CN109945418A

CN109945418A - A kind of air-conditioning heating control method, device, storage medium and air-conditioning

Info

Publication number: CN109945418A
Application number: CN201910213790.4A
Authority: CN
Inventors: 黄允棋; 司徒姗姗; 肖彪; 何林; 范建波
Original assignee: Gree Electric Appliances Inc of Zhuhai
Current assignee: Gree Electric Appliances Inc of Zhuhai
Priority date: 2019-03-20
Filing date: 2019-03-20
Publication date: 2019-06-28
Anticipated expiration: 2039-03-20
Also published as: CN109945418B

Abstract

The present invention provides a kind of air-conditioning heating control method, device, storage medium and air-conditioning, which comprises obtains the air-conditioning local environment current indoor environment temperature and outdoor environment temperature；The target operating parameters of corresponding default temperature rising-time and air-conditioning are determined according to the current indoor environment temperature and outdoor environment temperature；The default temperature rising-time, comprising: preset indoor environment temperature rises the time that preset temperature value expends；Obtain current practical temperature rising-time；The practical temperature rising-time, comprising: indoor environment temperature rises the preset temperature value practical time expended；The target operating parameters that the air-conditioning is adjusted according to the practical temperature rising-time and the default temperature rising-time, so that the air-conditioning is run according to target operating parameters adjusted.Scheme provided by the invention can make room, and temperature is more uniform up and down, improves the comfort that user's air-conditioning uses, and improves air stratification upper heat and lower cold.

Description

A kind of air-conditioning heating control method, device, storage medium and air-conditioning

Technical field

The present invention relates to control field more particularly to a kind of air-conditioning heating control method, device, storage medium and air-conditionings.

Background technique

When wall-mounted air conditioner heating operation, since hot-air density is low, it is easy up to float, so as to cause the vertical of room Face temperature is essentially upper heat and lower cold.Currently, most air-conditionings using temperature-compensating or adjustment wind deflector structure (for example, shape, Size etc.) optimize the problem, but do not solve fundamentally actually.For temperature compensation act, due to the room of actual use Between height can not estimate that, if it is shorter room, being easy to appear excess temperature point, (room actual temperature is set more than user Determine temperature) the problem of still running, therefore the temperature difference compensated be not being capable of general all states；And the structure of wind deflector Because the angle of vertical swing flap is more, if user's setting is not in angle down, hot wind is that can not be sent to ground always.

Summary of the invention

It is a primary object of the present invention to overcome the defect of the above-mentioned prior art, provide a kind of air conditioning control method, device, Storage medium and air-conditioning, to solve the problems, such as that air-conditioning heating operation room in the prior art or more temperature spread is big, thermal sensation is uneven.

One aspect of the present invention provides a kind of air-conditioning heating control method, comprising: it is current to obtain the air-conditioning local environment Indoor environment temperature and outdoor environment temperature；It is determined and is corresponded to according to the current indoor environment temperature and outdoor environment temperature Default temperature rising-time and air-conditioning target operating parameters；The default temperature rising-time, comprising: on preset indoor environment temperature Rise the time that preset temperature value expends；Obtain current practical temperature rising-time；The practical temperature rising-time, comprising: indoor environment Temperature rises the preset temperature value practical time expended；Institute is adjusted according to the practical temperature rising-time and the default temperature rising-time The target operating parameters of air-conditioning are stated, so that the air-conditioning is run according to target operating parameters adjusted.

Optionally, corresponding default temperature rising-time is determined according to the current indoor environment temperature and outdoor environment temperature With the target operating parameters of the air-conditioning, comprising: obtain preconfigured indoor environment temperature and outdoor environment temperature and preset First corresponding relationship of temperature rising-time and target operating parameters；The current indoor ring is determined according to first corresponding relationship Border temperature and the corresponding default temperature rising-time of outdoor environment temperature and target operating parameters.

Optionally, the target operating parameters, comprising: target inner tube temperature；Institute is determined according to first corresponding relationship State the corresponding default temperature rising-time of current indoor environment temperature and outdoor environment temperature and target operating parameters, comprising: according to The setting wind file of first corresponding relationship and the air-conditioning currently determines the current indoor environment temperature and outdoor environment The corresponding target inner tube temperature of temperature.

Optionally, joined according to the object run that the practical temperature rising-time and the default temperature rising-time adjust the air-conditioning Number, comprising: calculate the ratio of the practical temperature rising-time and the default temperature rising-time；Obtain preconfigured ratio section with Second corresponding relationship of correction factor；The corresponding correction factor of the ratio is searched from second corresponding relationship；According to institute It states the corresponding correction factor of ratio and adjusts the target operating parameters.

Optionally, the target operating parameters, comprising: target operating frequency, the correction factor, comprising: frequency amendment Coefficient；The target operating parameters are adjusted according to the corresponding correction factor of the ratio, comprising: obtain the target operating frequency With the product of the frequency correction factor, using as target operating frequency adjusted；And/or the target operating parameters, packet It includes: target inner tube temperature, the correction factor, comprising: inner tube compensation temperature；According to the corresponding correction factor adjustment of the ratio The target operating parameters, comprising: the sum of the target inner tube temperature and said inner tube compensation temperature are obtained, as after adjustment Target inner tube temperature.

Optionally, when the target operating parameters include target operating frequency, further includes: when the ratio is more than or equal to When the first preset threshold, the target operating frequency is adjusted to first frequency；When the ratio is less than or equal to the second default threshold When value, the target operating frequency is adjusted to second frequency.

Optionally, when the target operating parameters include target operating frequency, further includes: detect the setting of the air-conditioning Whether the temperature gap of temperature and the current indoor environment temperature is less than preset temperature threshold；When the temperature gap is less than When preset temperature threshold, the target operating frequency adjusted is modified according to the ratio and the temperature gap.

Optionally, the target operating frequency adjusted is modified according to the ratio and the temperature gap, It include: that corresponding first frequency of amendment is determined according to the ratio and the temperature gap；According to first frequency of amendment pair The target operating frequency adjusted is modified.

Optionally, corresponding frequency of amendment is determined according to the ratio and the temperature gap, comprising: acquisition is pre-configured with Different ratio sections and temperature range and different frequency of amendment third corresponding relationship；It is searched from the third corresponding relationship The ratio and corresponding first frequency of amendment of the temperature gap.

Optionally, when determining corresponding default temperature rise according to the current indoor environment temperature and outdoor environment temperature Between and the target operating parameters of air-conditioning before, further includes: corresponding target chamber is obtained according to the current outdoor environment temperature Interior environment temperature；Judge whether current indoor environment temperature is greater than the target indoor environment temperature；If so, according to described Current outdoor environment temperature adjusts the target inner tube temperature of the air-conditioning.

Another aspect of the present invention provides a kind of air-conditioning heating control device, comprising: first acquisition unit, for obtaining State air-conditioning local environment current indoor environment temperature and outdoor environment temperature；Determination unit, for according to the current room Interior environment temperature and outdoor environment temperature determine the target operating parameters of corresponding default temperature rising-time and air-conditioning；The default temperature Rise the time, comprising: preset indoor environment temperature rises the time that preset temperature value expends；Second acquisition unit, for obtaining Current practical temperature rising-time；The practical temperature rising-time, comprising: indoor environment temperature rises that preset temperature value is practical to be expended Time；Adjustment unit, the target for adjusting the air-conditioning according to the practical temperature rising-time and the default temperature rising-time are transported Row parameter, so that the air-conditioning is run according to target operating parameters adjusted.

Optionally, the determination unit, comprising: first obtains subelement, for obtaining preconfigured indoor environment temperature First corresponding relationship of degree and outdoor environment temperature and default temperature rising-time and target operating parameters；It determines subelement, is used for root The current indoor environment temperature and the corresponding default temperature rising-time of outdoor environment temperature are determined according to first corresponding relationship And target operating parameters.

Optionally, the target operating parameters, comprising: target inner tube temperature；The determining subelement, according to described first Corresponding relationship determines the current indoor environment temperature and the corresponding default temperature rising-time of outdoor environment temperature and object run Parameter, comprising: current setting wind file determines the current indoor environment according to first corresponding relationship and the air-conditioning Temperature and the corresponding target inner tube temperature of outdoor environment temperature.

Optionally, the adjustment unit, comprising: computation subunit, for calculate the practical temperature rising-time with it is described pre- If the ratio of temperature rising-time；Second obtains subelement, for obtaining second pair of preconfigured ratio section and correction factor It should be related to；Subelement is searched, for searching the corresponding correction factor of the ratio from second corresponding relationship；Adjustment is single Member, for adjusting the target operating parameters according to the corresponding correction factor of the ratio.

Optionally, the target operating parameters, comprising: target operating frequency, the correction factor, comprising: frequency amendment Coefficient；The adjustment subelement adjusts the target operating parameters according to the corresponding correction factor of the ratio, comprising: obtains institute The product for stating target operating frequency Yu the frequency correction factor, using as target operating frequency adjusted；And/or it is described Target operating parameters, comprising: target inner tube temperature, the correction factor, comprising: inner tube compensation temperature；The adjustment subelement The target operating parameters are adjusted according to the corresponding correction factor of the ratio, comprising: obtain the target inner tube temperature and institute The sum of inner tube compensation temperature is stated, using as target inner tube temperature adjusted.

Optionally, when the target operating parameters include target operating frequency, the adjustment subelement is also used to: working as institute When stating ratio more than or equal to the first preset threshold, the target operating frequency is adjusted to first frequency；When the ratio is less than When equal to the second preset threshold, the target operating frequency is adjusted to second frequency.

Optionally, when the target operating parameters include target operating frequency, the adjustment unit, further includes: detection Subelement, for detect the air-conditioning set temperature and the current indoor environment temperature temperature gap whether be less than it is pre- If temperature threshold；Revise subelemen, for when the temperature gap is less than preset temperature threshold, according to the ratio and described Temperature gap is modified the target operating frequency adjusted.

Optionally, the revise subelemen transports the target adjusted according to the ratio and the temperature gap Line frequency is modified, comprising: determines corresponding first frequency of amendment according to the ratio and the temperature gap；According to described First frequency of amendment is modified the target operating frequency adjusted.

Optionally, the revise subelemen determines corresponding frequency of amendment according to the ratio and the temperature gap, packet It includes: obtaining the third corresponding relationship in preconfigured different ratio sections and temperature range and different frequency of amendment；From described The ratio and corresponding first frequency of amendment of the temperature gap are searched in three corresponding relationships.

Optionally, further includes: third acquiring unit, for obtaining corresponding mesh according to the current outdoor environment temperature Mark indoor environment temperature；Judging unit, for judging whether current indoor environment temperature is greater than the target indoor environment temperature Degree；The adjustment unit, is further used for: if the judging unit judges whether current indoor environment temperature is greater than the mesh Indoor environment temperature is marked, then adjusts the target inner tube temperature of the air-conditioning according to the current outdoor environment temperature.

Another aspect of the invention provides a kind of storage medium, is stored thereon with computer program, and described program is processed The step of device realizes aforementioned any the method when executing.

Further aspect of the present invention provides a kind of air-conditioning, including processor, memory and storage on a memory can be The step of computer program run on processor, the processor realizes aforementioned any the method when executing described program.

Further aspect of the present invention provides a kind of air-conditioning, including aforementioned any air-conditioning heating control device.

According to the technique and scheme of the present invention, the indoor environment temperature and outdoor environment temperature current according to air-conditioning local environment The target operating parameters for determining corresponding default temperature rising-time and air-conditioning are adjusted according to practical temperature rising-time and default temperature rising-time The target operating parameters of air-conditioning, so that air-conditioning is run according to target operating parameters adjusted, since inner tube temperature determines outlet air The difference of temperature, leaving air temp and environment temperature determines the temperature rise rate in room, while influencing the uneven journey of space air Both degree, temperature rise rate and temperature uniformity can not theoretically get both, and the present invention is comprehensive, first adjust operation frequency with temperature rise rate Rate, after based on temperature uniformity, adjust inner tube temperature, by temperature rising-time adjust heating operation control, make room up and down temperature The comfort more uniform, raising user's air-conditioning uses is spent, air stratification upper heat and lower cold is improved.

Detailed description of the invention

The drawings described herein are used to provide a further understanding of the present invention, constitutes a part of the invention, this hair Bright illustrative embodiments and their description are used to explain the present invention, and are not constituted improper limitations of the present invention.In the accompanying drawings:

Fig. 1 is the method schematic diagram of an embodiment of air-conditioning heating control method provided by the invention；

Fig. 2 is according to an embodiment of the present invention according to determining pair of the current indoor environment temperature and outdoor environment temperature The flow diagram of the specific embodiment of the step of target operating parameters of the default temperature rising-time and air-conditioning answered；

Fig. 3 is according to an embodiment of the present invention according to the practical temperature rising-time and described in the default temperature rising-time adjustment The flow diagram of one specific embodiment of the target operating parameters step of air-conditioning；

Fig. 4 is the method schematic diagram of another embodiment of air-conditioning heating control method provided by the invention；

Fig. 5 is the structural schematic diagram of an embodiment of air-conditioning heating control device provided by the invention；

Fig. 6 is the structural schematic diagram of a specific embodiment of determination unit according to an embodiment of the present invention；

Fig. 7 is the structural schematic diagram of a specific embodiment of adjustment unit according to an embodiment of the present invention；

Fig. 8 is the structural schematic diagram of another embodiment of air-conditioning heating control device provided by the invention.

Specific embodiment

To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with the specific embodiment of the invention and Technical solution of the present invention is clearly and completely described in corresponding attached drawing.Obviously, described embodiment is only the present invention one Section Example, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not doing Every other embodiment obtained under the premise of creative work out, shall fall within the protection scope of the present invention.

It should be noted that description and claims of this specification and term " first " in above-mentioned attached drawing, " Two " etc. be to be used to distinguish similar objects, without being used to describe a particular order or precedence order.It should be understood that using in this way Data be interchangeable under appropriate circumstances, so as to the embodiment of the present invention described herein can in addition to illustrating herein or Sequence other than those of description is implemented.In addition, term " includes " and " having " and their any deformation, it is intended that cover Cover it is non-exclusive include, for example, the process, method, system, product or equipment for containing a series of steps or units are not necessarily limited to Step or unit those of is clearly listed, but may include be not clearly listed or for these process, methods, product Or other step or units that equipment is intrinsic.

Fig. 1 is the method schematic diagram of an embodiment of air-conditioning heating control method provided by the invention.

As shown in Figure 1, according to one embodiment of present invention, the air-conditioning heating control method includes at least step S110, step S150, step S160 and step S170.

Step S110 obtains the air-conditioning local environment current indoor environment temperature and outdoor environment temperature.

For example, detecting the current indoor environment temperature and outdoor environment temperature of air-conditioning local environment by temperature sensor.

Step S150, when determining corresponding default temperature rise according to the current indoor environment temperature and outdoor environment temperature Between and the air-conditioning target operating parameters.

The default temperature rising-time can specifically include the when that preset indoor environment temperature rises that preset temperature value expends Between；For example, the time used in every 1 DEG C of the rising of indoor environment temperature, if default temperature rising-time is t.

Fig. 2 is according to an embodiment of the present invention according to determining pair of the current indoor environment temperature and outdoor environment temperature The flow diagram of the specific embodiment of the step of target operating parameters of the default temperature rising-time and the air-conditioning answered.Such as Shown in Fig. 2, in a specific embodiment, step S150 includes step S151 and step S152.

Step S151 obtains preconfigured indoor environment temperature and outdoor environment temperature and default temperature rising-time and target First corresponding relationship of operating parameter.

Step S152 determines the current indoor environment temperature and outdoor environment temperature according to first corresponding relationship Corresponding default temperature rising-time and target operating parameters.

That is, from indoor environment temperature and outdoor environment temperature and default temperature rising-time and object run is pre-configured with In first corresponding relationship of parameter, when searching the corresponding default temperature rise of the current indoor environment temperature and outdoor environment temperature Between and target operating parameters.

In a specific embodiment, first corresponding relationship is specifically as follows the indoor environment temperature and outdoor First corresponding relationship list of environment temperature and default temperature rising-time and target operating parameters, first relation list can pass through Experiment obtains.For example, table 1 is indoor environment temperature and outdoor environment temperature according to an embodiment of the present invention and default temperature rising-time With an example of target operating parameters.First corresponding relationship be specifically as follows different indoor environment temperature section with not The corresponding relationship in same outdoor environment temperature section, the target operating parameters are specifically as follows target operating frequency and/or mesh Mark inner tube temperature.

	T_{Outer ring}< T₆	T₆≤T_{Outer ring}< T₅	T₅≤T_{Outer ring}< T₄	T_{Outer ring}≥T₄
					T_{Inner ring}< T₃	t₁, F₁, T_{Inner tube 1}	t₂, F₂, T_{Inner tube 2}	t₃, F₃, T_{Inner tube 3}	t₄, F₄, T_{Inner tube 4}
T₃≤T_{Inner ring}< T₂	t₅, F₅, T_{Inner tube 5}	t₆, F₆, T_{Inner tube 6}	t₇, F₇, T_{Inner tube 7}	t₈, F₈, T_{Inner tube 8}
					T₂≤T_{Inner ring}< T₁	t₉, F₉, T_{Inner tube 9}	t₁₀, F₁₀, T_{Inner tube 10}	t₁₁, F₁₁, T_{Inner tube 15}	t₁₂, F₁₂, T_{Inner tube 12}
T_{Inner ring}≥T₁	t₁₃, F₁₃, T_{Inner tube 13}	t₁₄, F₁₄, T_{Inner tube 14}	t₁₅, F₁₅, T_{Inner tube 15}	t₁₆, F₁₆, T_{Inner tube 16}

Table 1

First corresponding relationship is specifically as follows different indoor environment temperature section and different outdoor environment temperatures The corresponding relationship in section, for example, listing 16 groups of different indoor environment temperature sections and outdoor environment temperature section pair in table 1 The default temperature rising-time and target operating parameters answered.The target operating parameters are specifically as follows target operating frequency and/or mesh Mark inner tube temperature.

It can be searched according to first corresponding relationship when the target operating parameters include target operating frequency current Indoor environment temperature and the corresponding target operating frequency of outdoor environment temperature.When the target operating parameters include target inner tube When temperature, the current indoor environment can be determined according to the current setting wind file of first corresponding relationship and the air-conditioning Temperature and the corresponding target inner tube temperature of outdoor environment temperature.Specifically, current room is searched according to first corresponding relationship The a reference value of interior environment temperature and the corresponding target inner tube temperature of outdoor environment temperature, according to the current setting wind file of the air-conditioning The current corresponding mesh of indoor environment temperature and outdoor environment temperature is determined with a reference value of the corresponding target inner tube temperature Mark inner tube temperature, wherein wind file is every to increase one grade, a reference value of the corresponding target inner tube temperature in the target inner tube temperature On the basis of increase preset temperature value.

For example, when listing the corresponding default temperature rise of 16 groups of different indoor environment temperatures and outdoor environment temperature in table 1 Between, a reference value of target operating frequency and target inner tube temperature, T_{Outer ring}Indicate outdoor environment temperature, T_{Inner ring}Indicate indoor environment temperature Degree, t₁、t₂、…、t₁₆Indicate different T_{Outer ring}Temperature range and T_{Inner ring}The corresponding default temperature rising-time of temperature range, F₁、F₂、…、 F₁₆, indicate different T_{Outer ring}Temperature range and T_{Inner ring}The corresponding target operating frequency of temperature range, T_{Inner tube 1}、T_{Inner tube 2}、…、T _{Inner tube 16}Table Show different T_{Outer ring}Temperature range and T_{Inner ring}The a reference value of the corresponding target inner tube temperature of temperature range.Wherein, temperature rising-time is preset Value range include 5~10min, the value range of target operating frequency includes 1~120Hz, and original frequency is according to environment shape State selection.The value range of a reference value of target inner tube temperature includes 35~65 DEG C.

It, can be from the first corresponding relationship list after obtaining the current indoor environment temperature and outdoor environment temperature It is middle to search the current corresponding default temperature rising-time of indoor environment temperature and outdoor environment temperature, and arranged from first corresponding relationship The current corresponding target operating frequency of indoor environment temperature and outdoor environment temperature and/or target inner tube temperature are searched in table A reference value.It can be searched according in the first corresponding relationship list when the target operating parameters include target operating frequency The current corresponding target operating frequency of indoor environment temperature and outdoor environment temperature.When the target operating parameters include target When inner tube temperature, according to the first corresponding relationship list lookup, current indoor environment temperature and outdoor environment temperature are corresponding The a reference value of target inner tube temperature, wherein wind file is every to increase one grade, base of the corresponding target inner tube temperature in target inner tube temperature Increase X DEG C on the basis of quasi- value, the value range of X includes 0.5~1 DEG C, for example, the wind file of air-conditioning include low wind file, in low wind Five shelves, middle wind file, middle high wind file and high wind file wind files.For example, the indoor ring current according to the first corresponding relationship list lookup The a reference value of border temperature and the corresponding target inner tube temperature of outdoor environment temperature is 52 degrees Celsius, and the current wind file of air-conditioning is apoplexy Shelves, X=0.5 DEG C, then target inner tube temperature is 53.5 DEG C.

Step S160 obtains current practical temperature rising-time.

The practical temperature rising-time d △ t_nSpecifically include indoor environment temperature rise preset temperature value it is practical expend when Between, that is, during air-conditioning actual motion, indoor environment temperature rises the time spent by preset temperature value.For example, default Temperature rising-time is the time used in every 1 DEG C of the rising of indoor environment temperature, then practical temperature rising-time is the process of air-conditioning actual motion Time used in middle every 1 DEG C of the rising of indoor environment temperature.

Step S170 adjusts the object run of the air-conditioning according to the practical temperature rising-time and the default temperature rising-time Parameter, so that the air-conditioning is run according to target operating parameters adjusted.

When the target operating parameters include target operating frequency, when the practical temperature rising-time and the default temperature rise The ratio of time is greater than the second preset threshold and when less than the first preset threshold, obtains the target operating frequency and the ratio Product, using as target operating frequency adjusted.That is F=F* (d △ t_n/t).It is preset when the ratio is more than or equal to first When threshold value, the target operating frequency is adjusted to first frequency；When the ratio is less than or equal to the second preset threshold, by institute It states target operating frequency and is adjusted to second frequency.For example, the first frequency is specifically as follows preset upper limiting frequency, i.e., according to Upper limiting frequency operation, the second frequency is specifically as follows preset lower frequency limit, i.e., runs according to lower frequency limit, for example, can Shown in reference table 2.Wherein, the value range of inner tube compensation temperature includes -5 DEG C~5 DEG C.

Fig. 3 is according to an embodiment of the present invention according to the practical temperature rising-time and described in the default temperature rising-time adjustment The flow diagram of one specific embodiment of the target operating parameters step of air-conditioning.As shown in figure 3, step S170 specifically can be with Including step S171, step S172, step S173 and step S174.

Step S171 calculates the ratio of the practical temperature rising-time and the default temperature rising-time.

For example, practical temperature rising-time is set as d △ t_n, different outdoor environment temperature ranges and indoor environment temperature section are corresponding Default temperature rising-time be t, the ratio of practical temperature rising-time and the default temperature rising-time is d △ t_n/t。

Step S172 obtains the second corresponding relationship of preconfigured ratio section and correction factor.

Second corresponding relationship of the ratio section and correction factor is specifically as follows the of ratio section and correction factor Two corresponding relationship lists.For example, table 2 is the second corresponding relationship column of ratio section according to an embodiment of the present invention and correction factor One example of table.

Table 2

Step S173 searches the corresponding correction factor of the ratio from second corresponding relationship.

Specifically, when the ratio of the practical temperature rising-time and the default temperature rising-time is greater than the second preset threshold and small When the first preset threshold, the corresponding correction factor of the ratio is searched from second corresponding relationship.For example, such as 2 institute of table Show, the first preset threshold is 1.4, and the second preset threshold is 0.7, as 0.7 < d △ t_nWhen/t < 1.4, it can be searched from table 2 To the corresponding correction factor of the ratio.

Specifically, when the target operating parameters include target operating frequency, the correction factor includes frequency amendment Coefficient；The frequency correction factor can specifically be equal to the ratio.When the target operating parameters include target inner tube temperature When, the correction factor includes inner tube compensation temperature, for example, different ratio sections corresponds to different inner tubes shown in reference table 2 Compensation temperature.When the target operating parameters include target operating frequency, when the ratio is more than or equal to the first preset threshold When, the target operating frequency is adjusted to first frequency；When the ratio is less than or equal to the second preset threshold, by the mesh Mark running frequency is adjusted to second frequency.For example, the first frequency is specifically as follows preset upper limiting frequency, i.e., according to the upper limit Frequency operation, the second frequency is specifically as follows preset lower frequency limit, i.e., runs according to lower frequency limit, for example, can join It examines shown in table 2.Wherein, the value range of inner tube compensation temperature includes -5 DEG C~5 DEG C.

Step S174 adjusts the target operating parameters according to the corresponding correction factor of the ratio.

Specifically, when the target operating parameters include target operating frequency, the correction factor includes frequency amendment Coefficient obtains the product of the target operating frequency Yu the frequency correction factor, using as target operating frequency adjusted. When the target operating parameters include target inner tube temperature, the correction factor includes inner tube compensation temperature, then described in acquisition The sum of target inner tube temperature and said inner tube compensation temperature, using as target inner tube temperature adjusted, i.e., target adjusted Inner tube temperature is T_{Inner tube}+T_{It mends}。

Optionally, when the target operating parameters include target operating frequency, it can detecte the setting temperature of the air-conditioning Whether the temperature gap of degree and the current indoor environment temperature is less than preset temperature threshold；When the temperature gap is less than in advance If when temperature threshold, being modified according to the ratio and the temperature gap to the target operating frequency adjusted.

That is, current indoor environment temperature and set temperature are close to (set temperature and the current room The temperature gap of interior environment temperature is less than preset temperature threshold) when, when according to the practical temperature rising-time and the default temperature rise Between ratio and the temperature gap target operating frequency adjusted is modified.The preset temperature threshold takes Being worth range includes 10 DEG C or less.

Specifically, corresponding first frequency of amendment is determined according to the ratio and the temperature gap；According to described first Frequency of amendment is modified the target operating frequency adjusted.More specifically, available preconfigured difference The third corresponding relationship in ratio section and temperature range and different frequency of amendment；The ratio is searched from the third corresponding relationship It is worth the first frequency of amendment corresponding with the temperature gap, the target adjusted is transported further according to first frequency of amendment Line frequency is modified.Revised target operating frequency is equal to the target operating frequency adjusted and first amendment The sum of frequency.

The third corresponding relationship is specifically as follows the third in different ratio sections and temperature range and different frequency of amendment Corresponding relationship list.For example, table 3 is different ratio sections according to an embodiment of the present invention and temperature range and different frequency of amendment Third corresponding relationship list an example.As shown in table 3, △ T is the temperature difference of set temperature and indoor environment temperature Value, i.e. △ T=T_Setting-T_{Inner ring}, T is set as set temperature.The value range of frequency of amendment includes -10Hz~10Hz, can basis The concrete configuration of air-conditioning is set.Wherein, T_aThe as described preset temperature threshold, when set temperature and current indoor environment temperature Temperature gap be less than T_aWhen, corresponding frequency of amendment can be searched according to table 3, and (table 3 is only used as signal, wherein different ratios Section and temperature range and different frequency of amendment vacancies).

Table 3

After the target operating parameters for adjusting the air-conditioning, transport the air-conditioning according to target operating parameters adjusted Row.Specifically, it runs the air-conditioning according to target operating frequency adjusted, and/or makes the air-conditioning according to adjusted The operation of target inner tube temperature.Wherein, it specifically includes the air-conditioning according to target inner tube temperature adjusted operation and passes through adjusting Electric expansion valve runs the air-conditioning according to target inner tube temperature adjusted, for example, according to current practical inner tube temperature with The difference of target inner tube temperature adjusts the step number of electric expansion valve, to reach the target inner tube temperature.

Fig. 4 is the method schematic diagram of another embodiment of air-conditioning heating control method provided by the invention.As described in Figure 4, According to another embodiment of the present invention, the method can also include step S 120, step S130 and step S140.

Step S120 obtains corresponding target indoor environment temperature according to the current outdoor environment temperature.

Step S130, judges whether current indoor environment temperature is greater than the target indoor environment temperature.

Step S140, if judging, current indoor environment temperature is greater than the target indoor environment temperature, according to Current outdoor environment temperature adjusts the target inner tube temperature of the air-conditioning.

Specifically, when determining corresponding default temperature rise according to the current indoor environment temperature and outdoor environment temperature Between and the target operating parameters (step S150) of the air-conditioning before, obtained according to the current outdoor environment temperature corresponding Target indoor environment temperature；And judge whether current indoor environment temperature is greater than the target indoor environment temperature；If judgement Current indoor environment temperature is greater than the target indoor environment temperature, then adjusts institute according to the current outdoor environment temperature State the target inner tube temperature of air-conditioning.Specifically, determining that indoor environment temperature reaches the current corresponding mesh of outdoor environment temperature Corresponding default inner tube temperature when indoor environment temperature is marked, the target inner tube temperature of the air-conditioning is adjusted to the default inner tube Temperature keeps current inner tube temperature (real to adjust electronic expansion valve opening according to the current target inner tube temperature of the air-conditioning Border inner tube temperature) reach target inner tube temperature；If current indoor environment temperature is less than or equal to the target indoor environment temperature Degree, then carry out following step S150.

In a specific embodiment, corresponding target indoor environment is obtained according to the current outdoor environment temperature Temperature can specifically include the corresponding relationship according to preconfigured outdoor environment temperature and corresponding target indoor environment temperature Search the corresponding target indoor environment temperature of current outdoor environment temperature (i.e. current practical outdoor environment temperature)；And/or It obtains indoor environment temperature and reaches corresponding default inner tube when the corresponding target indoor environment temperature of current outdoor environment temperature Temperature can specifically include according to preconfigured outdoor environment temperature and corresponding target indoor environment temperature and default inner tube The corresponding relationship of temperature searches the corresponding target indoor environment of outdoor environment temperature that current indoor environment temperature reaches current Corresponding default inner tube temperature when temperature.

For example, table 4 be according to the outdoor environment temperature of the embodiment of the present invention with corresponding target indoor environment temperature and in advance If an example of the corresponding relationship of inner tube temperature.The target indoor environment temperature obtains different specifically by experiment Outdoor environment temperature corresponding indoor comfortable temperature uses T in table 4_{Comfort temperature under corresponding outer ring}To indicate.The target indoor environment temperature Value range may include 18 DEG C~28 DEG C.

Table 4

T in table 4 (table 4 is only as signal)_{Best inner tube}For default inner tube temperature corresponding at a temperature of different outdoor environments.Institute It states default inner tube temperature and is specifically as follows the outdoor environment temperature correspondence for reaching different by testing obtained indoor environment temperature Best inner tube temperature when corresponding best inner tube temperature.

When indoor environment temperature reaches set temperature or more, carries out low frequency and tie up temperature control system, is i.e. running frequency is reduced to Preset minimum operating frequency maintains current indoor environment temperature.

Case study on implementation of the invention is as follows:

If initial indoor environment temperature T_{Inner ring}=5 DEG C, T_{Outer ring}=0 DEG C, user's set temperature T_Setting=28 DEG C, middle wind file heating Operation.Assuming that T_{Inner ring}And T_{Outer ring}Meet T₃≤T_{Inner ring}< T₂, T₅≤T_{Outer ring}< T₄Temperature range, outdoor environment temperature T_{Outer ring}Meet t_W2< T_{Outer ring}≤t_W1On, then corresponding default temperature rising-time can be obtained according to table 1 is t₇, target operating parameters F₇And T_{Inner tube 7}If t₇= 6min, F₇=68Hz, T_{Inner tube 7}=52 DEG C, wind file compensation X takes 0.5 DEG C, then target inner tube temperature is 53.5 DEG C, can be with according to table 4 Obtain T_{Comfort temperature 2 under corresponding outer ring}=22 DEG C, correspond to the best inner tube temperature T under outer ring_{Best inner tube}=45 DEG C.

First, it is determined that T_{Inner ring}Whether T is greater than_{Comfort temperature 2 under corresponding outer ring}, current T_{Inner ring}=5 DEG C of < T_{Comfort temperature 2 under outer ring is corresponding}It=22 DEG C, then returns It returns and continues to judge.8min, T the time required to indoor environment temperature increases 1 DEG C are calculated simultaneously_{Outer ring}It=0 DEG C, then can be obtained according to table 2 It is 8/6=1.33 to frequency correction factor, inner tube compensation temperature is T_{Mend 6}If T_{Mend 6}=3 DEG C.Calculate current practical indoor environment The temperature gap of temperature and set temperature takes maximum temperature difference value T_a=10 DEG C, then -5 DEG C of △ T=28 DEG C=23 DEG C >=10 DEG C, if Obtaining frequency of amendment according to table 3 is 8Hz；Target operating frequency F=F after being then adjusted₇* 8/6+8=68*1.33+8= 98Hz；Target inner tube temperature T after being adjusted_{Target inner tube}=T_{Inner tube 7}+3*0.5+T_{Mend 6}=52+1.5+3=56.5 DEG C；By the adjustment Target operating parameters afterwards feed back to air-conditioning system and run according to corresponding target value, are further continued for looping to determine.Work as indoor environment After temperature reaches user's set temperature, into conventional low frequency control model.

Fig. 5 is the structural schematic diagram of an embodiment of air-conditioning heating control device provided by the invention.As shown in figure 5, institute Stating air-conditioning heating control device 100 includes: that first acquisition unit 110, determination unit 120, second acquisition unit 130 and adjustment are single Member 140.

First acquisition unit 110 is for obtaining the current indoor environment temperature of the air-conditioning local environment and outdoor environment temperature Degree；Determination unit 120 is used to determine corresponding default temperature rise according to the current indoor environment temperature and outdoor environment temperature The target operating parameters of time and air-conditioning；The default temperature rising-time, comprising: preset indoor environment temperature rises preset temperature It is worth the time expended；Second acquisition unit 130 is for obtaining current practical temperature rising-time；The practical temperature rising-time, comprising: Indoor environment temperature rises the preset temperature value practical time expended；Adjustment unit 140 is used for according to the practical temperature rising-time The target operating parameters of the air-conditioning are adjusted with the default temperature rising-time, so that the air-conditioning is according to object run adjusted Parameter operation.

First acquisition unit 110 obtains the current indoor environment temperature and outdoor environment temperature of the air-conditioning local environment. For example, detecting the current indoor environment temperature and outdoor environment temperature of air-conditioning local environment by temperature sensor.

Determination unit 120 determines corresponding default temperature rise according to the current indoor environment temperature and outdoor environment temperature The target operating parameters of time and the air-conditioning.The default temperature rising-time can specifically include on preset indoor environment temperature Rise the time that preset temperature value expends；For example, the time used in every 1 DEG C of the rising of indoor environment temperature, if default temperature rising-time is t。

Fig. 6 is the structural schematic diagram of a specific embodiment of determination unit according to an embodiment of the present invention.Such as Fig. 6 institute Show, determination unit 120 includes the first acquisition subelement 121 and determining subelement 122.

First acquisition subelement 121 is for obtaining preconfigured indoor environment temperature and outdoor environment temperature and default temperature Rise the first corresponding relationship of time and target operating parameters；Determine subelement 122 for being determined according to first corresponding relationship The corresponding default temperature rising-time of the current indoor environment temperature and outdoor environment temperature and target operating parameters.

That is, the first acquisition subelement 121 is from being pre-configured with indoor environment temperature and outdoor environment temperature and default In first corresponding relationship of temperature rising-time and target operating parameters, the current indoor environment temperature and outdoor environment temperature are searched Spend corresponding default temperature rising-time and target operating parameters.

Table 1

It can be searched according to first corresponding relationship when the target operating parameters include target operating frequency current Indoor environment temperature and the corresponding target operating frequency of outdoor environment temperature.When the target operating parameters include target inner tube When temperature, determine that subelement 122 can be according to the current setting wind file determination of first corresponding relationship and the air-conditioning The corresponding target inner tube temperature of current indoor environment temperature and outdoor environment temperature.Specifically, it is determined that subelement 122 is according to institute The a reference value that the first corresponding relationship searches the corresponding target inner tube temperature of current indoor environment temperature and outdoor environment temperature is stated, Current indoor environment is determined according to a reference value of the current setting wind file of the air-conditioning and the corresponding target inner tube temperature Temperature and the corresponding target inner tube temperature of outdoor environment temperature, wherein wind file is every to increase one grade, and corresponding target inner tube temperature exists Increase preset temperature value on the basis of a reference value of the target inner tube temperature.

After first acquisition subelement 121 obtains the current indoor environment temperature and outdoor environment temperature, son is determined It is corresponding pre- that unit 122 can search current indoor environment temperature and outdoor environment temperature from the first corresponding relationship list If temperature rising-time, and it is corresponding from the first corresponding relationship list to search current indoor environment temperature and outdoor environment temperature The a reference value of target operating frequency and/or target inner tube temperature.When the target operating parameters include target operating frequency, really Stator unit 122 can be according to searching current indoor environment temperature and outdoor environment temperature in the first corresponding relationship list Corresponding target operating frequency.When the target operating parameters include target inner tube temperature, determine subelement 122 according to described The benchmark of the corresponding target inner tube temperature of first corresponding relationship list lookup current indoor environment temperature and outdoor environment temperature Value, wherein wind file is every to increase one grade, and corresponding target inner tube temperature increases X on the basis of a reference value of target inner tube temperature DEG C, the value range of X includes 0.5~1 DEG C, for example, the wind file of air-conditioning includes low wind file, middle low wind file, middle wind file, middle high wind file With five wind files of high wind file.For example, according to the current indoor environment temperature of the first corresponding relationship list lookup and outdoor environment temperature The a reference value for spending corresponding target inner tube temperature is 52 degrees Celsius, and the current wind file of air-conditioning is middle wind file, X=0.5 DEG C, then target Inner tube temperature is 53.5 DEG C.

Second acquisition unit 130 obtains current practical temperature rising-time.The practical temperature rising-time d △ t_nIt specifically includes Indoor environment temperature rises the preset temperature value practical time expended, that is, during air-conditioning actual motion, indoor environment temperature Degree rises the time spent by preset temperature value.For example, when default temperature rising-time is used in every 1 DEG C of the rising of indoor environment temperature Between, then the time used in every 1 DEG C of the rising of indoor environment temperature during practical temperature rising-time is air-conditioning actual motion.

Adjustment unit 140 is transported according to the target that the practical temperature rising-time and the default temperature rising-time adjust the air-conditioning Row parameter, so that the air-conditioning is run according to target operating parameters adjusted.

Fig. 7 is the structural schematic diagram of a specific embodiment of adjustment unit according to an embodiment of the present invention.Such as Fig. 7 institute Show, adjustment unit 140 includes that computation subunit 141, second obtains subelement 142, searches subelement 143 and adjustment subelement 144。

Computation subunit 141 is used to calculate the ratio of the practical temperature rising-time Yu the default temperature rising-time；Second obtains Take subelement 142 for obtaining the second corresponding relationship of preconfigured ratio section and correction factor；Subelement 143 is searched to use In searching the corresponding correction factor of the ratio from second corresponding relationship；Subelement 144 is adjusted to be used for according to the ratio It is worth corresponding correction factor and adjusts the target operating parameters.

For example, practical temperature rising-time is set as d △ t_n, different outdoor environment temperature ranges and indoor environment temperature section are corresponding Default temperature rising-time be t, the ratio of practical temperature rising-time and the default temperature rising-time is d △ t_n/t.The ratio section It is specifically as follows the second corresponding relationship list of ratio section and correction factor with the second corresponding relationship of correction factor.For example, Table 2 is one example of the second corresponding relationship list of ratio section according to an embodiment of the present invention and correction factor.

Table 2

When the ratio of the practical temperature rising-time and the default temperature rising-time is greater than the second preset threshold and less than first When preset threshold, the corresponding correction factor of the ratio is searched from second corresponding relationship.For example, as shown in table 2, first Preset threshold is 1.4, and the second preset threshold is 0.7, as 0.7 < d △ t_nWhen/t < 1.4, the ratio can be found from table 2 It is worth corresponding correction factor.

When the target operating parameters include target operating frequency, the correction factor includes frequency correction factor；Institute The ratio can be specifically equal to by stating frequency correction factor.It is described when the target operating parameters include target inner tube temperature Correction factor includes inner tube compensation temperature, for example, different ratio sections corresponds to different inner tube compensation temperature shown in reference table 2 Degree.When the target operating parameters include target operating frequency, when the ratio is more than or equal to the first preset threshold, by institute It states target operating frequency and is adjusted to first frequency；When the ratio is less than or equal to the second preset threshold, by the object run Frequency is adjusted to second frequency.For example, the first frequency is specifically as follows preset upper limiting frequency, i.e., transported according to upper limiting frequency Row, the second frequency is specifically as follows preset lower frequency limit, i.e., runs according to lower frequency limit, for example, can be with 2 institute of reference table Show.Wherein, the value range of inner tube compensation temperature includes -5 DEG C~5 DEG C.

When the target operating parameters include target operating frequency, the correction factor includes frequency correction factor, is obtained The product for taking the target operating frequency Yu the frequency correction factor, using as target operating frequency adjusted.When described When target operating parameters include target inner tube temperature, the correction factor includes inner tube compensation temperature, then obtains in the target The sum of tube temperature degree and said inner tube compensation temperature, using as target inner tube temperature adjusted, i.e., target internal pipe temperature adjusted Degree is T_{Inner tube}+T_{It mends}。

Optionally, the adjustment unit 140 can also include: detection sub-unit and revise subelemen (not shown).

Detection sub-unit, for detecting setting for the air-conditioning when the target operating parameters include target operating frequency Whether the temperature gap for determining temperature and the current indoor environment temperature is less than preset temperature threshold.Revise subelemen is used for When the temperature gap is less than preset temperature threshold, according to the ratio and the temperature gap to the target adjusted Running frequency is modified.

That is, when detection sub-unit detects current indoor environment temperature and set temperature close to the (setting The temperature gap of temperature and the current indoor environment temperature is less than preset temperature threshold) when, revise subelemen is according to The ratio and the temperature gap of practical temperature rising-time and the default temperature rising-time are to the target operating frequency adjusted It is modified.The value range of the preset temperature threshold includes 10 DEG C or less.

Specifically, revise subelemen determines corresponding first frequency of amendment according to the ratio and the temperature gap；Root The target operating frequency adjusted is modified according to first frequency of amendment.More specifically, revise subelemen can To obtain the third corresponding relationship in preconfigured different ratio sections and temperature range and different frequency of amendment；From the third The ratio and corresponding first frequency of amendment of the temperature gap are searched in corresponding relationship, further according to first frequency of amendment The target operating frequency adjusted is modified.Revised target operating frequency is equal to the target fortune adjusted The sum of line frequency and first frequency of amendment.

Table 3

Fig. 8 is the structural schematic diagram of another embodiment of air-conditioning heating control device provided by the invention.As described in Figure 8, According to another embodiment of the present invention, described device can also include third acquiring unit 150 and judging unit 160.

Third acquiring unit 150 is used to obtain corresponding target indoor environment temperature according to the current outdoor environment temperature Degree；Judging unit 160 is for judging whether current indoor environment temperature is greater than the target indoor environment temperature；The adjustment Unit 140 is further used for: if the judging unit judges whether current indoor environment temperature is greater than the target chamber inner ring Border temperature then adjusts the target inner tube temperature of the air-conditioning according to the current outdoor environment temperature.

Specifically, it is determined and is corresponded to according to the current indoor environment temperature and outdoor environment temperature in determination unit 120 Default temperature rising-time and the air-conditioning target operating parameters before, third acquiring unit 150 is according to the current outdoor Environment temperature obtains corresponding target indoor environment temperature；Judging unit 160 judges whether current indoor environment temperature is greater than The target indoor environment temperature；If judging, current indoor environment temperature is greater than the target indoor environment temperature, adjusts Unit 140 adjusts the target inner tube temperature of the air-conditioning according to the current outdoor environment temperature.Specifically, third obtains It takes unit 150 to obtain indoor environment temperature and reaches corresponding when the corresponding target indoor environment temperature of current outdoor environment temperature Default inner tube temperature, the target inner tube temperature of the air-conditioning is adjusted to the default inner tube temperature by adjustment unit 140, thus root Electronic expansion valve opening is adjusted according to the current target inner tube temperature of the air-conditioning, makes current inner tube temperature (practical inner tube temperature) Reach target inner tube temperature；If current indoor environment temperature is less than or equal to the target indoor environment temperature, continuation is returned Judgement.

Third acquiring unit 150, which obtains corresponding target indoor environment temperature according to the current outdoor environment temperature, to be had Body may include being worked as according to preconfigured outdoor environment temperature with the lookup of the corresponding relationship of corresponding target indoor environment temperature The preceding corresponding target indoor environment temperature of outdoor environment temperature (i.e. current practical outdoor environment temperature)；And/or third obtains It takes unit 150 to obtain indoor environment temperature and reaches corresponding when the corresponding target indoor environment temperature of current outdoor environment temperature Default inner tube temperature can specifically include according to preconfigured outdoor environment temperature and corresponding target indoor environment temperature and The corresponding relationship of default inner tube temperature, searches the corresponding target of outdoor environment temperature that current indoor environment temperature reaches current Corresponding default inner tube temperature when indoor environment temperature.For example, table 4 be according to the outdoor environment temperature of the embodiment of the present invention with it is right One example of the corresponding relationship of the target indoor environment temperature and default inner tube temperature answered.The target indoor environment temperature tool Body is to use T in table 4 by testing obtained different outdoor environment temperatures corresponding indoor comfortable temperature_{Comfort temperature under corresponding outer ring}Carry out table Show.The value range of the target indoor environment temperature may include 18 DEG C~28 DEG C.

T_{Outer ring}	T_{Outer ring}> T_W1	T_W2< T_{Outer ring}≤T_W1	T_W3< T_{Outer ring}≤T_W2	T_{Outer ring}≤T_W3
					T_{Comfort temperature under corresponding outer ring}	T_{Comfort temperature 1 under corresponding outer ring}	T_{Comfort temperature 2 under corresponding outer ring}	T_{Comfort temperature 3 under corresponding outer ring}	T_{Comfort temperature 4 under corresponding outer ring}
T_{Best inner tube}

Table 4

The present invention also provides a kind of storage mediums for corresponding to the air-conditioning heating control method, are stored thereon with computer Program, the step of aforementioned any the method is realized when described program is executed by processor.

The present invention also provides correspond to the air-conditioning heating control method a kind of air-conditioning, including processor, memory with And the computer program that storage can be run on a processor on a memory, the processor are realized aforementioned when executing described program The step of any the method.

The present invention also provides a kind of air-conditionings for corresponding to the air-conditioning heating control device, including aforementioned any sky Modulate heat control device.

Accordingly, scheme provided by the invention, according to the current indoor environment temperature of air-conditioning local environment and outdoor environment temperature Degree determines the target operating parameters of corresponding default temperature rising-time and air-conditioning, according to practical temperature rising-time and default temperature rising-time tune The target operating parameters of whole air-conditioning, so that air-conditioning is run according to target operating parameters adjusted, since inner tube temperature determines The difference of air temperature, leaving air temp and environment temperature determines the temperature rise rate in room, while influencing the uneven of space air Both degree, temperature rise rate and temperature uniformity can not theoretically get both, and the present invention is comprehensive, first adjusted and run with temperature rise rate Frequency, after based on temperature uniformity, adjust inner tube temperature, by temperature rising-time adjust heating operation control, make room or more Temperature is more uniform, improves the comfort that user's air-conditioning uses, and improves air stratification upper heat and lower cold.

Function described herein can be implemented in hardware, the software executed by processor, firmware or any combination thereof. If implemented in the software executed by processor, computer can be stored in using function as one or more instructions or codes It is transmitted on readable media or via computer-readable media.Other examples and embodiment are wanted in the present invention and appended right It asks in the scope and spirit of book.For example, due to the property of software, function described above can be used by processor, Hardware, firmware, hardwired or the software implementation for appointing the combination of whichever to execute in these.In addition, each functional unit can integrate In one processing unit, it is also possible to each unit to physically exist alone, can also be integrated in two or more units In one unit.

In several embodiments provided herein, it should be understood that disclosed technology contents can pass through others Mode is realized.Wherein, the apparatus embodiments described above are merely exemplary, such as the division of the unit, Ke Yiwei A kind of logical function partition, there may be another division manner in actual implementation, for example, multiple units or components can combine or Person is desirably integrated into another system, or some features can be ignored or not executed.Another point, shown or discussed is mutual Between coupling, direct-coupling or communication connection can be through some interfaces, the INDIRECT COUPLING or communication link of unit or module It connects, can be electrical or other forms.

The unit as illustrated by the separation member may or may not be physically separated, and fill as control The component set may or may not be physical unit, it can and it is in one place, or may be distributed over multiple On unit.It can some or all of the units may be selected to achieve the purpose of the solution of this embodiment according to the actual needs.

If the integrated unit is realized in the form of SFU software functional unit and sells or use as independent product When, it can store in a computer readable storage medium.Based on this understanding, technical solution of the present invention is substantially The all or part of the part that contributes to existing technology or the technical solution can be in the form of software products in other words It embodies, which is stored in a storage medium, including some instructions are used so that a computer Equipment (can be personal computer, server or network equipment etc.) executes the whole of each embodiment the method for the present invention Or part steps.And storage medium above-mentioned includes: USB flash disk, read-only memory (ROM, Read-Only Memory), deposits at random Access to memory (RAM, Random Access Memory), mobile hard disk, magnetic or disk etc. are various to can store program generation The medium of code.

The above description is only an embodiment of the present invention, is not intended to restrict the invention, for those skilled in the art For member, the invention may be variously modified and varied.All within the spirits and principles of the present invention, it is made it is any modification, Equivalent replacement, improvement etc., should be included within scope of the presently claimed invention.

Claims

1. a kind of air-conditioning heating control method characterized by comprising

Obtain the air-conditioning local environment current indoor environment temperature and outdoor environment temperature；

The mesh of corresponding default temperature rising-time and air-conditioning is determined according to the current indoor environment temperature and outdoor environment temperature Mark operating parameter；The default temperature rising-time, comprising: preset indoor environment temperature rises the time that preset temperature value expends；

Obtain current practical temperature rising-time；The practical temperature rising-time, comprising: it is real that indoor environment temperature rises preset temperature value The time that border is expended；

The target operating parameters that the air-conditioning is adjusted according to the practical temperature rising-time and the default temperature rising-time, so that described Air-conditioning is run according to target operating parameters adjusted.

2. the method according to claim 1, wherein according to the current indoor environment temperature and outdoor environment Temperature determines the target operating parameters of corresponding default temperature rising-time and the air-conditioning, comprising:

Obtain the of preconfigured indoor environment temperature and outdoor environment temperature and default temperature rising-time and target operating parameters One corresponding relationship；

The current indoor environment temperature and the corresponding default temperature of outdoor environment temperature are determined according to first corresponding relationship Rise time and target operating parameters.

3. according to the method described in claim 2, it is characterized in that, the target operating parameters, comprising: target inner tube temperature；

The current indoor environment temperature and the corresponding default temperature of outdoor environment temperature are determined according to first corresponding relationship Rise time and target operating parameters, comprising:

According to the current setting wind file of first corresponding relationship and the air-conditioning determine the current indoor environment temperature with The corresponding target inner tube temperature of outdoor environment temperature.

4. method according to claim 1-3, which is characterized in that according to the practical temperature rising-time and described pre- If temperature rising-time adjusts the target operating parameters of the air-conditioning, comprising:

Calculate the ratio of the practical temperature rising-time Yu the default temperature rising-time；

Obtain the second corresponding relationship of preconfigured ratio section and correction factor；

The corresponding correction factor of the ratio is searched from second corresponding relationship；

The target operating parameters are adjusted according to the corresponding correction factor of the ratio.

5. according to the method described in claim 4, it is characterized in that,

The target operating parameters, comprising: target operating frequency, the correction factor, comprising: frequency correction factor；

The target operating parameters are adjusted according to the corresponding correction factor of the ratio, comprising:

The product for obtaining the target operating frequency Yu the frequency correction factor, using as target operating frequency adjusted；

And/or

The target operating parameters, comprising: target inner tube temperature, the correction factor, comprising: inner tube compensation temperature；

The sum of the target inner tube temperature and said inner tube compensation temperature are obtained, using as target inner tube temperature adjusted.

6. according to the method described in claim 5, it is characterized in that, when the target operating parameters include target operating frequency When, further includes:

When the ratio is more than or equal to the first preset threshold, the target operating frequency is adjusted to first frequency；

When the ratio is less than or equal to the second preset threshold, the target operating frequency is adjusted to second frequency.

7. according to the described in any item methods of claim 4-6, which is characterized in that when the target operating parameters include target fortune When line frequency, further includes:

Whether the temperature gap of the set temperature and the current indoor environment temperature that detect the air-conditioning is less than preset temperature Threshold value；

When the temperature gap is less than preset temperature threshold, according to the ratio and the temperature gap to described adjusted Target operating frequency is modified.

8. the method according to the description of claim 7 is characterized in that according to the ratio and the temperature gap to the adjustment Target operating frequency afterwards is modified, comprising:

Corresponding first frequency of amendment is determined according to the ratio and the temperature gap；

The target operating frequency adjusted is modified according to first frequency of amendment.

9. according to the method described in claim 8, it is characterized in that, being determined according to the ratio and the temperature gap corresponding Frequency of amendment, comprising:

Obtain the third corresponding relationship in preconfigured different ratio sections and temperature range and different frequency of amendment；

The ratio and corresponding first frequency of amendment of the temperature gap are searched from the third corresponding relationship.

10. -9 described in any item methods according to claim 1, which is characterized in that according to the current indoor environment temperature Degree and outdoor environment temperature determine before the target operating parameters of corresponding default temperature rising-time and air-conditioning, further includes:

Corresponding target indoor environment temperature is obtained according to the current outdoor environment temperature；

Judge whether current indoor environment temperature is greater than the target indoor environment temperature；

If so, adjusting the target inner tube temperature of the air-conditioning according to the current outdoor environment temperature.

11. a kind of air-conditioning heating control device characterized by comprising

First acquisition unit, for obtaining the air-conditioning local environment current indoor environment temperature and outdoor environment temperature；

Determination unit, when for determining corresponding default temperature rise according to the current indoor environment temperature and outdoor environment temperature Between and air-conditioning target operating parameters；The default temperature rising-time, comprising: preset indoor environment temperature rises preset temperature value The time of consuming；

Second acquisition unit, for obtaining current practical temperature rising-time；The practical temperature rising-time, comprising: indoor environment temperature Degree rises the preset temperature value practical time expended；

Adjustment unit, for adjusting the object run of the air-conditioning according to the practical temperature rising-time and the default temperature rising-time Parameter, so that the air-conditioning is run according to target operating parameters adjusted.

12. device according to claim 11, which is characterized in that the determination unit, comprising:

First obtains subelement, for obtaining preconfigured indoor environment temperature and outdoor environment temperature and default temperature rising-time With the first corresponding relationship of target operating parameters；

Subelement is determined, for determining the current indoor environment temperature and outdoor environment temperature according to first corresponding relationship Spend corresponding default temperature rising-time and target operating parameters.

13. device according to claim 12, which is characterized in that the target operating parameters, comprising: target internal pipe temperature Degree；

The determining subelement determines the current indoor environment temperature and outdoor environment temperature according to first corresponding relationship Spend corresponding default temperature rising-time and target operating parameters, comprising:

14. the described in any item devices of 1-13 according to claim 1, which is characterized in that the adjustment unit, comprising:

Computation subunit, for calculating the ratio of the practical temperature rising-time Yu the default temperature rising-time；

Second obtains subelement, for obtaining second corresponding relationship in preconfigured ratio section and correction factor；

Subelement is searched, for searching the corresponding correction factor of the ratio from second corresponding relationship；

Subelement is adjusted, for adjusting the target operating parameters according to the corresponding correction factor of the ratio.

15. device according to claim 14, which is characterized in that

The adjustment subelement adjusts the target operating parameters according to the corresponding correction factor of the ratio, comprising:

And/or

16. device according to claim 15, which is characterized in that when the target operating parameters include target operating frequency When, the adjustment subelement is also used to:

17. the described in any item devices of 4-16 according to claim 1, which is characterized in that when the target operating parameters include mesh When marking running frequency, the adjustment unit, further includes:

Detection sub-unit, set temperature and the temperature gap of the current indoor environment temperature for detecting the air-conditioning are It is no to be less than preset temperature threshold；

Revise subelemen is used for when the temperature gap is less than preset temperature threshold, according to the ratio and the temperature difference Value is modified the target operating frequency adjusted.

18. device according to claim 17, which is characterized in that the revise subelemen, according to the ratio and described Temperature gap is modified the target operating frequency adjusted, comprising:

19. device according to claim 18, which is characterized in that the revise subelemen, according to the ratio and described Temperature gap determines corresponding frequency of amendment, comprising:

20. the described in any item devices of 1-19 according to claim 1, which is characterized in that further include:

Third acquiring unit, for obtaining corresponding target indoor environment temperature according to the current outdoor environment temperature；

Judging unit, for judging whether current indoor environment temperature is greater than the target indoor environment temperature；

The adjustment unit, is further used for: if to judge whether current indoor environment temperature is greater than described for the judging unit Target indoor environment temperature then adjusts the target inner tube temperature of the air-conditioning according to the current outdoor environment temperature.

21. a kind of storage medium, which is characterized in that it is stored thereon with computer program, it is real when described program is executed by processor The step of existing claim 1-10 any the method.

22. a kind of air-conditioning, which is characterized in that can be transported on a processor on a memory including processor, memory and storage The step of capable computer program, the processor realizes claim 1-10 any the method when executing described program.

23. a kind of air-conditioning, which is characterized in that including the air-conditioning heating control device as described in claim 10-20 is any.