WO2018040932A1 - 一种洗衣机洗涤试剂的投放方法 - Google Patents
一种洗衣机洗涤试剂的投放方法 Download PDFInfo
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- WO2018040932A1 WO2018040932A1 PCT/CN2017/097876 CN2017097876W WO2018040932A1 WO 2018040932 A1 WO2018040932 A1 WO 2018040932A1 CN 2017097876 W CN2017097876 W CN 2017097876W WO 2018040932 A1 WO2018040932 A1 WO 2018040932A1
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- washing
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- reagent
- water inlet
- dispensing
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F33/00—Control of operations performed in washing machines or washer-dryers
- D06F33/30—Control of washing machines characterised by the purpose or target of the control
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
- D06F2103/20—Washing liquid condition, e.g. turbidity
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
- D06F2105/02—Water supply
Definitions
- the invention relates to the field of washing machines, in particular to a method for placing washing machine washing reagents.
- the softener can uniformly form a protective film on the surface of the woven fabric fiber.
- the fiber surface is adsorbed by the softener, the friction coefficient between the fibers is reduced, the mobility is enhanced, and the fiber is inherently smooth.
- the elongation and compression properties have also been restored, making the fabric softer, fluffy and elastic, while eliminating static electricity.
- the main component of the detergent is anionic surfactant
- the main component of the softener is cationic surfactant, so it cannot be added at the same time, and in order to maintain the effect of the softener, the softener is usually added at the last rinse to prevent premature Addition causes the softener to be overwashed and failed.
- Different areas are set on the detergent delivery box for dispensing detergents and softeners, and both have indicators, but in actual use, detergents and softeners are often misplaced, or detergents are misplaced in compliance. The situation of the agent area. Eventually the washing machine could not finish washing.
- Cipheral Patent Application No. CN201480059972.6 discloses a "scrubber comprising a detergent dispenser"; the scrubber comprises a dispenser (1) having more than one storage detergent therein Zone (2) and at least one valve (3) disposed on the distributor (1).
- the scrubber also includes an emptying device (4) that enables the cleaning agent in the dispenser (1) to be discharged through a valve (3) that is triggered by a user.
- the emptying device (4) acts as a switch, the user grasps the emptying device (4) from the handle (7) and discharges the dispenser (1) by inserting the end (5) into the valve (3).
- the scrubber can only remove most of the mis-injection reagents, and some of the reagents stick to the side walls of the detergent cartridge, the viscose reagents affect the performance and activity of the reagents that are accurately added. Moreover, the method requires the user to take out the entire detergent box, and at the same time, wastes the washing reagent during the operation and soils the surrounding environment.
- the technical problem to be solved by the present invention is to overcome the deficiencies of the prior art, and provide a method for placing a washing agent for a washing machine, which can be manually adjusted by an adjustment button provided on a washing machine, or by being disposed in a dispensing box.
- the washing reagent detecting unit connected to the controller detects the reagent information for detecting the washing reagent, adjusts the water feeding timing of the water inlet pipe in the dispensing box of the washing machine, avoids waste of the washing reagent caused by the washing reagent error, or is seriously caused by the wrong delivery sequence. Normal washing is not possible.
- the present invention adopts the following technical solution: a method for delivering a washing agent for a washing machine,
- the timing of the water inlet of the inlet pipe corresponding to each washing reagent is configured.
- the washing machine includes a controller, a distribution box, and a washing reagent detecting unit disposed in the dispensing box and connected to the controller; the washing reagent detecting unit detects the reagent information in each of the accommodating chambers, and according to the detected The reagent information is used to obtain the water inlet timing of each inlet chamber corresponding to the water inlet pipe;
- the reagent information corresponds to the water inflow timing, and the corresponding relationship is stored in the controller.
- the reagent information includes one or any combination of ionization information, surfactant information, viscosity information, weight information, washing reagent form information, and pH information;
- the reagent information includes surfactant information and weight information.
- the method for delivering includes the following steps:
- the washing reagent detecting unit detects the washing reagents in each of the accommodating chambers in the dispensing box, and obtains corresponding reagent information;
- step S2 it is determined whether the reagent information corresponding to each of the accommodating chambers in the distribution box is consistent with the preset value of the corresponding accommodating chamber, and if so, step S3 is performed; if not, step S4 is performed;
- the water inlet timing of each inlet chamber corresponding to the water inlet pipe is obtained, and the water inlet is performed;
- step A) is further included: detecting the weight of each accommodating chamber by using a weight detecting device disposed in each accommodating chamber, and acquiring a corresponding weight letter interest;
- the weight detecting device is a weight sensor.
- step B) is further included: determining whether the weight information is greater than the set value, and if yes, performing step S2, and if not, closing the water inlet pipe corresponding to the accommodating chamber.
- step S2 the reagent information corresponding to the accommodating chamber corresponds to a preset value of the accommodating chamber, and the corresponding relationship is stored in the controller.
- step C) is further included between the steps S3 and S4 or after the step S4: the reagent information and the water inlet timing corresponding to each of the accommodating chambers are acquired as the first delivery data and stored in the controller.
- step C) further includes: step D): determining whether the delivery data of the previous N times is consecutively the same, and if yes, using the first delivery data as a preset value; if not, performing the next step;
- the water inlet pipe corresponding to the accommodating chamber corresponding to the detergent or the washing powder is obtained as the main water inlet pipe according to the detected reagent information.
- the present invention has the following beneficial effects compared with the prior art:
- the method for dispensing a washing agent of the washing machine of the present invention solves the problem of mis-delivery of the detergent in the dispensing box of the washing machine.
- the dispensing method of the present invention can be manually adjusted by an adjustment button provided on the washing machine, or by being disposed in the dispensing box.
- the washing reagent detecting unit connected to the controller detects the reagent information of the washing reagent, adjusts the water feeding timing of the water inlet pipe in the dispensing box of the washing machine, avoids waste of washing reagent caused by the washing reagent error, or is incorrect due to the delivery sequence.
- normal washing is not possible.
- the method for placing the washing reagent of the washing machine of the present invention makes the washing water agent timely adjust the timing of the water inflow, ensures the washing effect of the washing machine, and can also meet the individual needs of the customer. At the same time, the intelligentization of the washing machine is improved, the user's experience is improved, and the use of the washing reagent charge by mistake is ensured that the washing reagent is not wasted.
- Figure 1 is a flow chart of the method of placing the embodiment of the present invention
- FIG. 3 is a flowchart of the method for delivering according to another embodiment of the present invention.
- a washing method for washing a washing machine of the present invention obtains information of washing reagents in each receiving chamber of the dispensing box; and reads timing information corresponding to each washing reagent;
- the accommodating chamber in which the washing reagent is located corresponds to the water inlet timing of the water inlet pipe.
- the method for dispensing according to the embodiment is mainly based on the reagent information corresponding to each of the accommodating chambers in the washing reagent dispensing box or the adjusting information input according to the adjusting button provided on the washing machine after the washing reagent is mis-delivered.
- the water inflow timing corresponding to the delivery of the washing reagent avoids the waste of the washing reagent caused by the washing reagent dispensing error, or the normal washing cannot be performed due to the serious order of the dispensing.
- the water inlet timing of the washing machine can be adjusted in time, the water inlet timing in the detergent dispensing box of the washing machine can be corrected, and the washing reagent of the washing machine can be accurately placed, thereby ensuring the washing effect of the washing machine.
- the washing machine includes a controller, a washing reagent dispensing box, and a washing reagent detecting unit disposed in the dispensing box and connected to the controller; the washing reagent detecting unit detects the reagent information in each of the accommodating chambers, and according to the The detected reagent information is obtained by the water inlet timing of each inlet chamber corresponding to the inlet pipe;
- the reagent information corresponds to the water inflow timing, and the corresponding relationship is stored in the controller.
- the method for dispensing detects the reagent information corresponding to the washing reagent in the corresponding accommodating chamber by the washing reagent detecting unit, and obtains the order of discharging the washing reagent according to the detected reagent information, and the washing The order in which the reagents are delivered determines the influent timing of the corresponding chamber.
- the dispensing method in the embodiment realizes intelligent detection of the washing reagent in the dispensing box, further precisely controls the order of the washing reagents, and intelligently prevents the user from putting the washing reagent into the setting accommodating chamber, thereby failing to reach The washing effect is expected.
- the reagent information includes one or any combination of surfactant information, viscosity information, weight information, and pH information;
- the reagent information includes surfactant information and weight information.
- one or any combination of surfactant information, viscosity information, weight information, and pH information in the washing reagent is detected, and the surfactant information, the viscosity information, and the weight information are used.
- the pH information to determine the type of washing reagent, and to get the order of its delivery, Then, according to the order of delivery of the washing reagents and the chamber information thereof, the inlet chamber is then controlled by the controller to perform the water inflow in the order in which the washing reagents are delivered.
- the washing reagent detecting unit is an ion detecting unit, and according to the main component in the detergent, an anionic surfactant, wherein the main component of the softener is a cationic surfactant, and only ions in the washing reagent need to be detected.
- the detection washing agent is a detergent, or a softener.
- the method for delivering includes the following steps:
- the washing reagent detecting unit detects the washing reagents in each of the accommodating chambers in the dispensing box, and obtains corresponding reagent information;
- step S2 it is determined whether the reagent information corresponding to each of the accommodating chambers in the distribution box is consistent with the preset value of the corresponding accommodating chamber, and if so, step S3 is performed; if not, step S4 is performed;
- the water inlet timing of each inlet chamber corresponding to the water inlet pipe is obtained, and the water inlet is performed;
- the method for injecting first detects the reagent information of the washing reagents in each of the accommodating chambers, and then determines whether the preset values corresponding to the accommodating chambers in the preset dispensing box are consistent, and if they are inconsistent, It indicates that the user has different habits of placing in the normal time. If a delivery error occurs, the order of the washing reagents is continuously obtained according to the reagent information of the washing reagents in each of the accommodating chambers, and the dispensing box is determined according to the delivery sequence. Corresponds to the water inlet timing of the inlet pipe. The method according to the embodiment can accurately confirm whether the delivery is correct according to the reagent information of the washing reagents in each of the accommodating chambers in the distribution box.
- the water is fed according to the preset water inlet timing; if not, the water is passed.
- the detected reagent information confirms the water inflow timing, ensures that the washing reagent is placed in the correct order, and ensures that the washing reagent of the washing machine is accurately placed, thereby ensuring the washing effect of the washing machine.
- step S2 the reagent information corresponding to the accommodating chamber corresponds to a preset value of the accommodating chamber, and the corresponding relationship is stored in the controller.
- the distribution box includes two accommodating chambers
- the first accommodating chamber, the first water inlet pipe and the first water inlet valve correspond to each other
- the second water inlet pipe corresponds to the second water inlet valve
- the washing machine can preset the first accommodating chamber to deliver detergent or washing powder; the second accommodating chamber Put on the softener.
- the washing reagent detecting unit detects that the surfactant information obtained by detecting the first accommodating chamber is a positive ionic surfactant
- the washing reagent detecting unit detects the surface activity obtained by detecting the second accommodating chamber.
- the agent information is a negative ionic surfactant
- the pre-set surfactant information of the first accommodating chamber of the dispensing box is a negative ionic surfactant
- the second accommodating chamber of the dispensing box is preset
- the surfactant information is a positive ionic surfactant
- the controller determines, according to the above information, that the surfactant information corresponding to the first and second accommodating chambers in the distribution box is inconsistent with the preset value of the corresponding accommodating chamber, and
- the detergent agent sent by the first accommodating chamber is a softener
- the detergent agent sent by the second accommodating chamber is a detergent
- the second water inlet pipe is The main water inlet pipe, the first water inlet pipe is the last time to rinse the water inlet pipe
- the distribution box includes three accommodating chambers, the first accommodating chamber, the first water inlet pipe, and the first water inlet valve; the second accommodating chamber, The second water inlet pipe corresponds to the second water inlet valve; the third accommodating chamber, the third water inlet pipe and the third water inlet valve correspond to each other.
- the washing machine can pre-set the first accommodating chamber to put detergent or washing powder; the second accommodating chamber puts the softener; the third accommodating chamber puts the disinfecting liquid;
- the washing reagent detecting unit detects that the surfactant information obtained by the first accommodating chamber is an anionic surfactant, it compares with the preset surfactant information of the first accommodating chamber and obtains Consistent with the preset value, the preset water inlet sequence of the first accommodating chamber is obtained, and the first water inlet pipe corresponding to the first accommodating chamber is used as the main water inlet pipe.
- the washing reagent detecting unit detects that the surfactant information obtained by the second accommodating chamber is a neutral ionic surfactant
- the washing reagent detecting unit detects the surface obtained by detecting the third accommodating chamber.
- the active agent information is a positive ionic surfactant
- the surfactant information preset by the second accommodating chamber of the dispensing box is a positive ionic surfactant
- the dispensing box has a predetermined surface of the third accommodating chamber
- the active agent information is a neutral ion surfactant
- the controller determines, according to the above information, that the surfactant information corresponding to the second and third accommodating chambers in the distribution box is inconsistent with the preset value of the corresponding accommodating chamber, and And according to the detected surfactant information, the feeding sequence of the washing reagent and the water inlet timing of the second water inlet pipe and the third water inlet pipe are obtained, and the third water inlet pipe is most rinsed to the water inlet pipe.
- step S1 and step S2 further include step A): detecting the weight of each accommodating chamber by the weight detecting device disposed in each accommodating chamber, and acquiring corresponding weight information;
- the weight detecting device is a weight sensor.
- step B) is further included: determining whether the weight information is greater than the set value, and if yes, performing step S2, and if not, closing the water inlet pipe corresponding to the accommodating chamber.
- the placing method detects the weight of each accommodating chamber by the weight detecting device before step S1, first determines that the accommodating chamber in which the washing reagent is placed in the dispenser, and then detects by the washing reagent.
- the unit detects the accommodating chamber to which the washing reagent is placed, further accurately corrects the feeding condition of the washing reagent, and improves the efficiency of the feeding method for detecting the reagent information corresponding to the washing reagent in each accommodating chamber.
- the detection error detected by the washing reagent detecting unit is reduced, and the precision of the washing reagent delivery is further improved.
- step S2 the reagent information corresponding to the accommodating chamber corresponds to a preset value of the accommodating chamber, and the corresponding relationship is stored in the controller.
- step C) is further included between the steps S3 and S4 or after the step S4: the reagent information and the water inlet timing corresponding to each of the accommodating chambers are acquired as the first delivery data and stored in the controller.
- step C) further includes: step D): determining whether the delivery data of the previous N times is consecutively the same, and if yes, using the first delivery data as a preset value; if not, performing the next step;
- the method according to the embodiment may further determine the serving habit of the user's washing reagent according to the history of determining the reagent information and the water inflow timing corresponding to each of the accommodating chambers, and then the serving corresponding to the placing habit
- the data is used as a preset value, and the dispenser is controlled to perform water intake according to the water intake timing determined by the delivery habit.
- the delivery method improves the intelligence of the washing machine, satisfies the personalized needs of the user, and can also improve the user's experience.
- the water inlet pipe corresponding to the accommodating chamber corresponding to the detergent or the washing powder is obtained as the main water inlet pipe according to the detected reagent information.
- the difference between the embodiment and the above embodiment is that the step S1 and the step S2 further include a step E): determining whether the washing reagent in each of the accommodating chambers is solid, and if so, The accommodating chamber corresponds to the water inlet pipe as the main water inlet pipe; if not, S2 is executed.
- the placing method in the embodiment detects the accommodating chambers in the distribution box by the washing reagent detecting unit.
- the indoor washing agent obtains the corresponding reagent information; firstly, it is judged whether it is solid detergent, and if it is solid detergent, the corresponding water inlet pipe of the accommodating chamber is used as the main water inlet pipe, thereby ensuring that the washing powder can It is sufficiently dissolved and sufficiently in contact with the laundry to improve the washing effect of the delivery method.
- the washing reagent form information is mainly determined by the weight detecting device and the reagent information acquired by the ion detecting unit.
- the weight of each accommodating chamber is detected by the weight detecting device, and it is determined that the washing reagent is placed in each accommodating chamber, and then the ion detecting unit detects the dispensing reagent, and when the ion detecting unit detects the accommodating chamber Without any ion information, the solid detergent powder placed in the accommodating chamber is judged.
- the weight detecting device, and the micro-optical detecting device disposed in the dispensing box determine whether it is a solid detergent by weight information and optical information.
- the solid laundry detergent corresponds to weight information and optical information, and the corresponding relationship is stored in the controller.
- the embodiment further provides a method for delivering a washing agent for a washing machine, the method comprising the following steps:
- the placing method is mainly that the user finds or actively recognizes that the washing reagent is placed incorrectly, and the user manually adjusts the water inlet of the washing machine according to the specific receiving chamber of the current washing reagent. Timing, avoiding waste of washing reagent caused by washing reagent error, or failure to perform normal washing due to serious delivery sequence error. Therefore, in this embodiment, the user can find/be aware of the feeding error of the washing reagent, adjust the water inflow timing in time, and ensure the washing effect of the washing machine.
- washing reagent in step S101 includes one or any combination of detergent, washing powder, softener, disinfectant;
- the washing reagent corresponds to the accommodating chamber, and the corresponding relationship is stored in the controller.
- step S101 a set water inlet timing of the water inlet pipe corresponding to each of the accommodating chambers in the storage box is obtained, wherein each of the accommodating chambers corresponds to the washing reagent, and the corresponding relationship is stored in the control.
- the washing machine can set the first accommodating chamber to put detergent or washing powder; the second accommodating chamber puts the softener; the third accommodating chamber is placed. Disinfecting solution; then setting the corresponding influent timing according to the washing reagent set by each accommodating chamber setting.
- the washing machine may set the first accommodating chamber to deliver the detergent or the washing powder; and the second accommodating chamber to put the softener or the disinfecting liquid.
- the preset water inlet information includes a washing reagent corresponding to each of the accommodating chambers, and a water inlet timing of each of the accommodating chambers corresponding to the water inlet pipe.
- each of the accommodating chambers corresponds to a water inlet timing of the water inlet pipe, and the corresponding relationship is stored in the controller.
- the adjusting button is connected to the controller in step 102, and is configured to input, to the controller, adjustment information for adjusting the washing reagents in each of the accommodating chambers or adjusting the water inlet timing of the water inlet pipe.
- the adjustment button may input adjustment information for adjusting the detergent reagents in each of the accommodating chambers, and then obtain a delivery sequence of the detergent reagents according to the adjustment information, and then obtain a water inlet timing of the inlet pipeline according to the delivery sequence of the detergent reagents.
- the order of the washing reagents is corresponding to the water inlet timing of the water inlet pipe, and the corresponding relationship is stored in the controller.
- the distribution box includes two of the accommodating chambers, the first accommodating chamber, the first water inlet pipe and the first water inlet valve correspond to each other; the second accommodating chamber, the first The water inlet pipe corresponds to the second water inlet valve; the water inlet information is that the first accommodating chamber delivers the detergent, and the second accommodating chamber puts the softener, and the water inlet pipe inlet timing is the first The water pipe is the main water inlet pipe, and the second water inlet pipe is the last rinsing water inlet pipe; when the washing machine starts the adjustment button set on the washing machine, and inputs corresponding adjustment information, wherein the adjustment information is the first Receiving the softener in the accommodating chamber and discharging the detergent in the second accommodating chamber, after receiving the adjustment information, the controller uses the second water inlet pipe as the main water inlet pipe according to the adjustment information, and the first water inlet pipe As the last rinsing water inlet pipe, the detergent is put in the washing process in the washing process, and the softener is put in the rins
- the adjustment information of the water inlet timing of the water inlet pipe is directly input through the adjustment button, and the water inlet is performed according to the adjustment information.
- the distribution box includes three accommodating chambers, the first accommodating chamber and the first water inlet pipe Corresponding to the first water inlet valve; the second accommodating chamber, the second water inlet pipe and the second water inlet valve; the third accommodating chamber, the third water inlet pipe and the third inlet The water valve corresponds.
- the adjusting button disposed on the washing machine can directly adjust the water inlet timing of the three accommodating chambers, for example, when the set water inlet timing is the first water inlet pipe, the second water inlet pipe, and the third water inlet After the water inlet timing of the first water inlet pipe and the second water inlet pipe is reversed, the water inlet timing of the distribution box is sequentially adjusted to the second water inlet pipe, the first water inlet pipe, and the third inlet. Water pipe.
- the adjustment information in step S103 includes one or any combination of adjusting the length of time the button is pressed, or the number of pressing buttons of the adjustment button;
- the length of time and the number of pressing times correspond to the water inlet timing of the water inlet pipe, and the corresponding relationship is stored in the controller.
- the adjustment button For example, if the adjustment button is pressed for a short time, the water inlet timing of the first water inlet pipe and the second water inlet pipe is reversed, and the adjustment button reverses the second water inlet pipe and the third water inlet when pressed for a long time.
- the water injection timing of the pipeline if the adjustment button is pressed for a short time, the water inlet timing of the first water inlet pipe and the second water inlet pipe is reversed, and the adjustment button reverses the second water inlet pipe and the third water inlet when pressed for a long time.
- step S103 and step S104 or step S104 further includes step AA): adjusting the adjustment information of the adjustment button and the water inlet timing of the water inlet pipe as the first delivery data and storing the same in the controller.
- the method further includes a step BB): determining whether the first delivery data is consecutively the same as the previous N delivery data, and if yes, using the first delivery data as a preset value; if not, performing the next step. ;
- the method according to the embodiment may further determine the serving habit of the user's washing reagent according to the determination of the adjustment information and the water intake timing corresponding to each of the accommodating chambers, and then the delivery corresponding to the serving habit
- the data is used as a preset value, and the dispenser is controlled to perform water intake according to the water intake timing determined by the delivery habit.
- the delivery method improves the intelligence of the washing machine, satisfies the personalized needs of the user, and can also improve the user's experience.
- the method further includes the step DD): prompting the user whether to use the first delivery data as a preset value, and if it is or does not respond within the set time, Then the first delivery data is taken as a preset value; if not, the next step is performed.
- the delivery method is more intuitive and convenient, and further meets the personalized needs of the user.
- step S103 obtains a detergent or a washing powder according to the adjustment information input by the adjustment button.
- the water inlet pipe corresponding to the accommodating chamber serves as a main water inlet pipe.
- the accommodating chamber of the washing machine is corresponding to the water inlet pipe as the main water inlet pipe, and the accommodating chamber of the softener is the last rinsing water inlet pipe corresponding to the water inlet pipe;
- the dispensing method reversely sets the setting chamber of the softener corresponding to the water inlet pipe as the main water inlet pipe, and the receiving chamber of the detergent corresponds to The water line is the last rinse water inlet line.
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Abstract
一种洗衣机洗涤试剂的投放方法，所述投放方法包括获得分配盒中各容置腔室内所投洗涤试剂的信息；读取与各洗涤试剂对应的投放时序信息；配置各洗涤试剂所在容置腔室对应进水管道的进水时序。该投放方法解决了洗衣机分配盒内洗涤剂误投放的问题，该投放方法可通过设置于洗衣机上的调节按钮用户手动调整、或者通过设置于分配盒内并与控制器连接的洗涤试剂检测单元检测洗涤试剂的试剂信息，调整洗衣机的分配盒内进水管道的进水时序，避免了洗涤试剂投放错误造成洗涤试剂的浪费、或者由于投放顺序错误严重导致无法进行正常洗涤。
Description
本发明涉及洗衣机领域，尤其是一种洗衣机洗涤试剂的投放方法。
目前，随着生活质量的提高，用户对于衣物的洗涤要求越来越高，例如：消毒、柔顺等。其中柔顺剂作为一种洗涤护理用品，可以在织物纤维的表面均匀地形成一层保护膜，纤维表面由于吸附了柔软剂，纤维间的摩擦系数降低了，可移动性增强了，纤维固有的平滑、延伸、压缩性能也得到了恢复，使的织物变得更加柔软、蓬松、有弹性，同时可以消除静电。目前洗涤剂中主要成分是阴离子表活，而柔顺剂中主要成分是阳离子表活，所以不能同时添加，同时为了保持柔顺剂的作用，通常在最后一次漂洗时进行柔顺剂的添加，防止过早添加导致柔顺剂被过分洗掉失效。在洗涤剂投放盒上分别设置不同的区域用于投放洗涤剂和柔顺剂，并且均具有指示标志，但是在实际使用过程中经常会出现洗涤剂和柔顺剂误投，或者洗涤剂误投放在柔顺剂区域的情况。最终导致洗衣机无法完成洗涤。
如申请号为CN201480059972.6的中国专利公开了一种“包括清洗剂分配器的洗涤器”；该洗涤器包括分配器(1)，该分配器(1)具有其中储存清洗剂的多于一个的区域(2)和配置在该分配器(1)上的至少一个阀(3)。该洗涤器还包括清空器件(4)，其使分配器(1)中的清洗剂能够通过由使用者触发的阀(3)而排出。清空器件(4)用作开关，使用者从把手(7)抓住清空器件(4)且通过将端部(5)插入阀(3)中来使分配器(1)排出。
由于该洗涤器仅能取出大部分的误投试剂，还有部分试剂粘符在洗涤剂盒的侧壁上，该粘符的试剂会影响后准确添加的试剂的性能及活性。并且该方式需要用户将整个洗涤剂盒取出，同时会在操作的过程中造成洗涤试剂的浪费，弄脏周围环境。
有鉴于此，特提出本发明。
发明内容
本发明要解决的技术问题在于克服现有技术的不足，提供一种洗衣机洗涤试剂的投放方法，所述投放方法可通过设置于洗衣机上的调节按钮用户手动调整、或者通过设置于分配盒内并与控制器连接的洗涤试剂检测单元检测检测洗涤试剂的试剂信息，调整洗衣机的分配盒内进水管道的进水时序，避免了洗涤试剂投放错误造成洗涤试剂的浪费、或者由于投放顺序错误严重导致无法进行正常洗涤。
为了实现该目的，本发明采用如下技术方案：一种洗衣机洗涤试剂的投放方法，
获得分配盒中各容置腔室内所投洗涤试剂的信息；
读取与各洗涤试剂对应的投放时序信息；
配置各洗涤试剂所在容置腔室对应进水管道的进水时序。
进一步地，所述洗衣机包括控制器、分配盒和设置于分配盒内并与控制器连接的洗涤试剂检测单元；所述洗涤试剂检测单元检测各容置腔内的试剂信息，并根据所检测的试剂信息得出各容置腔室对应进水管道的进水时序；
优选的，试剂信息与进水时序相对应，其对应关系储存在控制器内。
进一步地，所述试剂信息包括电离子信息、表面活性剂信息、粘度信息、重量信息、洗涤试剂形态信息、和酸碱度信息中一种或者任意组合；
优选的，所述试剂信息包括表面活性剂信息和重量信息。
进一步地，所述投放方法包括步骤如下：
S1、洗涤试剂检测单元检测分配盒中各容置腔室内所投洗涤试剂，获取对应的试剂信息；
S2、判断分配盒中各容置腔室对应的试剂信息是否与对应容置腔室的预设值一致，如果是，则执行步骤S3；如果否，则执行步骤S4；
S3、获取预设的进水时序并执行进水；
S4、根据所检测的试剂信息得出各容置腔室对应进水管道的进水时序，并执行进水；
S5、启动洗衣程序。
进一步地，步骤S1之前，或者步骤S1和步骤S2之间还包括步骤A)：通过设置于各容置腔室内的重量检测装置检测各个容置腔室的重量，并获取对应的重量信
息；
优选的，所述重量检测装置为重量传感器。
进一步地，步骤A)后还包括步骤B)：判断重量信息是否大于设定值，如果是，则执行步骤S2，如果否，则关闭该容置腔室对应的进水管道。
进一步地，步骤S2中，所述容置腔室对应的试剂信息与容置腔室的预设值相对应，其对应关系储存在控制器内。
进一步地，步骤S3与S4之间或者步骤S4之后还包括步骤C)：将获取各容置腔室对应的试剂信息和进水时序作为第一投放数据并储存至控制器内。
进一步地，步骤C)后还包括步骤D)：判断与前N次的投放数据是否连续相同，如果是，则将第一投放数据作为预设值；如果否，则执行下一步；
优选的，所述N≥3。
进一步地，根据所检测的试剂信息得出洗涤剂、或者洗衣粉所对应容置腔室的进水管道作为主进水管道。
采用上述技术方案后，本发明与现有技术相比具有以下有益效果：
1、本发明所述洗衣机洗涤试剂的投放方法解决了洗衣机分配盒内洗涤剂误投放的问题，本发明所述投放方法可通过设置于洗衣机上的调节按钮用户手动调整、或者通过设置于分配盒内并与控制器连接的洗涤试剂检测单元检测检测洗涤试剂的试剂信息，调整洗衣机的分配盒内进水管道的进水时序，避免了洗涤试剂投放错误造成洗涤试剂的浪费、或者由于投放顺序错误严重导致无法进行正常洗涤。
2、本发明所述洗衣机洗涤试剂的投放方法使洗涤试剂投放错误后，及时调整该次进水时序，保证洗衣机的洗涤效果，并且还能够满足客户的个性化需求。同时提高了洗衣机洗涤的智能化，提高用户的体验感，保证误投放的洗涤试剂冲锋利用不会造成洗涤试剂的浪费。
图1、本发明实施例中所述投放方法的流程图；
图2、本发明另一实施例中所述投放方法的流程图；
图3、本发明另一实施例中所述投放方法的流程图；
图4、本发明另一实施例中所述投放方法的流程图。
为使本发明的上述目的、特征和优点能够更加明显易懂，下面结合附图和具体实施方式对本发明作进一步详细的说明。
实施例一
如图1至图2所示,本发明一种洗衣机洗涤试剂的投放方法，获得分配盒中各容置腔室内所投洗涤试剂的信息；读取与各洗涤试剂对应的投放时序信息；配置各洗涤试剂所在容置腔室对应进水管道的进水时序。
具体的，本实施例所述投放方法主要当洗涤试剂误投放后，根据洗涤试剂分配盒中各容置腔室内对应的试剂信息、或根据设置于洗衣机上的调节按钮输入的调节信息，得出与该次洗涤试剂的投放情况相对应的进水时序，避免了洗涤试剂投放错误造成洗涤试剂的浪费、或者由于投放顺序错误严重导致无法进行正常洗涤。因此，本实施例中能够及时调整洗衣机的进水时序，纠正洗衣机洗涤剂分配盒中的进水时序，保证洗衣机洗涤试剂准确投放，进而保证了洗衣机的洗涤效果。
进一步地，所述洗衣机包括控制器、洗涤试剂分配盒和设置于分配盒内并与控制器连接的洗涤试剂检测单元；所述洗涤试剂检测单元检测各容置腔内的试剂信息，并根据所检测的试剂信息得出各容置腔室对应进水管道的进水时序；
优选的，试剂信息与进水时序相对应，其对应关系储存在控制器内。
具体的，本实施例所述投放方法由所述洗涤试剂检测单元检测对应容置腔室内的洗涤试剂对应的试剂信息，并根据所检测的试剂信息得出洗涤试剂的投放顺序，并且所述洗涤试剂的投放顺序确定对应容置腔室的进水时序。本实施例所述投放方法实现了对分配盒内的洗涤试剂智能检测，进一步的精准控制洗涤试剂的投放顺序，智能的避免了用户未将洗涤试剂投放到设定容置腔室内，导致无法达到预期洗涤效果。
进一步地，所述试剂信息包括表面活性剂信息、粘度信息、重量信息、和酸碱度信息中一种或者任意组合；
优选的，所述试剂信息包括表面活性剂信息和重量信息。
具体的，本实施例所述投放方法中通过检测洗涤试剂中的表面活性剂信息、粘度信息、重量信息、和酸碱度信息中一种或者任意组合，并通过表面活性剂信息、粘度信息、重量信息、和酸碱度信息确定洗涤试剂的类型，并得出其投放顺序，然
后根据洗涤试剂的投放顺序以及其所述容置腔室信息，然后由所述控制器控制容置腔室按洗涤试剂的投放顺序执行进水。例如，所述洗涤试剂检测单元为离子检测单元，并根据所述洗涤剂中主要成分为阴离子表面活性剂，所述柔顺剂中主要成分为阳离子表面活性剂，只需要检测出洗涤试剂中的离子状态，则得出该检测洗涤试剂为洗涤剂、或者柔顺剂。
进一步地，所述投放方法包括步骤如下：
S1、洗涤试剂检测单元检测分配盒中各容置腔室内所投洗涤试剂，获取对应的试剂信息；
S2、判断分配盒中各容置腔室对应的试剂信息是否与对应容置腔室的预设值一致，如果是，则执行步骤S3；如果否，则执行步骤S4；
S3、获取预设的进水时序并执行进水；
S4、根据所检测的试剂信息得出各容置腔室对应进水管道的进水时序，并执行进水；
S5、启动洗衣程序。
具体的，所述投放方法首先检测出各容置腔室内所投洗涤试剂的试剂信息，然后判断是否与预设的分配盒中各容置腔室对应的预设值是否一致，如果不一致，则表示用户此次投放于平时投放的习惯不同，发生了投放错误，则继续根据所检测各容置腔室所投洗涤试剂的试剂信息得出洗涤试剂的投放顺序，并根据投放顺序确定分配盒内对应进水管道的进水时序。本实施例所述投放方法能够根据检测分配盒内各容置腔室内所投洗涤试剂的试剂信息精确确认是否投放正确，如果正确则按照预设的进水时序进水；如果不正确，则通过所检测的试剂信息确认进水时序，保证所述洗涤试剂按照正确的顺序投放，保证洗衣机洗涤试剂准确投放，进而保证了洗衣机的洗涤效果。
进一步地，步骤S2中，所述容置腔室对应的试剂信息与容置腔室的预设值相对应，其对应关系储存在控制器内。
具体的，比如当所述分配盒包括两个容置腔室时，所述第一容置腔室、第一进水管道和第一进水阀相对应；所述第二容置腔室、第二进水管道和第二进水阀相对应；并且所述洗衣机可预设定第一容置腔室投放洗涤剂或者洗衣粉；第二容置腔室
投放柔顺剂。
则当所述洗涤试剂检测单元检测检测第一容置腔室得出的表面活性剂信息为阳性离子表面活性剂时，所述洗涤试剂检测单元检测检测第二容置腔室得出的表面活性剂信息为阴性离子表面活性剂时，并且所述分配盒第一容置腔室预设定的表面活性剂信息为阴性离子表面活性剂，所述分配盒第二容置腔室预设定的表面活性剂信息为阳性离子表面活性剂，则控制器根据上述信息判断出分配盒中第一、第二容置腔室对应的表面活性剂信息与对应容置腔室的预设值不一致，并根据所检测的表面活性剂信息得出第一容置腔室所投洗涤试剂为柔顺剂，第二容置腔室所投洗涤试剂为洗涤剂，则得出所述的第二进水管道为主进水管道，第一进水管道最为最后一次漂洗进水管道。
或者，比如当所述分配盒包括三个容置腔室时，所述第一容置腔室、第一进水管道和第一进水阀相对应；所述第二容置腔室、第二进水管道和第二进水阀相对应；所述第三容置腔室、第三进水管道和第三进水阀相对应。并且所述洗衣机可预设定第一容置腔室投放洗涤剂或者洗衣粉；第二容置腔室投放柔顺剂；第三容置腔室投放消毒液；
则当所述洗涤试剂检测单元检测检测第一容置腔室得出的表面活性剂信息为阴离子表面活性剂时，通过与第一容置腔室预设的表面活性剂信息比对并得出与预设值一致，则获取第一容置腔室预设的进水次序，并将所述第一容置腔室对应的第一进水管道作为本次的主进水管道。
则当所述洗涤试剂检测单元检测检测第二容置腔室得出的表面活性剂信息为中性离子表面活性剂时，所述洗涤试剂检测单元检测检测第三容置腔室得出的表面活性剂信息为阳性离子表面活性剂时，并且所述分配盒第二容置腔室预设的表面活性剂信息为阳性离子表面活性剂，所述分配盒第三容置腔室预设的表面活性剂信息为中性离子表面活性剂，则控制器根据上述信息判断出分配盒中第二、第三容置腔室对应的表面活性剂信息与对应容置腔室的预设值不一致，并根据所检测的表面活性剂信息得出洗涤试剂的投放顺序和所述第二进水管道和第三进水管道的进水时序，并将第三进水管道最为最后一次漂洗进水管道。
进一步地，步骤S1之前，步骤S1和步骤S2之间还包括步骤A)：通过设置于各容置腔室内的重量检测装置检测各个容置腔室的重量，并获取对应的重量信息；
优选的，所述重量检测装置为重量传感器。
进一步地，步骤A)后还包括步骤B)：判断重量信息是否大于设定值，如果是，则执行步骤S2，如果否，则关闭该容置腔室对应的进水管道。
本实施例中，所述投放方法在步骤S1之前通过重量检测装置检测各个容置腔室的重量，首先判断出所述分配器内投放有洗涤试剂的容置腔室，然后再通过洗涤试剂检测单元对所述对投放有洗涤试剂的容置腔室进行检测，进一步地精确了洗涤试剂的投放情况，提高了所述投放方法检测各容置腔室内所投洗涤试剂对应的试剂信息的效率，降低了所述洗涤试剂检测单元检测的检测误差，进一步提高了洗涤试剂投放的精确度。
进一步地，步骤S2中，所述容置腔室对应的试剂信息与容置腔室的预设值相对应，其对应关系储存在控制器内。
进一步地，步骤S3与S4之间或者步骤S4之后还包括步骤C)：将获取各容置腔室对应的试剂信息和进水时序作为第一投放数据并储存至控制器内。
进一步地，步骤C)后还包括步骤D)：判断与前N次的投放数据是否连续相同，如果是，则将第一投放数据作为预设值；如果否，则执行下一步；
优选的，所述N≥3。
具体的，本实施例所述投放方法还可以根据判断各容置腔室对应的试剂信息和进水时序的历史继续判断出用户的洗涤试剂的投放习惯，则将所述投放习惯所对应的投放数据作为预设值，并控制所述分配器按该投放习惯确定的进水时序执行进水。所述投放方法提高了洗衣机的智能化，满足用户的个性化需求，并且还能够提高用户的体验感。
进一步地，根据所检测的试剂信息得出洗涤剂、或者洗衣粉所对应容置腔室的进水管道作为主进水管道。
实施例二
如图2所示，本实施例与上述实施例的区别在于，所述步骤S1和步骤S2之间还包括步骤E)：判断各容置腔室内洗涤试剂是否是固态，如果是，则将该容置腔室对应进水管道作为主进水管道；如果否，则执行S2。
具体的，本实施例所述投放方法通过洗涤试剂检测单元检测分配盒中各容置腔
室内所投洗涤试剂获取对应的试剂信息；并首先判断是否是固态的洗衣粉，如果是固态洗衣粉则将其所在容置腔室对应的进水管道作为主进水管道，保证了洗衣粉能够充分溶解，并与衣物充分的接触，提高了所述投放方法的洗涤效果。其中，所述洗涤试剂形态信息主要通过所述重量检测装置、和离子检测单元获取的试剂信息判断得出。首先由重量检测装置检测各个容置腔室的重量，并判断出各容置腔室内投放有洗涤试剂，然后有离子检测单元检测投放试剂，当所述离子检测单元检测到所述容置腔室内无任何离子信息，判断出所述容置腔室内投放的固态洗衣粉。
或者，所述重量检测装置、和设置与分配盒内的微型光学检测装置，通过重量信息和光学信息得出是否为固态洗衣粉。其中，所述固态洗衣粉与重量信息、光学信息相对应，其对应关系保存在控制器内。
实施例三
如图3至图4所述，本实施例还提供一种洗衣机洗涤试剂的投放方法，所述方法包括步骤如下：
S101、获取分配盒中各容置腔室所投洗涤试剂对应预设的进水信息；
S102、判断是否启动设置于洗衣机上的调节按钮，如果是，则执行S3；如果否，则按预设的进水信息执行进水；
S103、根据调节按钮输入的调节信息，得出进水管道的进水时序并执行进水；
S104、执行洗衣程序。
本实施例中，所述投放方法主要是用户发现或者主动意识到洗涤试剂投放错误，用户根据当前洗涤试剂投放的具体容置腔室，用户通过设置于洗衣机上的调节按钮手动调整洗衣机的进水时序，避免了洗涤试剂投放错误造成洗涤试剂的浪费、或者由于投放顺序错误严重导致无法进行正常洗涤。因此，本实施例中用户可以发现/意识到洗涤试剂投放错误后，及时调整该次进水时序，保证洗衣机的洗涤效果。
进一步地，步骤S101中所述洗涤试剂包括洗涤剂、洗衣粉、柔顺剂、消毒液中一种或者任意组合；
优选的，所述洗涤试剂与容置腔室相对应，其对应关系储存在控制器内。
具体的，步骤S101中获取分配盒中各容置腔室所投洗涤试剂对应进水管道的设定进水时序，其中所述各容置腔室与洗涤试剂相对应，其对应关系储存在控制器内；
比如当分配盒内包括三个容置腔室时，所述洗衣机可设定第一容置腔室投放洗涤剂或者洗衣粉；第二容置腔室投放柔顺剂；第三容置腔室投放消毒液；然后并根据各容置腔室设定投放的洗涤试剂设定对应的进水时序。
当洗衣机包括两个容置腔室时，所述洗衣机可设定第一容置腔室投放洗涤剂或者洗衣粉；第二容置腔室投放柔顺剂、或者消毒液。
更优选的，所述预设的进水信息包括各容置腔室对应投放的洗涤试剂、以及各容置腔室对应进水管道的进水时序。
其中，所述各容置腔室与进水管道的进水时序相对应，其对应关系储存在控制器内。
进一步地，步骤102中所述调整按钮与控制器连接，用于向控制器输入调整各容置腔室内所投洗涤试剂、或者调整进水管道进水时序的调节信息。
具体的，所述调整按钮可以输入调整各容置腔室内所投洗涤试剂的调节信息，然后根据调节信息得出洗涤试剂的投放顺序，再根据洗涤试剂的投放顺序得出进水管道进水时序；其中，所述洗涤试剂的投放顺序与进水管路进水时序相对应，其对应关系储存在控制器内。
比如，当所述分配盒包括你两个容置腔室时，所述第一容置腔室、第一进水管道和第一进水阀相对应；所述第二容置腔室、第二进水管道和第二进水阀相对应；所述进水信息是第一容置腔室投放洗涤剂、第二容置腔室投放柔顺剂，则进水管道进水时序为第一进水管道为主进水管道，第二进水管道为最后一次漂洗进水管道；当所述洗衣机启动设置于洗衣机上的调节按钮，并输入相应的调节信息，其中所述的调节信息为第一容置腔室投放柔顺剂、第二容置腔室投放洗涤剂，则所述控制器接收到该调节信息后，根据调节信息将第二进水管道作为主进水管道，第一进水管道作为最后一次漂洗进水管道，使洗衣程序内洗涤过程中投放洗涤剂，漂洗过程中投放柔顺剂，避免了在洗涤过程中投放柔顺剂，漂洗过程中投放洗涤剂，严重影响洗衣机的洗涤，因此，所述投放方法提高了洗衣机的洗涤效果，并且还能够满足客户的个性化需求。
或者，直接通过调整按钮输入调整进水管道进水时序的调节信息，并根据调节信息执行进水。
比如，当所述分配盒包括三个容置腔室时，所述第一容置腔室、第一进水管道
和第一进水阀相对应；所述第二容置腔室、第二进水管道和第二进水阀相对应；所述第三容置腔室、第三进水管道和第三进水阀相对应。所述设置于洗衣机上的调节按钮可以直接调节三个容置腔室的进水时序，例如当所述设定进水时序依次为第一进水管道、第二进水管道、第三进水管道；通过将第一进水管道和第二进水管道的进水时序反转后，则所述分配盒的进水时序依次调整为第二进水管道、第一进水管道、第三进水管道。
进一步地，步骤S103中所述调整信息包括调节按钮按动的时间长短、或者调节按钮的按动次数中一种或者任意组合；
优选的，所述时间长短、按动次数与进水管道的进水时序相对应，其对应关系储存在控制器内。
比如，所述调整按钮按动短时间则反转第一进水管道和第二进水管道的进水时序，所述调整按钮按动长时间则反转第二进水管道和第三进水管道的进水时序。
进一步地，步骤S103与S104之间或者步骤S104之后还包括步骤AA)：将调节按钮的调节信息以及进水管道的进水时序作为第一投放数据并储存至控制器内。
进一步地，步骤AA)后还包括步骤BB)：判断第一投放数据与前N次的投放数据是否连续相同，如果是，则将第一投放数据作为预设值；如果否，则执行下一步；
优选的，所述N≥3。
具体的，本实施例所述投放方法还可以根据判断各容置腔室对应的调节信息和进水时序的历史继续判断出用户的洗涤试剂的投放习惯，则将所述投放习惯所对应的投放数据作为预设值，并控制所述分配器按该投放习惯确定的进水时序执行进水。所述投放方法提高了洗衣机的智能化，满足用户的个性化需求，并且还能够提高用户的体验感。
进一步地，步骤CC)中第一投放数据与前N次的投放数据连续后，还包括步骤DD)：提示用户是否将第一投放数据作为预设值，如果是或设定时间内未响应，则将第一投放数据作为预设值；如果否，则执行下一步。
具体的，本实施例中能够根据用户自主保存其洗涤试剂的投放习惯，使得所述投放方法更加的直观便捷，进一步满足用户的个性化需求。
进一步地，步骤S103根据调节按钮输入的调节信息得出洗涤剂、或者洗衣粉所
对应容置腔室的进水管道作为主进水管道。
具体的，本实施例中所述洗衣机设定洗涤剂的容置腔室对应进水管道为主进水管道，所述柔顺剂的容置腔室对应进水管道为最后一次漂洗进水管道；当用户反转了进水时序后，所述投放方法将所设定的柔顺剂的容置腔室对应进水管道反转设置为主进水管道，所述洗涤剂的容置腔室对应进水管路为最后一次漂洗进水管路。
上述实施例中的实施方案可以进一步组合或者替换，且实施例仅仅是对本发明的优选实施例进行描述，并非对本发明的构思和范围进行限定，在不脱离本发明设计思想的前提下，本领域中专业技术人员对本发明的技术方案做出的各种变化和改进，均属于本发明的保护范围。
Claims (10)
- 一种洗衣机洗涤试剂的投放方法，其特征在于：获得分配盒中各容置腔室内所投洗涤试剂的信息；读取与各洗涤试剂对应的投放时序信息；配置各洗涤试剂所在容置腔室对应进水管道的进水时序。
- 根据权利要求1所述的一种洗衣机洗涤试剂的投放方法，其特征在于：所述洗衣机包括控制器、分配盒和设置于分配盒内并与控制器连接的洗涤试剂检测单元；所述洗涤试剂检测单元检测各容置腔内的试剂信息，并根据所检测的试剂信息得出各容置腔室对应进水管道的进水时序；优选的，试剂信息与进水时序相对应，其对应关系储存在控制器内。
- 根据权利要求1或2所述的一种洗衣机洗涤试剂的投放方法，其特征在于：所述试剂信息包括电离子信息、表面活性剂信息、粘度信息、重量信息、洗涤试剂形态信息、和酸碱度信息中一种或者任意组合；优选的，所述试剂信息包括表面活性剂信息和重量信息。
- 根据权利要求1-3任一所述的一种洗衣机洗涤试剂的投放方法，其特征在于：所述投放方法包括步骤如下：S1、洗涤试剂检测单元检测分配盒中各容置腔室内所投洗涤试剂，获取对应的试剂信息；S2、判断分配盒中各容置腔室对应的试剂信息是否与对应容置腔室的预设值一致，如果是，则执行步骤S3；如果否，则执行步骤S4；S3、获取预设的进水时序并执行进水；S4、根据所检测的试剂信息得出各容置腔室对应进水管道的进水时序，并执行进水；S5、启动洗衣程序。
- 根据权利要求4所述的一种洗衣机洗涤试剂的投放方法，其特征在于：步骤S1之前，或者步骤S1和步骤S2之间还包括步骤A)：通过设置于各容置腔室内的重量检测装置检测各个容置腔室的重量，并获取对应的重量信息；优选的，所述重量检测装置为重量传感器。
- 根据权利要求5所述的一种洗衣机洗涤试剂的投放方法，其特征在于：步骤A)后还包括步骤B)：判断重量信息是否大于设定值，如果是，则执行步骤S2，如果否，则关闭该容置腔室对应的进水管道。
- 根据权利要求4-6任一所述的一种洗衣机洗涤试剂的投放方法，其特征在于：步骤S2中，所述容置腔室对应的试剂信息与容置腔室的预设值相对应，其对应关系储存在控制器内。
- 根据权利要求4-7任一所述的一种洗衣机洗涤试剂的投放方法，其特征在于：步骤S3与S4之间或者步骤S4之后还包括步骤C)：将获取各容置腔室对应的试剂信息和进水时序作为第一投放数据并储存至控制器内。
- 根据权利要求8所述的一种洗衣机洗涤试剂的投放方法，其特征在于：步骤C)后还包括步骤D)：判断与前N次的投放数据是否连续相同，如果是，则将第一投放数据作为预设值；如果否，则执行下一步；优选的，所述N≥3。
- 根据权利要求1-9任一所述的一种洗衣机洗涤试剂的投放方法，其特征在于：根据所检测的试剂信息得出洗涤剂、或者洗衣粉所对应容置腔室的进水管道作为主进水管道。
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