interpretation	Note
1	AA	Cylinder-type AA battery
2	AAA	Cylinder-type AAA battery
3	AAAA	Cylinder-type AAAA battery
4	C	Cylinder-type C battery
5	D	Cylinder-type D battery
6	N	Cylinder-type N battery
e	A23	Cylinder-type A23 battery
8	Coin_cell_4	Coin-cell type 4,8 mm diameter battery
9	Coin_cell_5	Coin-cell type 5,8 mm diameter battery
10	Coin_cell_6	Coin-cell type 6,8 mm diameter battery
11	Coin_cell_7	Coin-cell type 7,9 mm diameter battery
12	Coin_cell_9	Coin-cell type 9,5 mm diameter battery
13	Coin_cell_10	Coin-cell type 10,0 mm diameter battery
14	Coin_cell_11	Coin-cell type 11,6 mm diameter battery
15	Coin_cell_12	Coin-cell type 12,5 mm diameter battery
16	Coin_cell_16	Coin-cell type 16,0 mm diameter battery
17	Coin_cell_20	Coin-cell type 20,0 mm diameter battery
18	Coin_cell_23	Coin-cell type 23,0 mm diameter battery
19	Coin_cell_24	Coin-cell type 24,5 mm diameter battery
20	Coin_cell_44	Coin-cell type 5,4 mm diameter battery
21	Box_9V	Box type 9V battery
22	Silver_Flat_Pack	Flat Box Pack type
23	Car_battery	Box type 6-cell lead car battery
24	Custom_made	Custom-made by manufacturer

5.6.52 hd:enum3DDisplayType

Used for the "threeDDisplayType" DataPoint of the "threeDDisplay" ModuleClass.

Table 5.6.52-1 Interpretation of hd:enum3DDisplayType

Value	Interpretation	Note
1	Stereoscopic_Display	Use "binocular disparity" method to implement 3D display. The technology uses 3D glasses to make the binocular disparity.
2	Light_Field_Display	The technology build barriers or lenticular lens on a RGB panel to make binocular disparity effect. It does not need 3D glasses.
3	Volumetric_Display	The technology uses the interference ray as the light source. The 3D image is formed as a set of pixels that the pixels are generated as a bright point in the position of constructive interference is made. This technology does not need 3D glasses.
4	ETC

5.6.53 hd:enum3DScannerType

Used for the "threeDScannerType" DataPoint of the "threeDScanner" ModuleClass.

Table 5.6.53-1 Interpretation of hd:enum3DScannerType

Value	Interpretation	Note
1	TOF	Use "Time Of Flight" method to scan 3D object. The technology calculates time gap between shooting and return of the reflected laser light.
2	Phase_Shift	The technology uses "Phase shift waveform analysis". It analyses the distance gap between two reflected laser beam phase which are shot from the scanner.
3	Waveform	The technology uses "Triangulation method". Based on the triangulation method, it uses point beam or TOF method.
4	MPT	The technology uses "Miniaturized Projection Technique" to scan. It projects specific pattern of White light, indicates the size and depth by analysis of the reflected pattern on the object.
5	ETC	The other technology is used to scan an object.

5.6.54 hd:enumShoesWasherJobMode

Used for the "currentJobMode" and "jobModes" DataPoints of the "shoesWasherJobMode" ModuleClass.

Table 5.6.54-1: Interpretation of hd:enumShoesWasherJobMode

Value	Interpretation	Note
1	normalWash
2	intensiveWash
3	quickWash
4	maintenanceWash
5	antibacterialWash

NOTE: See clause 5.3.1.119 "shoesWasherJobMode". Negative values are reserved for vendor specific modes.

5.6.55 hd:enumAlertStatus

The enumeration type, hd:enumAlertStatus, enables things to identify the alert status that describes whether a received public warning message as oneM2M based information is an actual alert issued by authorities or an alert for testing the public warning service over oneM2M system.

Table 5.6.55-1: Interpretation of hd:enumAlertStatus

Value	Interpretation	Note
1	Actual	Actionable by all targeted recipients
2	Exercise	Actionable only by designated exercise participants
3	System	For messages that support alert network internal functions
4	Test	Technical testing only, all recipients disregard
5	Draft	A preliminary template or draft, not actionable in its current form