[0082] Specifically, see image 3 In the present application, an embodiment of step S201 is performed, including:
[0083] S301, identify location information of each time point in the preset time of time, based on the footsteps of the preset time, according to the acquired target user.
[0084] For each time point in the preset time, the position information of the target user at this time point can be customized by the footsteps of this time point by the acquisition time. Further, the location information of each time point in the preset time of the target user can be obtained. The position information, the specifically can be positional coordinate information, or the sound source direction of the footsteps and the distance information such as the speech sensor, and the like can be described in the current location of the target user.
[0085] Alternatively, in the specific embodiment of the present application, the identification method of the location information of the target user, including:
[0086] The position coordinate information of the target user is calculated based on the sound direction information of the footsteps of the target user and the time length information that receives the footsteps.
[0087] That is, the footsteps of the target user include a sound direction information and a time long information that receives the foot. Since the length information transmitted by receiving the foot and the speed propagating in the air, the distance between the location of the target user and the voice sensor of the reception foot, and the sound direction information of the user's footsteps and the distance Information, the location coordinate information of the target user can be determined.
[0088] S302 determines the walking trajectory information of the target user in the preset time of time according to the location information of each time point in the preset target user, according to the identified target user.
[0089] The position information of each time point in the preset time is sorted and connected according to the time order, and the walking trajectory information within the preset time of time can be determined.
[0090] S202, the travel trajectory information of the target user in the preset time is matched to the plurality of pre-stored historical walking trajectory information to obtain historical walking trajectory information that matches the target user. Among them, each historical walking trajectory information corresponds to a target area information.
[0091] The historical walking trajectory information is information on the user's historical walking trajectory in the environment where the air conditioning device is located, and the historical walking trajectory corresponds to the target area of the historical walking trajectory. Continuously collect historical walking trajectory information, and the history walking trajectory information is stored with the target area information. When acquiring the walking trajectory information within the preset time of the preset, the target user is matched with the pre-stored historical walking trajectory information, respectively, and obtains historical walking trajectory information that matches the target user, respectively. .
[0092] Among them, historical walking trajectory information that matches the target user is a historical walking trajectory information that is the highest level of similar degrees of walking trajectory information within the pre-preset historical walking trajectory information. Specifically, the similarity between the target user within the preset time of time and the pre-stored historical walking trajectory information can be calculated separately, and then the historical walking trajectory information with the highest similarity is determined to match the target user. Historical walk trajectory information. It is also possible to train neural network models using a variety of walking trajectory information and each corresponding to match historical walking trajectory information, and then the target user is input to the long-term walking trajectory information into a predetermined neural network model, and the output matches the output. Historical walk trajectory information results.
[0093] S203, the target area information corresponding to the matching historical walking trajectory is determined to be the target area information to be reached as the target user.
[0094] Since the matching historical walking trajectory information and the target user have the highest level of travel in the preset time, it can be used to predict the target area to be reached by the target user using the matching historical walking trajectory information, that is, the target user will be The target area of the arrival is the target area corresponding to the matching historical walking trajectory information.
[0095] See Figure 4 If information for reflecting the needs of the target user includes the soil of the target user, one embodiment of step S102 is performed, including:
[0096] S401, the footsteps of the acquired target user, each match the pre-stored plurality of friction feature information, to obtain friction feature information that matches the target user. Among them, a plurality of friction feature information, including: a plurality of different materials of the sole in a plurality of different soles, a sound feature information, which generates rubbing, and each friction feature information corresponds to a sole. Wet degree information.
[0097] The sole is different from the friction generated after contact with the ground, and the sole of different materials, the ground of different materials, the same sole wet, different materials with different materials The resulting friction is also different. Therefore, in order to accurately identify the humidity of the sole from the footsteps of the target user, a plurality of different material soles can be collected in a plurality of different sole moisture to generate friction when the surface of different materials is rubbed. And the sole wet degree information corresponding to each friction feature information corresponds to the storage. The friction feature information can illustrate the feature of the sole and the ground to generate friction, so the friction feature information corresponding to the friction generated by the soles of different materials and the surface of the surface of different materials can be different. After acquiring the footsteps of the target user, the pre-stored plurality of friction feature information are respectively matched, and the friction feature information that matches the target user is obtained.
[0098] Among them, the friction feature information that matches the target user is all the friction feature information that is similar to the striking friction information similar to the striking friction information. Optionally, it can be a feature extract processing of the footsteps of the target user, and then the foot snoner feature information is obtained by matching the footstep characteristic information to the pre-stored plurality of friction feature information, and obtains the target user Matching friction feature information. The footsteps information is extracted, and the information part of the footstep information is extracted, which is easy to match the follow-up feature information.
[0099] Optionally, the matching process of the friction feature information may be: calculate the striking information of the target user with the pre-stored plurality of friction feature information, and then the most friction of the striking sound of the target user Sound feature information is determined to match the friction feature information that matches the target user. Wherein, the similarity can be used to illustrate the degree of similarity.
[0100] S402, the sole wet degree information corresponding to the soled friction feature information is determined to be the target user's sole wet degree information.
[0101] Since the matched friction feature information is a friction feature information with the highest degree of similar degree of step acoustic information of the target user, the friction feature of the footstep information can be considered to be similar to the matching friction feature information. Therefore, the wet degree information of the sole corresponding to the friction feature information can be considered to be the sole wet level of the target user.
[0102] See Figure 5 If information for reflecting the needs of the target user includes the identity information of the target user, performing one embodiment of step S102, including:
[0103] S501, the footsteps of the acquired target user, each match the pre-stored plurality of user footsteps, to obtain the user footstep sygent information that matches the target user. Among them, the user footstep feature information is the footstep feature information specific to the user, and each user footstep feature information corresponds to one user identity information.
[0104] Specifically, each of the footsteps of the user's footsteps in the environment where the air conditioner is located, the identity information of the user, and the usual air conditioning device of the user are operated. The user's common air conditioning device running status information refers to the operating state of the air-conditioning device set when the user usually uses the air conditioner device, including, but not limited to, operating mode, temperature, wind, and the like of the air conditioning device. The way these information is collected in advance may be that the user actively enters its own identity information and the common air conditioning device. Identity information refers to the user's unique identification information, which can be an account, or the ID number, but also a mobile phone number, and can also directly use the user's footsteps as the user's identity information, etc. After receiving the identity information of the user and the common air conditioner running state, the user's foot snonic feature information is automatically acquired, and the identity information of the user input is recorded, the footstep feature information, and the frequently used air conditioning device are run.
[0105] Alternatively, it is also possible to automatically collect the footstep feature information of each user who enters the environment where the environment where the air conditioner is located, and then the user is operated by the user through the control device of the remote controller. For example, when the A user enters the environment where the air conditioner is located, the user's foot sound feature information is collected, and the A user is operated when the A user uses a remote control device to operate the air-conditioning device operation, and the A user will pay Sound feature information and the air conditioning device operating state of the A user's device. When the B user enters, the footstep sygent information of the next B user is collected. Since the foot sound feature information of the B user is different from the A user, it can be different from the A user, the foot sound feature information of B users can be distinguished. Record, and record the air conditioning device operating when b users use control devices. When the A user enters the environment in which the air conditioner is in place, the Soot sound information of the A user can be acquired again. Since the user's footstep feature information and the foot symptom information of B users are pre-stored in advance, the collected footsteps The information can be matched to the footstep feature information of the A user's footsteps and the footstep feature information of the B user. At this time, the acquired foot snonic information is identified to match the footstep sygent information of the A user, and it can be determined. The user is a user.
[0106] The user footstep feature information matched to the target user is all preformed user footstep sygent information, and the user's footstep feature information is the highest degree of similar degree of footstep information of the target user. Specifically, the process of matching the footstep information of the target user with the pre-stored plurality of user footsteps may be: first extract the footstep information of the target user, obtain the footstep sygent information of the target user, and then separately Calculate the similarity between the footsteps of the target user and each user footsteps, the user's footstep sygent information, which is the highest, the user footstep sygent information is used as the user footstep sygent information.
[0107] Alternatively, the operating state of the common air conditioning device can include the operating mode of the common air conditioner device, the temperature of the air conditioner, the temperature parameters of the common air conditioning device, and the operation state indicators of the air conditioning device.
[0108] S502, the user identity information corresponding to the matching user footstep sygent information is identified as the identity information of the target user.
[0109]Since the similarity of the footsteps of the user footsteps and the footsteps of the target user is the highest, it can be considered that the user's foot snonic information of the target user matches the same user, which can be The user's identity information corresponding to the matching user footsteps is identified as the identity information of the target user.
[0110] S103, using the identification result for identifying information for reflecting the needs of the target user, controlling the operating state of the air conditioner device.
[0111] Since the information for reflecting the target user needs is identified in step S102, the operating state of the air conditioner device can be adjusted according to the current demand of the target user. Among them, the control of the operating state of the air conditioner can include controlling the opening and closing of the air-conditioning device, controlling the operating mode of the air conditioner device (eg, refrigeration mode, heating mode, dehumidification mode, etc.), controls the wind of air-conditioning equipment, and controls air-conditioning equipment. Temperature and so on.
[0112] In the prior art, since air-conditioning equipment cannot automatically understand the current identification of the target user, it is only possible to rely on the target user to act as itself in accordance with its current needs, and the operation of the air-conditioning device is operated.
[0113] In the present application embodiment, it is possible to directly pass the footstep information of the target user to identify the target area information to be reached, the target user's sole wet degree information, and the identity information of the target user to reflect the target. The information of user needs, in turn, can determine the current demand for the target user from the information used to reflect the target user requirements, and automatically control the operational state of the air-conditioning device for the current needs of the target user, and no longer rely on the target user. Active control adjustment, enhance the use experience of target users to air-conditioning equipment.
[0114] Alternatively, if the information used to reflect the target user needs, the target user will arrive, one embodiment of step S103, including:
[0115] Set the target user to the target area to be reached into the wind sweep area of the air conditioner.
[0116] That is, the air conditioner is controlled to open and target the target area to be reached for the target user. In the prior art, since it is not possible to identify the target area information to be reached, it can only be a target user to actively turn the air-conditioning device, and the manipulating the remote control device adjusts the sweeping area of the air conditioner device to the target area.
[0117] In the present application, since the target user has not reached the target area, it has been identified that the target area to be reached, therefore, the target area can be tailored to the target area, and the target user reaches the target area, this goal The environmental state of the area is already a more comfortable state after a while, which has been swept away from the air conditioner, and no longer requires the target user to control the air-conditioning equipment and improve the user experience of the target user.
[0118] Optionally, see Image 6 If information is used to reflect the demand for target users, including: an implementation of step S103, including:
[0119] S601, determine whether the soles of the target user are in a humid state according to the wet degree information of the sole of the target user.
[0120] If it is determined that the sole of the target user is in a humid state, step S602 is performed. If it is determined that the target user is not in a humid state, the dehumidification mode is not turned on.
[0121] Alternatively, the sole wet degree information of the target user can include humid state information or dry state information. If the target user's sole wet degree information belongs to the humid state information, it is determined that the sole of the target user is in a humid state. Alternatively, the sole wet degree information of the target user can also be information for reflecting the wetness of the sole of the target user, for example, can be represented by a specific wet degree parameter. When step S601 is performed, a sole wet degree threshold can be provided. If the target user's sole wet degree parameter value is greater than the sole wet degree threshold, it is determined that the sole of the target user is in a humid state, and if the target user's sole wet level is less than or equal to equal The sole wet level threshold, determine that the sole of the target user is not in a humid state, so it does not need to turn on the dehumidification mode.
[0122] S602, based on the footsteps of the acquired target user, identify the current location information of the target user, and control the air-conditioning device to dear removal of the current position of the target user.
[0123] Among them, the specific procedure of the current location information of the target user is identified according to the footstep information of the acquired target user, and the content of the identification method of the position information of the target user mentioned is referred to, and details are not described later.
[0124] Once the current location information of the target user is determined, the air-conditioning device can be controlled to dear wet on the current position of the target user, so that the target user returns to a more dry and comfortable state from the moist state as soon as possible.
[0125] In the prior art, the target user will be in a more humid state because of the outdoor rain, or from the bathroom comes out, there is a more humidity. When the target user has a dehumidification requirement, it is only possible to control the air-conditioning device to operate from the dehumidification mode through the remote control device, and in order to speed up the drying speed, it is necessary to adjust the air-conditioning device for dehumidification of itself, for the target user. It is more cumbersome.
[0126] In the present application embodiment, since it is possible to identify the humidity of the target user sole, it is possible to determine whether the target user is in a humid state, that is, the target user has a humidity demand, and then determined to be wet. In the case of the state, according to the footsteps of the acquired target user, the current location information of the target user is identified, and the air conditioning device is controlled to deny the current position of the target user, and no longer need the target user to actively control the adjustment air conditioning device. , Reduce the operational flow of the target user.
[0127] Optionally, see Image 6 If information is used to reflect the information of the target user, including: the identity information of the target user, performing one embodiment of step S103, including:
[0128] The pre-stored air conditioner corresponding to the identity information of the target user is set to be set to the current operating state of the air conditioner device.
[0129] Different users' common air-conditioning equipment running status, for example, some users are more cold, usually accustomed to adjusting the air conditioning equipment to 27 ° C operation, and some users are more fearful, usually habits to adjust air conditioning equipment to 20 ° C Operating state. The user's usage demand can be set to the current operational state of the air conditioning device to the current operating state of the air-conditioning device to the different users, and actively satisfy the user's usage requirements for different users.
[0130] In the prior art, when the user enters the environment in which the same air conditioner is located, it is necessary to take the initiative to adjust the operating state of the air conditioner device according to its own habits. When another user enters the environment where the air conditioner is entered, the other user needs to adjust the operating state of the air-conditioning device according to their own habits, so the user's operational process of air-conditioning devices is more cumbersome.
[0131] In the present application embodiment, the identity information of the target user performs a corresponding storage with the common air conditioning device operating state, since the identity information of the target user can be identified by the footsteps of the target user, and the identity of the target user can be The corresponding air-conditioning device of the information is set to the current operating state of the air conditioner device. When the target user does not need to operate operation, the demand for the air conditioning device is met.
[0132] It should be noted that if information used to reflect the target user needs, the corresponding comprehensive control can be performed for a variety of information, for example, if information for reflecting the target user needs, including the identity information of the target user When the target user will arrive, the step S103 is performed, and the target area can be performed in both the target area, and the dehumidification mode is turned on, and the target area is directed to dehumidification. It is also possible to control respectively for information for reflecting the information of the target user needs, for example, information for reflecting the target user needs, if the target user's identity information of the target user is included, the target user can be used for the target user. Sole wet level information, in the case where it is determined that the bottom of the sole is in a humid state, and the position of the target user is directed and dehumidified, and the identity information of the target user is set to the current air-conditioning device. Operating status. There are many ways to perform step S103, including, but not limited to, the contents of the present application embodiments.
[0133] In the control method of the air conditioning apparatus proposed in the present application, the footstep information of the target user is collected in real time by in the environment where the target user is in the air conditioning device, and then it is used to be used according to the footsteps of the acquired target user. Reflect information reflecting the needs of the target user. Wherein, information for reflecting the needs of target users, including: at least one of the target area information, the target user's sole, and the identity information of the target user. Further, it is possible to control the operational state of the air conditioner device to be controlled by the identification result for identifying information for reflecting the needs of the target user. The air conditioning device can automatically control the current demand of the target user in accordance with the current demand of the target user, meet the needs of the environment, and reduce the target user's demand for the target user, and reduces the target user. Control operations enhance the experience of target users using air conditioning devices.
[0134] See Figure 7 According to a control method of air conditioning apparatus proposed in the present application embodiment, the present application example corresponds to a control device of an air conditioner device, including: acquisition unit 701, identification unit 702, and control unit 703.
[0135] The acquisition unit 701 is used to collect footsteps of the target user in real time when the target user is in the environment where the target user is located.
[0136] The identification unit 702 is used to identify information for reflecting the needs of the target user according to the footsteps information of the acquired target user. Wherein, information for reflecting the needs of target users, including: at least one of the target area information, the target user's sole, and the identity information of the target user.
[0137] Alternatively, in the specific embodiment of the present application, the identification unit 702 performs identification of the target area information to be reached by the target user according to the footsteps information of the acquired target user.
[0138] Depending on the footsteps of the preset time, the target user is determined in the preset time long, and the travel trajectory information of the target user in the preset time, respectively, with multiple pre-stored history The walking trajectory information matches the historical walking trajectory information that matches the target user. Where each of the historical walking trajectories corresponds to a target area information, the target area information corresponding to the matching historical walking trajectory is determined to be the target area information to be reached.
[0139] Alternatively, in the specific embodiment of the present application, the identification unit 702 performs an identification of the soil of the target user based on the footsteps information of the acquired target user, for:
[0140]The footsteps of the acquired target user, each matching the pre-stored plurality of friction feature information, resulting in friction feature information that matches the target user. Among them, a plurality of friction feature information, including: a plurality of different materials of the sole in a plurality of different soles, a sound feature information, which generates rubbing, and each friction feature information corresponds to a sole. Wet degree information, the sole wet degree information corresponding to the soled friction feature information is determined to determine the wet degree information of the target user.
[0141] Alternatively, in the specific embodiment of the present application, the identification unit 702 performs identification of the identity information of the target user based on the footstep information of the acquired target user, for:
[0142] The footsteps of the acquired target user, each match the pre-stored plurality of user footstep feature information, and obtains the user footstep sygent information that matches the target user. Among them, the user footstep feature information is the footstep feature information specific to the user. Each user footstep feature information corresponds to one user identity information, and the user's identity information corresponding to the user footstep feature information is determined as Target user identity information.
[0143] Alternatively, in the specific embodiment of the present application, the identification unit 702 performs a footstep information within the preset time of the acquired target user to determine the walking trajectory information within the preset time, according to the acquired target user. :
[0144] According to the footsteps of the preset time long, identify the location information of each time point in the preset time, according to the acquired target user, according to the location information of each time point in the preset time, according to the identified target user, within the preset time of each time point Information determines the walking trajectory information of the target user in the preset time.
[0145] The control unit 703 is configured to control the operational state of the air conditioner device using the identification result for identifying information for reflecting the information requirements of the target user.
[0146] Alternatively, in the specific embodiment of the present application, if information is used to reflect the information of the target user, including: the target user will arrive, the control unit 703, including:
[0147] The first control subunit is used to set the target user to the target area to be reached into the wind sweep area of the air conditioner device.
[0148] When used to reflect the information of the target user needs, including: the target user's sole wet degree information, the control unit 703, includes: the first determining sub-unit and the second control subunit.
[0149] The first determination subunit is used to determine whether the sole of the target user is in a humid state according to the wet degree information of the sole of the target user.
[0150] The second control subunit is used to determine the sole of the target user in a humid state, according to the footstep information of the acquired target user, identify the current location information of the target user, and control the air-conditioning device to perform the current position of the target user. Directed dehumidification.
[0151] If information is used to reflect the needs of the target user, including: the identity information of the target user, the control unit 703, including:
[0152] The third control subunit is used to operate the currently-use air conditioner device corresponding to the identity information of the target user, and is set to the current operating state of the air conditioner device.
[0153] Alternatively, in the specific embodiment of the present application, it is also included:
[0154] The calculation unit calculates the position coordinate information of the target user based on the sound direction information of the footsteps of the target user and the time length information of the footsteps.
