Haaaaarsh/ac · Datasets at Hugging Face

instruction stringclasses 1 value	input stringlengths 8 58	output stringclasses 133 values
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Raise wind direction to max	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'Turn up'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn wind direction upwards	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'Turn up'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Boost the wind direction setting	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'Turn up'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn down the wind direction	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Decrease the direction of the wind	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Reduce the wind direction setting	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn the wind direction downward	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Lower the wind direction slowly	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Adjust the wind direction downward	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Decrease wind direction gradually	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Reduce wind direction to a minimum	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn down the wind's direction	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Lessen the wind direction now	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Decrease the wind direction slowly	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Reduce the direction of wind flow	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Adjust wind direction to lower setting	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn the wind direction to low	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Lower the direction of the wind	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Decrease wind direction to low	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Reduce wind direction slowly now	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Adjust the wind direction to down	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn down wind direction slowly	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Decrease the wind flow direction	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Reduce the wind direction downward	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the AC wind to wide	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the air conditioner wind to wide mode.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Adjust the AC wind setting to wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn the air conditioner wind to wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the AC to wide wind mode.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Change the AC wind to wide setting.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Adjust the air conditioner to wide wind.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the AC wind mode to wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn the AC wind setting to wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Make the AC wind come out wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Adjust the AC to wide wind setting.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the air conditioner to wide wind.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Change the air conditioner wind to wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the AC wind to the wide setting.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn the AC to wide wind mode.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Adjust the AC wind to wide mode.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the air conditioner wind mode to wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Change the AC to wide wind mode.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Make the air conditioner wind wide.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Set the AC to wide air mode.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn the AC wind to wide mode.	{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	On power saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	In power saving mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving mode activated	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Currently in power save	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving is on	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Running on low power	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	In low power state	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saver is enabled	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Low power mode is on	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving enabled now	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	In energy saving mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving mode on	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Energy saver is active	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving is active	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	In power conservation mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Low power operation enabled	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving feature on	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Currently saving power	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving in progress	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	In power saving state	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Operating in low power	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Off power saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn off power saving mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Disable power saving feature	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving mode off	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Switch off power saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Deactivate power saving option	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn power saving off	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving disabled	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Stop power saving mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Cancel power saving feature	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Disable power saver	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving turned off	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saver off	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn off energy saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Disable energy saver	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Energy saving mode off	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Stop energy saving feature	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Deactivate energy saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Energy saver disabled	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Turn energy saving off	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Energy saving turned off	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	On cooling mode in power saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	In power saving, cooling mode is activated	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Cooling mode is on in power saving state	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving enables the cooling mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Cooling mode active while in power saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	In power saving mode, cooling is on	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Cooling is enabled in power saving mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving mode activates cooling	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Cooling mode on during power saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving state turns on cooling mode	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Cooling mode is enabled in power save	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Power saving activates the cooling function	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }
Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.	Cooling function is on in power saving	{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Raise wind direction to max

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'Turn up'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn wind direction upwards

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'Turn up'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Boost the wind direction setting

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'Turn up'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn down the wind direction

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Decrease the direction of the wind

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Reduce the wind direction setting

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn the wind direction downward

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Lower the wind direction slowly

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Adjust the wind direction downward

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Decrease wind direction gradually

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Reduce wind direction to a minimum

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn down the wind's direction

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Lessen the wind direction now

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Decrease the wind direction slowly

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Reduce the direction of wind flow

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Adjust wind direction to lower setting

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn the wind direction to low

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Lower the direction of the wind

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Decrease wind direction to low

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Reduce wind direction slowly now

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Adjust the wind direction to down

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn down wind direction slowly

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Decrease the wind flow direction

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Reduce the wind direction downward

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'down'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the AC wind to wide

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the air conditioner wind to wide mode.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Adjust the AC wind setting to wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn the air conditioner wind to wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the AC to wide wind mode.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Change the AC wind to wide setting.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Adjust the air conditioner to wide wind.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the AC wind mode to wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn the AC wind setting to wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Make the AC wind come out wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Adjust the AC to wide wind setting.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the air conditioner to wide wind.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Change the air conditioner wind to wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the AC wind to the wide setting.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn the AC to wide wind mode.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Adjust the AC wind to wide mode.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the air conditioner wind mode to wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Change the AC to wide wind mode.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Make the air conditioner wind wide.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Set the AC to wide air mode.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn the AC wind to wide mode.

{ AIR_WIND_DIRECTION_REQUEST: {'wind_direction': 'wide'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

On power saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

In power saving mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving mode activated

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Currently in power save

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving is on

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Running on low power

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

In low power state

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saver is enabled

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Low power mode is on

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving enabled now

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

In energy saving mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving mode on

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Energy saver is active

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving is active

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

In power conservation mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Low power operation enabled

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving feature on

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Currently saving power

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving in progress

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

In power saving state

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Operating in low power

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Off power saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn off power saving mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Disable power saving feature

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving mode off

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Switch off power saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Deactivate power saving option

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn power saving off

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving disabled

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Stop power saving mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Cancel power saving feature

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Disable power saver

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving turned off

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saver off

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn off energy saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Disable energy saver

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Energy saving mode off

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Stop energy saving feature

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Deactivate energy saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Energy saver disabled

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Turn energy saving off

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Energy saving turned off

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'Off'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

On cooling mode in power saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

In power saving, cooling mode is activated

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Cooling mode is on in power saving state

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving enables the cooling mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Cooling mode active while in power saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

In power saving mode, cooling is on

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Cooling is enabled in power saving mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving mode activates cooling

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Cooling mode on during power saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving state turns on cooling mode

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Cooling mode is enabled in power save

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Power saving activates the cooling function

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }

Analyze the user query and identify the relevant intents and arguments. Respond in JSON format with intent names and their associated arguments.

Cooling function is on in power saving

{ AIR_POWER_SAVE_REQUEST: {'onoff': 'On', 'mode': 'cooling mode'} }