Charging method of vehicle-mounted wireless dust collector and wireless dust collection system

Abstract

The invention relates to the technical field of automobiles, in particular to a charging method of a vehicle-mounted wireless dust collector and a wireless dust collection system. The charging method comprises the steps of obtaining connection state information of a preset charging interface in a vehicle, pushing a corresponding prompt pop-up window, controlling the charging interface to charge the vehicle-mounted wireless dust collector in response to a charging instruction triggered by a user, and closing the corresponding prompt pop-up window according to the charged state information of the vehicle-mounted wireless dust collector. And in response to a power-off instruction triggered by a user, or according to the state information that the vehicle-mounted wireless dust collector is fully charged, controlling the power-off between the charging interface and the vehicle-mounted wireless dust collector. The wireless dust collection system comprises a dust collection charging device and a charging control module. The vehicle-mounted wireless dust collector can remind a user whether the vehicle-mounted wireless dust collector is placed at the charging position or not in real time, and automatically controls the charging interface to charge or cut off the power of the vehicle-mounted wireless dust collector, so that the purpose of timely charging is achieved, and a battery of the vehicle-mounted wireless dust collector is protected.

Description

Technical Field

[0001] The present invention relates to the field of automobiles, and in particular to a charging method for a vehicle-mounted wireless vacuum cleaner and a wireless vacuum cleaning system. Background Art

[0002] With the popularity of vehicles, the problem of dust in the car has received more and more attention. For example: dust, sand and pollutants on the road will enter the car with the airflow; the soles of the user's shoes, clothes and items carried may bring in dust; the operation of the ventilation system in the car will introduce external air into the car, and at the same time bring in dust, etc. Especially in summer, frequent opening and closing of car doors will also create opportunities for dust to invade. Once dust adheres to the dashboard, it will affect the user's reading of relevant vehicle parameters. If it adheres to the windshield, it will also affect the user's driving vision. In addition, the long-term accumulation of a large amount of dust in the car will increase the probability of users developing various diseases such as respiratory tract diseases.

[0003] The traditional method for dust removal in the car is to manually wipe the dust with a rag, but manual wiping cannot completely remove the dust in the car, and it is time-consuming and laborious. Therefore, vacuum cleaners are currently used for dust removal in the car, which can effectively suck out dust, sand, hair and other debris in the car, and the operation is relatively simple and quick, without the need for complicated cleaning tools or methods, saving time and energy. However, in the daily dust removal process in the car, wired vacuum cleaners are easily bound by wires, resulting in limited dust removal distance. Although cordless vacuum cleaners are not limited to the dust removal distance, they are often forgotten or placed casually after use, resulting in the cordless vacuum cleaner not being able to be charged in time, thus affecting the next use of the cordless vacuum cleaner. Summary of the invention

[0004] The object of the present invention is to provide a charging method and a wireless vacuum cleaner system for a vehicle-mounted wireless vacuum cleaner, so as to solve the problem in the prior art that the wireless vacuum cleaner cannot be charged in time after use.

[0005] In order to achieve the above object, the present invention adopts the following technical solution: The invention discloses a charging method for a vehicle-mounted wireless vacuum cleaner, comprising: Acquire connection status information of a preset charging interface in the vehicle, wherein the connection status information includes status information of successful connection with the vehicle-mounted cordless vacuum cleaner and status information of disconnection with the vehicle-mounted cordless vacuum cleaner; According to the connection status information obtained, a corresponding prompt pop-up window is pushed through the vehicle display screen; Configure a charging instruction, and in response to the charging instruction triggered by the user, control the charging interface to charge the vehicle-mounted cordless vacuum cleaner; Obtaining charging status information of the vehicle-mounted cordless vacuum cleaner, the charging status information including status information that the vehicle-mounted cordless vacuum cleaner has been charged and status information that the vehicle-mounted cordless vacuum cleaner has been fully charged, and closing a corresponding prompt pop-up window through the vehicle-mounted display screen according to the status information that the vehicle-mounted cordless vacuum cleaner has been charged; A power-off instruction is configured to control the power-off between the charging interface and the vehicle-mounted cordless vacuum cleaner in response to a power-off instruction triggered by a user, or to control the power-off between the charging interface and the vehicle-mounted cordless vacuum cleaner according to status information that the vehicle-mounted cordless vacuum cleaner is fully charged.

[0006] Optionally, the method of pushing a corresponding prompt pop-up window through a vehicle display screen according to the acquired connection status information: Configure a first pop-up window to be pushed, add a first close button and first display information matching the first pop-up window, and push the first pop-up window through the vehicle display screen according to the status information of successful connection with the vehicle-mounted cordless vacuum cleaner, wherein the first display information includes that the charging interface is connected normally; A second pop-up window is configured for push, a second close button and second display information matching the second pop-up window are added, and the second pop-up window is pushed through the vehicle display screen based on the status information of disconnection from the vehicle-mounted cordless vacuum cleaner. The second display information includes that the charging interface connection is abnormal.

[0007] Optionally, a method for closing the first pop-up window is also included: Configuring attribute information of the first pop-up window, the attribute information including a pop-up window closing time, and the first display information further including a countdown corresponding to the pop-up window closing time; In response to the end of the countdown, the triggering of the first close button, or the acquisition of the status information that the vehicle-mounted cordless vacuum cleaner has been charged, the first pop-up window is closed through the vehicle-mounted display screen.

[0008] Optionally, the method further includes a method for pushing a pop-up window through the vehicle display screen when obtaining status information of disconnection from the vehicle-mounted wireless vacuum cleaner: A third pop-up window is configured to be pushed, and third display information matching the third pop-up window is added, wherein the third display information includes that the vehicle-mounted cordless vacuum cleaner has been taken out; In response to the acquired status information of successful connection with the vehicle-mounted wireless vacuum cleaner being changed to status information of disconnection with the vehicle-mounted wireless vacuum cleaner, pushing the third pop-up window through the vehicle-mounted display screen; In response to the push of the third pop-up window, the connection status information of the charging interface is continuously obtained, and if the status information of disconnection from the vehicle-mounted cordless vacuum cleaner is obtained after a preset time, the third pop-up window is closed through the vehicle-mounted display screen, and the second pop-up window is pushed; In response to the push of the third pop-up window or the second pop-up window, the connection status information of the charging interface is continuously obtained. If the status information of successful connection with the vehicle-mounted cordless vacuum cleaner is obtained, the third pop-up window or the second pop-up window is closed through the vehicle-mounted display screen, and the first pop-up window is pushed.

[0009] Optionally, the method of pushing the second pop-up window is also included: In response to closing the second pop-up window by triggering the second close button, the connection status information of the charging interface is continuously obtained. If the status information of disconnection from the vehicle-mounted cordless vacuum cleaner is obtained after the preset time is reached, the second pop-up window continues to be pushed through the vehicle-mounted display screen.

[0010] Optionally, the method further includes configuring a charging instruction and a power-off instruction to control the charging state of the charging interface: Configuring a charging instruction and a power-off instruction inputted by voice on the vehicle-mounted display screen, and controlling the charging interface to charge or power off the vehicle-mounted cordless vacuum cleaner in response to a charging instruction or a power-off instruction triggered by a user; Configure the charging instruction and the power-off instruction inputted through the touch screen switch on the vehicle-mounted display screen, and control the charging interface to charge or power off the vehicle-mounted cordless vacuum cleaner in response to the charging instruction or the power-off instruction triggered by the user; The charging instruction and the power-off instruction inputted through the key switch on the vehicle-mounted cordless vacuum cleaner are configured, and in response to the charging instruction or the power-off instruction triggered by the user, the charging interface is controlled to charge or power off the vehicle-mounted cordless vacuum cleaner.

[0011] Optionally, in response to a charging instruction triggered by a user, the method of controlling the charging interface to charge the vehicle-mounted cordless vacuum cleaner includes: According to the charging instruction triggered by the user, the charging status information of the vehicle-mounted cordless vacuum cleaner is obtained, wherein the charging status information also includes the power information of the vehicle-mounted cordless vacuum cleaner; A charging condition is preset and a corresponding charging mode is configured. In response to the acquired power information satisfying the preset charging condition, the charging interface is controlled to charge the vehicle-mounted cordless vacuum cleaner according to the corresponding charging mode.

[0012] Optionally, the method of presetting the charging condition and configuring the corresponding charging mode includes: Preset charging conditions, wherein the charging conditions include a power threshold; If the acquired power information is greater than or equal to the charging condition, and the status information that the vehicle-mounted cordless vacuum cleaner is fully charged is not acquired, a scheduled charging mode is configured, wherein the scheduled charging mode is to control the charging interface to charge the vehicle-mounted cordless vacuum cleaner when the vehicle-mounted main power supply is in an idle state; If the acquired power information is less than the charging condition, an instant charging mode is configured, and the instant charging mode is to control the charging interface to charge the vehicle-mounted cordless vacuum cleaner in response to a charging instruction triggered by a user.

[0013] Optionally, it also includes a method for controlling the charging interface to charge the vehicle-mounted cordless vacuum cleaner according to the configured reserved charging mode: Configure a scheduled charging mode, and add multiple initial time periods matching the scheduled charging mode; In response to the initial time period selected by the user and the acquired power information, generating scheduled charging information, and controlling the charging interface to charge the vehicle-mounted cordless vacuum cleaner according to the scheduled charging information; The scheduled charging information is obtained when the scheduled charging mode is used multiple times, the initial time period with the highest selection frequency is selected as the common time period, and the common time period is automatically selected in the next scheduled charging mode to generate the scheduled charging information.

[0014] The present invention also discloses a wireless dust collection system, which adopts the above-mentioned charging method for the vehicle-mounted wireless dust collection system, and the wireless dust collection system comprises: A dust collection and charging device, the dust collection and charging device comprising an armrest box, a charging interface and a vehicle-mounted wireless vacuum cleaner, the armrest box is arranged inside the vehicle, and a receiving chamber for receiving the vehicle-mounted wireless vacuum cleaner is arranged inside the armrest box, the charging interface is arranged in the receiving chamber, and the charging interface and the vehicle-mounted wireless vacuum cleaner are connected correspondingly; A charging control module, the charging control module includes an information acquisition unit, a charging control unit and a human-computer interaction unit, the charging control unit is connected to the charging interface, and is used to control the charging interface to charge the vehicle-mounted cordless vacuum cleaner, the information acquisition unit is connected to the charging control unit, and is used to obtain connection status information of the charging interface and charging status information of the vehicle-mounted cordless vacuum cleaner, and the human-computer interaction unit is connected to the information acquisition unit, and is used to control the vehicle-mounted display screen to push a prompt pop-up window, and input a charging instruction or a power-off instruction.

[0015] Compared with the prior art, the charging method and the wireless vacuum cleaner system for a vehicle provided by the embodiments of the present invention have the following beneficial effects: By first determining the connection status between the charging interface and the vehicle-mounted wireless vacuum cleaner, and pushing a prompt pop-up window through the vehicle-mounted display screen, the user is reminded in real time whether the vehicle-mounted wireless vacuum cleaner is placed in the charging position, and then using the configuration of the charging instruction and the power-off instruction, in response to the user triggering the relevant instruction, the charging interface is automatically controlled to charge or power off the vehicle-mounted wireless vacuum cleaner, so as to avoid the situation where the user forgets to charge the vehicle-mounted wireless vacuum cleaner after using it, thereby achieving the purpose of timely charging. At the same time, by obtaining the charging status information of the vehicle-mounted wireless vacuum cleaner during the charging process, it is ensured that the vehicle-mounted wireless vacuum cleaner is charged normally, and the vehicle-mounted wireless vacuum cleaner is automatically powered off after it is fully charged, so as to protect the battery of the vehicle-mounted wireless vacuum cleaner, avoid the occurrence of dangerous accidents caused by overcharging, and effectively improve charging safety. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] The technical solution of the present invention will be further described in detail below with reference to the accompanying drawings and embodiments, in which: Figure 1 A schematic block diagram of the steps of a charging method for a vehicle-mounted cordless vacuum cleaner provided by an embodiment of the present invention; Figure 2 A schematic flow chart of a charging method for a vehicle-mounted cordless vacuum cleaner provided by an embodiment of the present invention; Figure 3 A schematic diagram of the overall structure of a wireless vacuum cleaner system provided in an embodiment of the present invention.

[0017] The symbols in the accompanying drawings are as follows: 1. Armrest box; 11. Storage chamber; 2. Charging port; 3. Car cordless vacuum cleaner. DETAILED DESCRIPTION

[0018] It should be noted that, in the absence of conflict, the embodiments and features in the embodiments of the present application can be combined with each other. Now, in conjunction with the accompanying drawings, the preferred embodiments of the present invention are described in detail.

[0019] The present invention discloses a charging method for a vehicle-mounted wireless vacuum cleaner. Figure 1 and Figure 3 As shown, including: Acquire connection status information of a preset charging interface 2 in the vehicle, the connection status information including status information of successful connection with the vehicle-mounted wireless vacuum cleaner 3 and status information of disconnection with the vehicle-mounted wireless vacuum cleaner 3; According to the connection status information obtained, the corresponding prompt pop-up window is pushed through the vehicle display screen; Configure a charging instruction, and in response to the charging instruction triggered by the user, control the charging interface 2 to charge the vehicle-mounted cordless vacuum cleaner 3; Obtaining charging status information of the vehicle-mounted wireless vacuum cleaner 3, the charging status information including status information that the vehicle-mounted wireless vacuum cleaner 3 has been charged and status information that the vehicle-mounted wireless vacuum cleaner 3 has been fully charged, and closing the corresponding prompt pop-up window through the vehicle-mounted display screen according to the status information that the vehicle-mounted wireless vacuum cleaner 3 has been charged; A power-off instruction is configured to control the power-off between the charging interface 2 and the vehicle-mounted wireless vacuum cleaner 3 in response to the power-off instruction triggered by the user, or to control the power-off between the charging interface 2 and the vehicle-mounted wireless vacuum cleaner 3 according to the status information that the vehicle-mounted wireless vacuum cleaner 3 is fully charged.

[0020] By implementing the above-mentioned charging method for the vehicle-mounted wireless vacuum cleaner 3, the connection status of the charging interface 2 and the vehicle-mounted wireless vacuum cleaner 3 is first determined, and a pop-up window is pushed through the vehicle-mounted display screen to remind the user in real time whether the vehicle-mounted wireless vacuum cleaner 3 is placed in the charging position. Then, by using the configuration of the charging instruction and the power-off instruction, in response to the user triggering the relevant instruction, the charging interface 2 is automatically controlled to charge or power off the vehicle-mounted wireless vacuum cleaner 3 to avoid the situation where the user forgets to charge after using the vehicle-mounted wireless vacuum cleaner 3, thereby achieving the purpose of timely charging and ensuring the normal use of the vehicle-mounted wireless vacuum cleaner 3 next time. At the same time, by obtaining the charging status information of the vehicle-mounted wireless vacuum cleaner 3 during the charging process, it is ensured that the vehicle-mounted wireless vacuum cleaner 3 is charged normally, and the vehicle-mounted wireless vacuum cleaner 3 is automatically powered off after it is fully charged, so as to protect the battery of the vehicle-mounted wireless vacuum cleaner 3, avoid the occurrence of dangerous accidents caused by overcharging, effectively improve charging safety, and thus solve the problem that the vacuum cleaner is limited by power supply and distance during daily dust removal in the car.

[0021] Furthermore, according to the acquired connection status information, a method for pushing a corresponding prompt pop-up window through the vehicle display screen is as follows: Configure the first pop-up window to be pushed, add a first close button and first display information matching the first pop-up window, and push the first pop-up window through the vehicle display screen according to the status information of successful connection with the vehicle-mounted wireless vacuum cleaner 3, and the first display information includes that the charging interface 2 is connected normally; Configure a second pop-up window to be pushed, add a second close button and second display information matching the second pop-up window, and push the second pop-up window through the vehicle display screen based on the status information of disconnection from the vehicle-mounted cordless vacuum cleaner 3. The second display information includes abnormal connection of the charging interface 2.

[0022] By implementing the above-mentioned charging method for the vehicle-mounted wireless vacuum cleaner 3, the corresponding prompt pop-up window is pushed according to the different connection status information of the charging interface 2, so that the user can understand the connection status between the charging interface 2 and the vehicle-mounted wireless vacuum cleaner 3 in real time, and when the second pop-up window is pushed to show that the connection of the charging interface 2 is abnormal, the user can discover and take corresponding measures in time, thereby reminding the user to charge the vehicle-mounted wireless vacuum cleaner 3 in time.

[0023] Furthermore, it also includes a method for closing the first pop-up window: Configuring attribute information of the first pop-up window, the attribute information includes the pop-up window closing time, and the first display information also includes a countdown corresponding to the pop-up window closing time; In response to the end of the countdown, the triggering of the first closing button, or the acquisition of the status information that the vehicle-mounted cordless vacuum cleaner 3 has been charged, the first pop-up window is closed through the vehicle-mounted display screen.

[0024] Through the implementation of the charging method of the above-mentioned vehicle-mounted wireless vacuum cleaner 3, according to the set pop-up window closing time, when the first pop-up window is pushed to show that the charging interface 2 is connected normally, so that after the pop-up window closing time is reached, the first pop-up window can be closed automatically, thereby eliminating the need for complicated operations. Preferably, the pop-up window closing time is set to a shorter time, for example, it can be set to 5 seconds, to provide intuitive status prompts and interactive control, and by automatically closing the first pop-up window, it can be avoided that the first pop-up window is displayed for a long time to occupy system resources, thereby improving the performance and efficiency of the device. At the same time, by displaying a countdown in the first pop-up window, the user is clearly aware that the first pop-up window will be closed after the specified time, which increases the visualization and promptness of the information. In addition, the closing of the first pop-up window can be triggered by clicking the first close button or obtaining the status information that the vehicle-mounted wireless vacuum cleaner 3 has been charged, thereby providing a variety of first pop-up window closing methods and improving the user's interactive experience with the device.

[0025] Furthermore, the method also includes a method of pushing a prompt pop-up window through the vehicle display screen when obtaining the status information of disconnection from the vehicle-mounted wireless vacuum cleaner 3: A third pop-up window is configured to be pushed, and third display information matching the third pop-up window is added, where the third display information includes that the vehicle-mounted wireless vacuum cleaner 3 has been taken out; In response to the acquired status information of successful connection with the vehicle-mounted wireless vacuum cleaner 3 being changed to status information of disconnection with the vehicle-mounted wireless vacuum cleaner 3, a third pop-up window is pushed through the vehicle-mounted display screen; In response to the push of the third pop-up window, the connection status information of the charging interface 2 is continuously obtained. If the status information of disconnection from the vehicle-mounted cordless vacuum cleaner 3 is obtained after the preset time is reached, the third pop-up window is closed through the vehicle-mounted display screen, and the second pop-up window is pushed; In response to the push of the third pop-up window or the second pop-up window, the connection status information of the charging interface 2 is continuously obtained. If the status information of successful connection with the vehicle-mounted cordless vacuum cleaner 3 is obtained, the third pop-up window or the second pop-up window is closed through the vehicle-mounted display screen, and the first pop-up window is pushed.

[0026] By implementing the above-mentioned charging method of the vehicle-mounted wireless vacuum cleaner 3, when the connection status information of the charging interface 2 changes, a pop-up window is pushed to prompt the user to know the connection status in time, so as to avoid forgetting to charge or potential safety hazards caused by abnormal connection of the charging interface 2. Among them, adding a third pop-up window to display the information that the vehicle-mounted wireless vacuum cleaner 3 has been taken out can clearly inform the user of the abnormal situation of the vehicle-mounted wireless vacuum cleaner 3. That is, there are two situations at this time, one is that the vehicle-mounted wireless vacuum cleaner 3 and the charging interface 2 are not accurately connected; the other is that the vehicle-mounted wireless vacuum cleaner 3 has been taken out of the charging interface 2, so that the user can take corresponding measures according to different situations. For example, check the connection between the charging interface 2 and the vehicle-mounted wireless vacuum cleaner 3, or reconnect the vehicle-mounted wireless vacuum cleaner 3 and the charging interface 2 after the vehicle-mounted wireless vacuum cleaner 3 is used. At the same time, by continuously obtaining the connection status information of the charging interface 2 and using the push conditions corresponding to the first pop-up window, the second pop-up window and the third pop-up window, the user can be guided to perform correct operations on the vehicle-mounted wireless vacuum cleaner 3, thereby ensuring that the user accurately obtains the status of the vehicle-mounted wireless vacuum cleaner 3 and completes the charging operation of the vehicle-mounted wireless vacuum cleaner 3 in time, ensuring that the vehicle-mounted wireless vacuum cleaner 3 is in a state of sufficient power when in use.

[0027] Furthermore, the method of pushing the second pop-up window is also included: In response to closing the second pop-up window by triggering the second close button, the connection status information of the charging interface 2 is continuously obtained. If the status information of disconnection from the vehicle-mounted cordless vacuum cleaner 3 is obtained after the preset time is reached, the second pop-up window continues to be pushed through the vehicle-mounted display screen.

[0028] By implementing the above-mentioned charging method for the vehicle-mounted wireless vacuum cleaner 3, by continuously acquiring the connection status information of the charging interface 2 within a preset time, when the user mistakenly touches the second close button to close the second pop-up window, it is possible to decide whether to continue to push the second pop-up window according to the actual connection status. That is, if the status information of the disconnection from the vehicle-mounted wireless vacuum cleaner 3 is still acquired, by continuing to push the second pop-up window, the user can understand and handle the abnormal situation in real time, and avoid the situation where the vehicle-mounted wireless vacuum cleaner 3 is forgotten to be charged after use.

[0029] Furthermore, combined with Figure 2 As shown, it also includes a method for configuring a charging instruction and a power-off instruction to control the charging state of the charging interface 2: The charging instruction and the power-off instruction are configured to be inputted by voice on the vehicle display screen, and in response to the charging instruction or the power-off instruction triggered by the user, the charging interface 2 is controlled to charge or power off the vehicle-mounted cordless vacuum cleaner 3; The configuration is to input a charging instruction and a power-off instruction through a touch screen switch on the vehicle display screen, and in response to the charging instruction or the power-off instruction triggered by the user, control the charging interface 2 to charge or power off the vehicle-mounted cordless vacuum cleaner 3; The configuration is to input a charging instruction and a power-off instruction through a key switch on the vehicle-mounted wireless vacuum cleaner 3 , and in response to a charging instruction or a power-off instruction triggered by a user, control the charging interface 2 to charge or power off the vehicle-mounted wireless vacuum cleaner 3 .

[0030] By implementing the charging method of the vehicle-mounted wireless vacuum cleaner 3, a variety of configured ways are used to input charging instructions and power-off instructions, such as voice input on the vehicle-mounted display screen, touch screen switch, and key switch on the vehicle-mounted wireless vacuum cleaner 3, to provide a variety of instruction input methods to meet the different usage habits and needs of users, so that users can more conveniently operate and control the charging process of the vehicle-mounted wireless vacuum cleaner 3, thereby improving the convenience and flexibility of user operation. And by using the response of the user input command, the charging interface 2 is controlled to charge or power off the vehicle-mounted wireless vacuum cleaner 3, realizing automated charging management and improving the convenience and safety of use.

[0031] Furthermore, in response to a charging instruction triggered by a user, a method for controlling the charging interface 2 to charge the vehicle-mounted cordless vacuum cleaner 3 includes: According to the charging instruction triggered by the user, the charging status information of the vehicle-mounted wireless vacuum cleaner 3 is obtained, and the charging status information also includes the power information of the vehicle-mounted wireless vacuum cleaner 3; The charging condition is preset and the corresponding charging mode is configured. In response to the acquired power information satisfying the preset charging condition, the charging interface 2 is controlled to charge the vehicle-mounted cordless vacuum cleaner 3 according to the corresponding charging mode.

[0032] Furthermore, the method of presetting the charging condition and configuring the corresponding charging mode includes: Preset charging conditions, including power threshold; If the acquired power information is greater than or equal to the charging condition, and the status information that the vehicle-mounted wireless vacuum cleaner 3 is fully charged is not acquired, a scheduled charging mode is configured. The scheduled charging mode is that when the vehicle-mounted main power supply is in an idle state, the charging interface 2 is controlled to charge the vehicle-mounted wireless vacuum cleaner 3; If the acquired power information is less than the charging condition, an instant charging mode is configured. The instant charging mode is to control the charging interface 2 to charge the vehicle-mounted cordless vacuum cleaner 3 in response to a charging instruction triggered by the user.

[0033] By implementing the above-mentioned charging method of the vehicle-mounted wireless vacuum cleaner 3, the appropriate charging mode is automatically judged and selected according to the charging instruction triggered by the user and the power information of the vehicle-mounted wireless vacuum cleaner 3. That is, when the power information meets the preset charging conditions and the vehicle-mounted total power supply is in an idle state, that is, when the vehicle-mounted wireless vacuum cleaner 3 still has a lot of power, the scheduled charging mode is automatically started, which avoids charging during the peak period of vehicle power consumption, saves the consumption of vehicle power, and avoids affecting the normal use of the vehicle, especially new energy electric vehicles. When the power of the vehicle-mounted wireless vacuum cleaner 3 is low, after the user triggers the charging instruction, the instant charging mode is immediately started to quickly charge the vehicle-mounted wireless vacuum cleaner 3, reducing the user's waiting time. In addition, by configuring the preset charging conditions and charging modes, the battery life of the vehicle-mounted wireless vacuum cleaner 3 can be better protected, overcharging or over-discharging can be avoided to damage the battery, and intelligent charging control is realized, which improves the efficiency and convenience of charging.

[0034] Furthermore, it also includes a method for controlling the charging interface 2 to charge the vehicle-mounted cordless vacuum cleaner 3 according to the configured reserved charging mode: Configure the scheduled charging mode and add multiple initial time periods that match the scheduled charging mode; In response to the initial time period selected by the user and the acquired power information, the scheduled charging information is generated, and according to the scheduled charging information, the charging interface 2 is controlled to charge the vehicle-mounted cordless vacuum cleaner 3; The scheduled charging information in multiple scheduled charging modes is obtained, the initial time period with the highest selection frequency is selected as the common time period, and the common time period is automatically selected in the next scheduled charging mode to generate the scheduled charging information.

[0035] By implementing the charging method of the above-mentioned vehicle-mounted wireless vacuum cleaner 3, using the configured multiple initial time periods, users can choose the appropriate scheduled charging time according to their needs and habits, which increases the flexibility and convenience of charging. And according to the initial time period and power information selected by the user, the scheduled charging information is generated, and the charging interface 2 is controlled to charge, realizing the automated scheduled charging function and reducing the user's operation steps. In addition, by obtaining the scheduled charging information of multiple scheduled charging modes, the initial time period with the highest selection frequency is screened out as the commonly used time period, and it is automatically selected in the next scheduled charging mode to improve the efficiency and convenience of charging. Its personalized charging selection, automated operation and intelligent optimization of scheduled charging all help to improve the charging efficiency of the vehicle-mounted wireless vacuum cleaner 3, reduce charging costs, and optimize energy management.

[0036] The present invention also discloses a wireless vacuum cleaner system, which adopts the charging method of the vehicle-mounted wireless vacuum cleaner 3, such as Figure 3As shown, the cordless vacuum system includes a vacuum charging device and a charging control module. The vacuum charging device includes an armrest box 1, a charging interface 2, and a vehicle-mounted cordless vacuum cleaner 3. The armrest box 1 is arranged inside the vehicle, and the armrest box 1 is provided with a receiving chamber 11 for accommodating the vehicle-mounted cordless vacuum cleaner 3. The charging interface 2 is arranged in the receiving chamber 11, and the charging interface 2 and the vehicle-mounted cordless vacuum cleaner 3 are connected correspondingly. The charging control module includes an information acquisition unit, a charging control unit, and a human-computer interaction unit. The charging control unit is docked with the charging interface 2 to control the charging interface 2 to charge the vehicle-mounted cordless vacuum cleaner 3. The information acquisition unit is docked with the charging control unit to obtain the connection status information of the charging interface 2 and the charging status information of the vehicle-mounted cordless vacuum cleaner 3. The human-computer interaction unit is docked with the information acquisition unit to control the vehicle-mounted display screen to push a prompt pop-up window, and to input a charging instruction or a power-off instruction.

[0037] As mentioned above, the charging control unit is the battery management controller (BMS), which is used to manage the vehicle battery and perform charging operations; the information acquisition unit is the body control module (BCM), which is used to detect the high-voltage power-on status of the vehicle and the power consumption of body-related electrical appliances; the human-computer interaction unit is the infotainment head unit (IHU), which is used to realize the human-vehicle information interaction function.

[0038] As described above, the specific operation process of the wireless dust collection system of the present invention is as follows: Take out the vehicle-mounted wireless vacuum cleaner 3 and related accessories from the accommodation chamber 11 of the armrest box 1, and assemble the vehicle-mounted wireless vacuum cleaner 3 as needed. Press the power button of the vehicle-mounted wireless vacuum cleaner 3 to start dust removal, and clean the vehicle-mounted wireless vacuum cleaner 3 after use. After cleaning, disassemble the vehicle-mounted wireless vacuum cleaner 3 and related accessories, and put the related accessories back into the accommodation chamber 11 of the armrest box 1, and put the vehicle-mounted wireless vacuum cleaner 3 back into the accommodation chamber 11 of the armrest box 1 and connect it to the charging interface 2. The BCM controller obtains the connection status information of the preset charging interface 2 in the vehicle; the IHU controller pushes the corresponding prompt pop-up window through the vehicle display screen according to the obtained connection status information; the BCM controller configures the charging instruction, and in response to the charging instruction triggered by the user, the BMS controller receives the charging instruction and controls the charging interface 2 to charge the vehicle-mounted wireless vacuum cleaner 3; the BCM controller obtains the charging status information of the vehicle-mounted wireless vacuum cleaner 3, and the IHU controller closes the corresponding prompt pop-up window through the vehicle display screen according to the status information that the vehicle-mounted wireless vacuum cleaner 3 is charged; the BCM controller configures the power-off instruction, and in response to the power-off instruction triggered by the user, the BMS controller receives the power-off instruction and controls the power-off between the charging interface 2 and the vehicle-mounted wireless vacuum cleaner 3, or controls the power-off between the charging interface 2 and the vehicle-mounted wireless vacuum cleaner 3 according to the status information that the vehicle-mounted wireless vacuum cleaner 3 is fully charged.

[0039] By setting the above-mentioned wireless vacuum system, the armrest box 1 is used to store the vehicle-mounted wireless vacuum cleaner 3, which can effectively solve the problem of storing the main body and accessories of the vehicle-mounted wireless vacuum cleaner 3, and greatly avoid the loss of accessories. And the charging interface 2 is set in the accommodating chamber 11. While storing the vehicle-mounted wireless vacuum cleaner 3, the vehicle-mounted wireless vacuum cleaner 3 can be charged in combination with the charging control module, which can well cultivate the user's habit of storing the vehicle-mounted wireless vacuum cleaner 3 in a designated position, and timely realize the intelligent charging of the vehicle-mounted wireless vacuum cleaner 3, thereby effectively solving the problem that the dust removal of the wired vacuum cleaner is restricted by the distance of the wire harness, the wireless vacuum cleaner is forgotten to be charged, and the vacuum cleaner related accessories cannot be found after being used for a period of time.

[0040] It should be understood that the above embodiments are only used to illustrate the technical solutions of the present invention rather than to limit it. For those skilled in the art, the technical solutions described in the above embodiments can be modified, or some of the technical features therein can be replaced by equivalents; and all these modifications and replacements should fall within the scope of protection of the claims attached to the present invention.

Claims

1. A charging method for a vehicle-mounted cordless vacuum cleaner, characterized in that: The charging method comprises: Acquire connection status information of a preset charging interface in the vehicle, wherein the connection status information includes status information of successful connection with the vehicle-mounted cordless vacuum cleaner and status information of disconnection with the vehicle-mounted cordless vacuum cleaner; According to the connection status information obtained, a corresponding prompt pop-up window is pushed through the vehicle display screen; Configure a charging instruction, and in response to the charging instruction triggered by the user, control the charging interface to charge the vehicle-mounted cordless vacuum cleaner; Obtaining charging status information of the vehicle-mounted cordless vacuum cleaner, the charging status information including status information that the vehicle-mounted cordless vacuum cleaner has been charged and status information that the vehicle-mounted cordless vacuum cleaner has been fully charged, and closing a corresponding prompt pop-up window through the vehicle-mounted display screen according to the status information that the vehicle-mounted cordless vacuum cleaner has been charged; A power-off instruction is configured to control the power-off between the charging interface and the vehicle-mounted cordless vacuum cleaner in response to a power-off instruction triggered by a user, or to control the power-off between the charging interface and the vehicle-mounted cordless vacuum cleaner according to status information that the vehicle-mounted cordless vacuum cleaner is fully charged.

2. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 1, characterized in that: The method of pushing a corresponding prompt pop-up window through the vehicle display screen according to the connection status information obtained: Configure a first pop-up window to be pushed, add a first close button and first display information matching the first pop-up window, and push the first pop-up window through the vehicle display screen according to the status information of successful connection with the vehicle-mounted cordless vacuum cleaner, wherein the first display information includes that the charging interface is connected normally; A second pop-up window is configured for push, a second close button and second display information matching the second pop-up window are added, and the second pop-up window is pushed through the vehicle display screen based on the status information of disconnection from the vehicle-mounted cordless vacuum cleaner. The second display information includes that the charging interface connection is abnormal.

3. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 2, characterized in that: Also includes a method for closing the first pop-up window: Configuring attribute information of the first pop-up window, the attribute information including a pop-up window closing time, and the first display information further including a countdown corresponding to the pop-up window closing time; In response to the end of the countdown, the triggering of the first close button, or the acquisition of the status information that the vehicle-mounted cordless vacuum cleaner has been charged, the first pop-up window is closed through the vehicle-mounted display screen.

4. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 2 or 3, characterized in that: It also includes a method for obtaining status information of disconnection from the vehicle-mounted cordless vacuum cleaner and pushing a pop-up window through the vehicle-mounted display screen: A third pop-up window is configured to be pushed, and third display information matching the third pop-up window is added, wherein the third display information includes that the vehicle-mounted cordless vacuum cleaner has been taken out; In response to the acquired status information of successful connection with the vehicle-mounted wireless vacuum cleaner being changed to status information of disconnection with the vehicle-mounted wireless vacuum cleaner, pushing the third pop-up window through the vehicle-mounted display screen; In response to the push of the third pop-up window, the connection status information of the charging interface is continuously obtained, and if the status information of disconnection from the vehicle-mounted cordless vacuum cleaner is obtained after a preset time, the third pop-up window is closed through the vehicle-mounted display screen, and the second pop-up window is pushed; In response to the push of the third pop-up window or the second pop-up window, the connection status information of the charging interface is continuously obtained. If the status information of successful connection with the vehicle-mounted cordless vacuum cleaner is obtained, the third pop-up window or the second pop-up window is closed through the vehicle-mounted display screen, and the first pop-up window is pushed.

5. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 4, characterized in that: Also included is a method for pushing the second pop-up window: In response to closing the second pop-up window by triggering the second close button, the connection status information of the charging interface is continuously obtained. If the status information of disconnection from the vehicle-mounted cordless vacuum cleaner is obtained after the preset time is reached, the second pop-up window continues to be pushed through the vehicle-mounted display screen.

6. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 1, characterized in that: It also includes a method for configuring charging instructions and power-off instructions to control the charging state of the charging interface: Configuring a charging instruction and a power-off instruction inputted by voice on the vehicle-mounted display screen, and controlling the charging interface to charge or power off the vehicle-mounted cordless vacuum cleaner in response to a charging instruction or a power-off instruction triggered by a user; Configure the charging instruction and the power-off instruction inputted through the touch screen switch on the vehicle-mounted display screen, and control the charging interface to charge or power off the vehicle-mounted cordless vacuum cleaner in response to the charging instruction or the power-off instruction triggered by the user; The charging instruction and the power-off instruction inputted through the key switch on the vehicle-mounted cordless vacuum cleaner are configured, and in response to the charging instruction or the power-off instruction triggered by the user, the charging interface is controlled to charge or power off the vehicle-mounted cordless vacuum cleaner.

7. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 1, characterized in that: The method of controlling the charging interface to charge the vehicle-mounted cordless vacuum cleaner in response to a charging instruction triggered by a user includes: According to the charging instruction triggered by the user, the charging status information of the vehicle-mounted cordless vacuum cleaner is obtained, wherein the charging status information also includes the power information of the vehicle-mounted cordless vacuum cleaner; A charging condition is preset and a corresponding charging mode is configured. In response to the acquired power information satisfying the preset charging condition, the charging interface is controlled to charge the vehicle-mounted cordless vacuum cleaner according to the corresponding charging mode.

8. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 7, characterized in that: The method of presetting a charging condition and configuring a corresponding charging mode includes: Preset charging conditions, wherein the charging conditions include a power threshold; If the acquired power information is greater than or equal to the charging condition, and the status information that the vehicle-mounted cordless vacuum cleaner is fully charged is not acquired, a scheduled charging mode is configured, wherein the scheduled charging mode is to control the charging interface to charge the vehicle-mounted cordless vacuum cleaner when the vehicle-mounted main power supply is in an idle state; If the acquired power information is less than the charging condition, an instant charging mode is configured, and the instant charging mode is to control the charging interface to charge the vehicle-mounted cordless vacuum cleaner in response to a charging instruction triggered by a user.

9. The charging method for a vehicle-mounted cordless vacuum cleaner according to claim 8, characterized in that: Also included is a method for controlling the charging interface to charge the vehicle-mounted cordless vacuum cleaner according to the configured reserved charging mode: Configure a scheduled charging mode, and add multiple initial time periods matching the scheduled charging mode; In response to the initial time period selected by the user and the acquired power information, generating scheduled charging information, and controlling the charging interface to charge the vehicle-mounted cordless vacuum cleaner according to the scheduled charging information; The scheduled charging information is obtained when the scheduled charging mode is used multiple times, the initial time period with the highest selection frequency is selected as the common time period, and the common time period is automatically selected in the next scheduled charging mode to generate the scheduled charging information.

10. A wireless vacuum system, characterized in that: The charging method for a vehicle-mounted cordless vacuum cleaner according to any one of claims 1 to 9 is adopted, wherein the cordless vacuum cleaner system comprises: A dust collection and charging device, the dust collection and charging device comprising an armrest box, a charging interface and a vehicle-mounted wireless vacuum cleaner, the armrest box is arranged inside the vehicle, and a receiving chamber for receiving the vehicle-mounted wireless vacuum cleaner is arranged inside the armrest box, the charging interface is arranged in the receiving chamber, and the charging interface and the vehicle-mounted wireless vacuum cleaner are connected correspondingly; A charging control module, the charging control module includes an information acquisition unit, a charging control unit and a human-computer interaction unit, the charging control unit is connected to the charging interface, and is used to control the charging interface to charge the vehicle-mounted cordless vacuum cleaner, the information acquisition unit is connected to the charging control unit, and is used to obtain connection status information of the charging interface and charging status information of the vehicle-mounted cordless vacuum cleaner, and the human-computer interaction unit is connected to the information acquisition unit, and is used to control the vehicle-mounted display screen to push a prompt pop-up window, and input a charging instruction or a power-off instruction.

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