Sensing the comfort level measuring device, intelligent home system and its control method

Mode of execution

The technicians of this field should be understood that, these embodiments are only used to explain the technical principle of the present invention, and is not intended to limit the scope of protection of the present invention. In the field can make adjustments needed to, in order to adapt to specific application. For example, although the invention temperature sensing measuring device is combined with the comfort of the air conditioner of the intelligent home system to describe, but this is not defined, the temperature-sensitive and the comfort of the measuring device can be applied to any one of the have the same user temperature sensitive feedback to the requirements of the temperature-regulating occasions, such as comprises a bathroom lighting and heating equipment intelligent home system.

It should be explained that, in the description of this invention, although in the present application according to the specific sequence described the invention intelligent home system control steps in the method, but these sequence is not restrictive, without deviating from the basic principle of this invention under the premise, the technicians of this field can be in accordance with the different sequence of the steps.

In addition, also it should be explained that, in the description of the present invention, unless otherwise explicitly provisions and limited, the term "mounting", "connected", "connection" to be broadly understood, for example, can be a fixed connection, and also can be detachably connected, or is integrally connected; can be a mechanical connection, it may also be connected; can be directly connected, through the intermediate media can also be indirectly connected with the, can be communicated with the inside of the two elements. For the purposes of the technical personnel in this field, according to the specific circumstances understood the terms in the present invention the meaning of.

Based on background technology noted in the existing temperature sensitive detection equipment limited detection range, the detection data is not the problem of the precise, the present invention provides temperature-sensing the comfort level measuring device, designed to weaken the temperature sensitive detection device of the detection range of a restraining effect, improve the accuracy of the detection data.

The invention of the temperature-sensitive and the comfort of the measuring device comprises a position detection module, the remote temperature measurement module, the mobile module and a control module. The position detection module, the remote temperature measurement module and a mobile module are respectively connected with the control module in communication connection. The remote temperature measurement module is arranged in the mobile module. Wherein the position detection module can detect the temperature of the measuring object with respect to the measuring position of the module. Remote temperature-measuring module capable of measuring the temperature of the measuring object and the position of the environmental temperature of the measuring object. The control module according to measuring the object with respect to the position of the temperature measuring module generating moving path, and can also be according to the object of measurement of body temperature and the ambient temperature of the measuring object and the comfort of the calculated temperature sensing. The mobile module can drive the remote temperature-measuring module along the moving route, in order to make the remote temperature-measuring module is aligned with the object of measurement.

In the case of measuring temperature sensitive comfort, first of all, the position detection module detects the temperature of the measuring object with respect to the detecting the position of the module, and the position of the related information is transmitted to a control module; a control module according to the received information to judge whether or not the measuring object deviates from remote temperature-detecting module of the detection range, according to the measured object with the remote temperature-detecting module relative position producing remote temperature-detecting module the moving path of the, so that the remote temperature-detecting module detecting range can cover the measuring object. Of course, if the measured object just in remote temperature-detecting module in the measuring range, did not deviate from remote temperature detection module, the mobile path can be regarded as zero; the mobile module to receiving the moving path, to drive the remote temperature-detecting module along the moving route, in order to make the remote temperature-detecting module alignment measurement object; remote temperature-detection module detects the temperature of the measuring object and the object of measurement of an area where the ambient temperature; control module according to the received measurement object body temperature data and ambient temperature data to calculate the temperature sensing the comfort of the measuring object. It should be explained that, due to the different parts of human body radiation differences and with a space in the region of the distribution of the cold and warm air, the temperature and the ambient temperature are to average temperature, i.e., above the temperature of the measuring object based on the body surface at a plurality of positions of the temperature data to calculate the average temperature, the ambient temperature of the measuring object according to the region where the plurality of different spatial positions of the thermometer the calculated average temperature.

In the above-mentioned embodiment, the comfort of the measuring object for said temperature sensing based on the current body-temperature and the temperature of the comfort level of the environment of the parameter. As an example, the control module according to the received measurement object body temperature data and ambient temperature data to calculate the temperature sensing the comfort of the measuring object is the specific manner: according to the measured ambient temperature data, and calculating the temperature of the environment corresponding to the best sensible temperature (i.e. in the present ambient temperature the lower the human body is in the best sensible temperature comfort when the highest); calculating the best temperature sensitive comfort with the object of measurement the temperature of the difference; based on the difference or the ratio of the, the current of the measured object are determined temperature sensing the comfort level parameter. In this case, sensing the comfort and in inverse proportion to the difference, the greater the difference, the lower the comfort level parameter is temperature-sensitive, the temperature of the measuring object is in the current environment more comfortable degree of low, the smaller the difference, the higher the temperature sensing comfort parameters, the temperature of the measuring object is in the current environment when the higher the level of comfort. In practical application, the best temperature sensitive comfort in contrast with the object of measurement of the body temperature, it can also take other forms to calculate the temperature sensitive comfort, such as the best temperature sensitive comfort with the object of measurement the temperature of the ratio.

In a preferred embodiment, the mobile module includes a drive mechanism and the connecting member. Remote temperature-measuring module through the connecting member is connected to the drive mechanism. The driving mechanism is arranged to be able to drive the remote temperature measurement module to rotate, that is to say, the control module generates the moving path of the circular arc-shaped path. The remote temperature measurement module is a thermopile temperature sensor. The position detecting module includes an Image acquisition unit, Image recognition unit and a control unit. The Image acquisition unit can collect the Image information of the measuring object, Image recognition unit is able to identify the measuring object with the object of measurement and related position characteristic, the control unit can calculate the position characteristic through the measuring object relative to the thermopile temperature sensor position, so that the thermopile temperature sensor through the moving mechanism to move and after measuring the central can aim at the object of measurement.

Illustratively, the above-mentioned drive mechanism to drive the motor, the connecting member can correspondingly to be able to the thermopile temperature sensor is connected to the drive motor of the motor shaft of the component. For example, the connecting member to be able to with the driving motor and the motor shaft of the clamping base which is matched, the thermopile to the temperature sensor to a bonding way is arranged on the base. The Image acquisition unit is a camera, video camera, monitor or the like can collect the measurement of any kind of the Image information of the target device.

It should be explained that, first of all, the structure of the mobile module is not limited to the above example. For example, the mobile module can also comprises a horizontal moving mechanism, the horizontal movement mechanism connected with the vertical moving mechanism and is arranged on the vertical moving mechanism of the rotating mechanism, in order to make the remote temperature measurement module can be mounted on the transverse movement, the longitudinal movement, the vertical moving and rotating, so that the remote temperature measurement module has greater freedom of movement, which is more convenient for remote temperature-measuring module to the measuring object following type remote temperature measurement, more easy to accurately cover the measuring object. In fact, according to the structure of the mobile module can be remote temperature measurement module-specific mobile needs to carry out the setting, as long as the setting of the mobile module can meet long-range temperature measuring module of the mobile needs, the remote temperature measurement module can aim at the object of measurement can be. The basic structure of the mobile module when increasing or decreasing, of the parts of the driving member or transmission mechanism can be adjusted in adaptability. Secondly, the remote temperature measurement module also can be in addition to the thermopile temperature sensors can be any one of the remote measuring the temperature of the instrument. Furthermore, the structure of the position detection module is not limited, for example, position detection module can also can pass the human body heat distribution of the position of the locking device of the measuring object, in addition to the Image information outside of the measuring object, the position detection module can also be through the heat distribution information of the measuring object measured object are determined relative to the remote temperature-measuring the position of the module. The above-mentioned structure change in format and the use of different environment according to the needs of the adaptive adjustment have been distributed within the principle of the invention and the scope of protection.

To the above-mentioned temperature-sensitive and the comfort of the measuring device, the invention also provides an intelligent home system. The intelligent home system includes a server, air conditioner and the temperature-sensitive and the comfort of the measuring device. Wherein comfort air conditioner respectively sensing and temperature-measuring device is connected to communicate with the server. Temperature-sensitive and the comfort of the measuring device can be detected temperature sensing of the comfort of the measuring object to upload to the server, the server can be according to the received current temperature sensitive comfort selectively generating or adjustment of air conditioner operation program, and cause the air conditioner to the implementation of the corresponding operating program.

In one possible embodiment, the working state of the operation of the air conditioner and the operating parameters will be real-time to upload to the server, the server needs to control the air conditioner runs, according to the present working condition of the air conditioner or the current operating parameter, generating or adjusted to the new operating parameter and is issued to the air conditioner, in order to make the air conditioner start of operation or to adjust the current running program. Of course, the working state of the air conditioner and the operation parameter also can be a server in each generating or adjusting the operation program before the obtaining of the initiative.

To the above-mentioned intelligent home system, the invention also provides an intelligent home system control method. The control method comprises:

The measuring device measures the temperature sensing the comfort temperature sensing the comfort of the measuring object;

The temperature-sensitive comfort is sent to the server;

According to the temperature sensitive comfort, selectively generating or adjustment of air conditioner operation program.

Further, "according to the temperature sensitive comfort, selectively generating or adjustment of air conditioner operation program" includes the steps of:

Judging whether or not the preset comfort comfort in the section;;

If the comfort level is not in the preset comfort temperature sensing range, produce or adjust the operation program of the air conditioner.

Further, "according to the temperature sensitive comfort, selectively generating or adjusting of the air conditioner running program" of the steps further include:

If the comfort in the temperature sensing section in the preset comfort, are not generating or adjustment of air conditioner operation program.

In the above-mentioned step, the above-mentioned preset comfort for the set up of the section of the measuring object is compared with the standard temperature sensing of comfort level, the predetermined interval is based on the temperature of the measuring object in the case of a plurality of pre-set and the temperature environment of the plurality of standard temperature sensing the comfort zone. The length of the section can be according to each kind of body temperature environment the object of measurement can feel comfortable upper limit temperature and the upper limit of the lower limit of the temperature reached by the temperature sensing the comfort level and the lower limit of the temperature sensitive comfort set. If the detected temperature sensitive comfort is not in the above-mentioned preset comfort interval, then indicates that the measurement object is in the comfort level of the current ambient temperature is relatively low, the current environment temperature need to be upward or downward. Wherein the above-mentioned preset comfort range upper limit and the lower limit of the temperature sensing the comfort temperature sensing the comfort level can be based on the value of the local climate environment, specific physical parameters of the measuring object (such as height, weight, heart rate and the like) and the like to carry out the setting. The measured temperature sensing of the comfort of the measuring object with the current ambient temperature corresponding to the temperature sensing section and the comparison of the pre-set comfort level, in order to judge the object of measurement of the current temperature sensing whether or not the normal standard in comfort, thereby determining the air conditioner demand, the air-conditioner of the run independently, selectively by the temperature of the air conditioner to adjust the indoor environment.

See Figure 1, Figure 1 is the flow chart of the detailed steps of the invention intelligent home system control method. As shown in Figure 1, the invention intelligent home system control method comprises the following steps:

Step S100: temperature sensing measuring device detecting the comfort temperature sensing the comfort of the measuring object;

Step S101: detected temperature sensing of the comfort level is sent to the server;

Step S102: judge whether comfort in the preset comfort within the range, if the temperature sensitive comfort is not in the preset comfort range, executing step S103, otherwise return to step S100;

Step S103: generating or adjustment of air conditioner operation program.

To sum up, the invention of the temperature-sensitive and the comfort of the measuring device can detect the position of the measuring object, and by moving the remote temperature-measuring module in a manner that allows remote temperature measurement module can always aim at the object of measurement, increases the remote temperature-measuring module the measuring range of the coincident with the object of measurement of the body surface area, each time is guaranteed the accuracy of the measured data. The invention intelligent home system includes a server, air conditioner and the temperature-sensitive and the comfort of the measuring device. The intelligent home system can be combined with the extremely high accuracy of the comfort temperature sensing data to a reasonable control over the operation of the air conditioner, in the realization of the automatic operation of the air conditioner, simplifies the user control operation and at the same time also can promote the process of the comfort of the user experience.

To this end, have been combined with photos shown in the preferred embodiment of the described technical proposal of the invention, however, technical personnel in the field is easy to understand, the scope of protection of the present invention is clearly not limited to these specific embodiments. Without deviating from the principle of the invention under the premise, the technicians of this field can be made to the relevant technical characteristics of the equivalent alteration or replacement, these changes or after the replacement of the technical scheme of the present invention will fall into the scope of protection.