TWM631944U - Liquid detection device with cloud monitoring - Google Patents

Abstract

A liquid detection device with cloud monitoring includes a sensing unit, a cloud processing unit, and a user platform, the sensing unit performs water quality detection on a liquid to be tested, and sends a detection information, and the cloud processing unit includes a data database, the cloud processing unit is connected with the sensing unit signal for receiving and analyzing the detection information, so as to generate the water quality index of the liquid to be tested, and store it in the data database, and at the same time determine whether the water quality index is not Abnormally, the user platform is signal-connected to the cloud processing unit for a user to remotely log in to the user platform through a wireless network to check the water quality index of the liquid to be tested.

Description

Liquid detection device with cloud monitoring

The present invention relates to a liquid detection device, in particular to a liquid detection device with cloud monitoring.

With the rise of health awareness, modern people generally pay attention to health preservation. They will achieve the effect of health care by controlling the sweetness, salinity and oil content of food. The process of cooking food requires adding sugar, salt, oil and other seasonings , Among them, salt is one of the main seasonings. Because food detectors are not popular and inconvenient to carry, most people usually control the addition of seasonings by visual inspection or experience during cooking, but this method cannot effectively know the Whether the seasoning is too much, it is easy to ingest too much.

In addition, temperature control is also an important factor in successful cooking. Cooking at too high a temperature will destroy some nutrients, and too low a temperature will cause the ingredients to be undercooked. If you can know the salinity and temperature of the food before tasting the food, it will be a great boon for maintaining your own health.

Water is one of the necessary substances for the human body to maintain normal functioning. Nearly 70% of the human body is composed of water. With the improvement of the quality of life, the water quality requirements for drinking water are gradually increased. In addition, manufacturing, food processing plants, aquaculture , animal husbandry, catering, etc. have different requirements for water quality, such as sulfate, chloride, ammonia nitrogen, phosphate, water hardness, pH, residual chlorine, etc. It is limited, and most of the testing instruments perform in-depth data analysis on a single item of water quality, which makes the testing instruments expensive and inconvenient to carry, and the public cannot use professional measuring equipment for testing, which cannot properly meet the needs of users.

The above shortcomings all show the various problems derived from the existing detection device. If the trouble of inconvenience of use can be improved, the willingness to use can be improved, which is a problem to be solved by the new type.

In view of this, the purpose of the present invention is to provide a liquid detection device with cloud monitoring, which includes a sensing unit, a cloud processing unit, and a user platform.

The sensing unit detects the water quality of a liquid to be tested, and sends a detection information. The cloud processing unit includes a data database. The cloud processing unit is signal-connected to the sensing unit for receiving and analyzing the detection information. To generate the water quality index of the liquid to be tested, store it in the data database, and at the same time determine whether the water quality index is abnormal, the user platform is connected with the signal of the cloud processing unit for a user to remotely log in the User platform to check the water quality index of the liquid to be tested.

Preferably, the liquid detection device with cloud monitoring further includes a main body unit, which includes a main body, a sensing portion arranged at one end of the main body, and a grip portion arranged at the other end of the main body, the The sensing unit is arranged on the sensing part to perform water quality detection on the liquid to be tested.

Preferably, the liquid detection device with cloud monitoring further includes a display unit disposed on the main body, the display unit is signal-connected to the cloud processing unit, and used to display the water quality index of the liquid to be measured.

Preferably, the liquid detection device with cloud monitoring further comprises a warning unit disposed on the main body, the warning unit is signal-connected with the cloud processing unit, when the cloud processing unit determines that the water quality index is abnormal, that is, Control the warning unit to issue a warning sound.

Preferably, the liquid detection device with cloud monitoring further includes a light signal display unit disposed on the main body, the light signal display unit is signal-connected to the cloud processing unit, and includes a green light indicator, and A red light indicator. When the cloud processing unit determines that the water quality index is normal, it controls the green light indicator to be turned on. When the cloud processing unit determines that the water quality indicator is abnormal, it controls the red light indicator to be turned on. Bright.

Preferably, the display unit is a touch screen for controlling the actions of the sensing unit and the warning unit.

Preferably, the liquid detection device with cloud monitoring further includes a power supply unit disposed on the main body to provide the power required for the device to operate.

Preferably, the cloud processing unit transmits signals wirelessly, and its wireless transmission is Bluetooth communication protocol, wireless network communication protocol, wireless RF communication, broadband network communication, Zigbee, Thread, 3G communication protocol, 4G communication protocol , 5G communication protocol, etc.

Preferably, the liquid detection device with cloud monitoring further includes a mobile device, which includes a social platform or an instant messaging software, the social platform is Instagram, snapchat, Facebook, Twitter, and the instant messaging software is LINE, WeChat, Messenger, QQ, SKYPE, Wechat, Whatapp, the user platform is embedded in the social platform or instant messaging software.

Preferably, in the liquid detection device with cloud monitoring, the sensing unit is a pH sensor, a conductivity sensor, a dissolved oxygen sensor, and a redox potential sensor , a turbidity sensor, a carbon dioxide concentration sensor, a salinity sensor, a water hardness sensor, a temperature sensor, a total dissolved solids sensor, an alcohol sensor, a One of a pesticide residue sensor, a sugar content meter, an oil concentration meter, or a combination thereof.

Preferably, in the liquid detection device with cloud monitoring, the water quality indicators of the liquid to be tested are dissolved oxygen, pH, redox, salinity, chloride concentration, sulfate concentration, and nitrate concentration , one of nitrite concentration, turbidity, alcohol concentration, bacterial density in water, or a combination thereof.

The beneficial effect of the present invention is that the sensing unit performs water quality detection on the liquid to be measured, such as salinity, hardness, etc., the cloud processing unit performs data calculation on the water quality indicators of the liquid to be measured, and the cloud processing unit The historical water quality indicators are also made into statistical charts to improve the convenience of inspection. The medical team can understand the user's past eating habits by viewing the historical information of the water quality indicators of the liquid to be tested, and give suitable dietary suggestions. Users can also freely log in to the user platform to view the data of past dietary conditions to check their own health. Furthermore, with food or aquaculture, it can be extended to more and wider areas, such as other areas with high water demand or other uses. Industries with high demand for salt can be monitored by the sensing unit, thereby greatly enhancing the commercial use value.

The features and technical contents of the related applications of the present invention will be clearly presented in the following detailed description of the preferred embodiments with reference to the drawings.

Referring to FIGS. 1 and 2, it is a preferred embodiment of a novel liquid detection device with cloud monitoring, which includes a mobile device 1, a sensing unit 2, a cloud processing unit 3, a user platform 4, and a main unit 5. A display unit 6 , a warning unit 7 , a light signal display unit 8 , and a power supply unit 9 .

The new model is suitable for household, food processing industry, catering industry or aquaculture industry, etc., to detect the water quality indicators such as salinity, hardness, pH, etc. of a liquid L to be tested. Here, the liquid L to be tested may be filtered water, tap water, drinking water, soup, and the like.

The mobile device 1 includes a social platform or an instant messaging software, the social platform is Instagram, snapchat, Facebook, Twitter, the instant messaging software is LINE, WeChat, Messenger, QQ, SKYPE, Wechat, Whatapp, the user platform 4 Embed in social platforms or instant messaging software, as long as text, pictures, images and other information channels can be published, it can be implemented, not limited to this. The user can log in to the user platform 4 through a desktop computer, a notebook computer, a tablet, a mobile phone and other devices.

The sensing unit 2 detects the water quality of the liquid L to be tested, and sends a detection information. Here, the sensing unit 2 is transmitted through wireless signals, wherein the sensing unit 2 is a pH sensor, a conductivity sensor, a dissolved oxygen sensor, a redox potential sensor sensor, a turbidity sensor, a carbon dioxide concentration sensor, a salinity sensor, a water hardness sensor, a temperature sensor, a total dissolved solids sensor, an alcohol sensor , one of a pesticide residue sensor, a sugar content meter, and an oil concentration meter or a combination thereof, . . . The detection function of the sensing unit 2 can be customized and selected according to user requirements, which is not limited to the disclosure.

Wherein, the water quality indicators of the liquid L to be tested are dissolved oxygen, pH, redox, salinity, chloride concentration, sulfate concentration, nitrate concentration, nitrite concentration, turbidity, alcohol concentration, water concentration One or a combination of bacterial densities.

When the sensing unit 2 is a pH sensor, the water quality indicator is the pH, and when the sensing unit 2 is a conductivity sensor, the water quality indicator is the conductivity, and when the sensing When the unit 2 is a dissolved oxygen sensor, the water quality indicator is the dissolved oxygen; when the sensing unit 2 is an oxidation-reduction potential sensor, the water quality indicator is the oxidation-reduction potential; when the sensing unit 2 is When the turbidity sensor is used, the water quality index is the turbidity. When the sensing unit 2 is a carbon dioxide concentration sensor, the water quality index is the carbon dioxide concentration. When the sensor is a salinity sensor, The water quality index is the salinity, and when the sensing unit 2 is a water hardness sensor, the water quality index is the water hardness.

The cloud processing unit 3 includes a data database 31, and the cloud processing unit 3 is connected to the sensing unit 2 by signals for receiving and analyzing the detection information, so as to generate the water quality index of the liquid L to be measured, and store in the data In the database 31, it is also determined whether the water quality index is abnormal. The cloud processing unit 3 further stores a plurality of historical information of water quality indicators for different liquids to be tested. Further, the cloud processing unit 3 performs data calculation on the water quality indicators of the liquids to be tested.

The cloud processing unit 3 transmits signals wirelessly, and its wireless transmission is Bluetooth communication protocol, wireless network communication protocol, wireless RF communication, broadband network communication, Zigbee, Thread, 3G communication protocol, 4G communication protocol, 5G communication protocol, etc. When the cloud processing unit 3 transmits information, information security protection and encryption measures will be performed to enhance the security of using the device.

The user platform 4 is signal-connected to the cloud processing unit 3 for a user to remotely log in to the user platform 4 through a wireless network to check the water quality index of the liquid L to be tested.

The user may be a person who performs water quality testing, a family member, a medical staff, and the like. The medical team can understand the past eating habits of the user by viewing the historical information of the water quality indicators of the liquid L to be tested, and give suitable dietary suggestions, and the cloud processing unit 3 can also make the historical water quality indicators into a statistical chart , to improve the convenience of inspection, and the user can also freely log in to the user platform 4 to view the past dietary status data, so as to check his own health. For example, when the sensing unit 2 is a salinity sensor, it can reduce the physical burden of hypertensive patients or those with poor liver and kidney functions, and when the sensing unit 2 is a temperature sensor, it can prevent young children from drinking soup The danger of hot mouth meets the needs of different user groups.

The main unit 5 includes a main body 51 , a sensing portion 52 disposed at one end of the main body 51 , and a gripping portion 53 disposed at the other end of the main body 51 , and the sensing unit 2 is disposed on the sensing portion 52 , to detect the liquid L to be tested. In actual implementation, the main unit 5 can be designed to have the appearance of tableware, such as spoons, chopsticks, forks, etc., so that the user can detect the food before enjoying the food, and the holding part 53 can be held by the human hand, and the lifting operation is convenient. sex.

The display unit 6 is disposed on the main body 51 , and the display unit 6 is connected to the cloud processing unit 3 by signals for displaying the water quality index of the liquid L to be tested. Wherein, the display unit 6 is a touch screen for controlling the actions of the sensing unit 2 and the warning unit 7 .

The warning unit 7 is disposed on the main body 51, and the warning unit 7 is connected to the cloud processing unit 3. When the cloud processing unit 3 determines that the water quality index is abnormal, it controls the warning unit 7 to emit a warning sound to remind the The user's water quality index of the liquid L to be tested exceeds the standard.

The light signal display unit 8 is disposed on the main body 51. The light signal display unit 8 is signally connected to the cloud processing unit 3, and includes a green light display light 81 and a red light display light 82. When the cloud processing unit 3. When it is determined that the water quality index is normal, the green light indicator 81 is controlled to be turned on, and when the cloud processing unit 3 determines that the water quality indicator is abnormal, the red light indicator 82 is controlled to be turned on.

Further, when the cloud processing unit 3 determines that the water quality index is normal, the green light indicator 81 is turned on, and the red light indicator 82 is turned off. When the cloud processing unit 3 determines that the water quality indicator is abnormal, the red indicator light 81 is turned on. The light indicator 82 is turned on, and the green indicator 81 is turned off.

The power supply unit 9 is disposed on the main body 51 to provide the power required for the operation of the device. The power supply unit 9 is a battery, which can be connected to a charging port for charging, and the charging port can be a Micro USB, a Lightning connector, or a Type-c connector disposed on the main body 51 .

Referring to FIGS. 3 , 4 , and 5 , taking the sensing unit 2 as a salinity sensor, the user detects the water quality index of the liquid L to be tested through the sensing unit 2 , and then the sensing The unit 2 transmits the detection information through a wireless signal, and then the cloud processing unit 3 receives and analyzes the detection information, and stores the water quality index in the data database 31 , and the user can log in the user through the mobile device 1 Platform 4 can see the real-time salinity detection data, as well as multiple historical water quality indicators, which improves the convenience of inspection.

This creation can be used in food factories or households to quickly judge the quality of food, such as detecting overcooked or decayed food, salinity and temperature, etc. It does not require a lot of time and resources, and can only be obtained in a laboratory.

In recent years, medical reports have pointed out that water with too high hardness has a poor taste, and water with too low hardness is prone to cardiovascular diseases. "Cardiovascular diseases", such as heart disease, myocardial infarction, etc., may also be associated with congenital malformations and infant mortality in infants. It can be seen that if the water contains an appropriate amount of minerals, that is, drinking moderately hard water, on the one hand, the water is good for drinking, and on the other hand, it can help us prevent the occurrence of diseases. Water hardness, will be able to achieve the effect of maintaining health.

To sum up, the novel liquid detection device with cloud monitoring includes the mobile device 1, the sensing unit 2, the cloud processing unit 3, the user platform 4, the main unit 5, the display unit 6, The setting of the warning unit 7, the light signal display unit 8, and the power supply unit 9 can not only effectively reduce the waste of manpower and cost, but also more effectively control the food and water quality conditions. Through the sensing units 2 with different functions , with the food or aquaculture industry, etc., it can be extended to more and wider areas, such as other industries with high water demand or high salt demand, can be monitored by the sensing unit 2 to greatly improve business Therefore, it can indeed achieve the purpose of this new model.

However, the above are only preferred embodiments of the present invention, and should not limit the scope of implementation of the present invention, that is, simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the contents of the description of the new model, All are still within the scope of the patent for this new model.

1: Mobile device 2: Sensing unit 3: Cloud processing unit 31: Data Repository 4: User Platform 5: main unit 51: Ontology 52: Sensing part 53: Grip 6: Display unit 7: Warning unit 8: light display unit 81: Green light indicator 82: red light indicator 9: Power supply unit L: liquid to be tested

1 is a schematic diagram illustrating a preferred embodiment of the novel liquid detection device with cloud monitoring; 2 is a schematic diagram illustrating a state in which a sensing unit is placed in a liquid to be measured in the preferred embodiment; FIG. 3 is a schematic diagram illustrating another implementation aspect of the preferred embodiment; FIG. 4 is a schematic diagram illustrating the aspect of the water quality index of the liquid to be tested in the preferred embodiment; and FIG. 5 is a schematic diagram illustrating the historical information aspect of the water quality index in the preferred embodiment.

1: Mobile device

2: Sensing unit

3: Cloud processing unit

31: Data Repository

4: User Platform

5: main unit

6: Display unit

7: Warning unit

8: light display unit

81: Green light indicator

82: red light indicator

9: Power supply unit

Claims (11)

A liquid detection device with cloud monitoring, comprising: a sensing unit, which detects the water quality of a liquid to be tested, and sends a detection information; a cloud processing unit, including a data database, the cloud processing unit is connected with the sensing unit signal for receiving and analyzing the detection information, so as to generate the water quality index of the liquid to be measured, and store it in the data database, At the same time, determine whether the water quality indicator is abnormal; and A user platform connected with the signal of the cloud processing unit for a user to remotely log in to the user platform through a wireless network to check the water quality index of the liquid to be tested. The liquid detection device with cloud monitoring according to claim 1, further comprising a main unit comprising a main body, a sensing portion disposed at one end of the main body, and a gripping portion disposed at the other end of the main body, the The sensing unit is arranged on the sensing part to perform water quality detection on the liquid to be tested. The liquid detection device with cloud monitoring according to claim 2, further comprising a display unit disposed on the main body, the display unit is signal-connected with the cloud processing unit, and used to display the water quality index of the liquid to be measured. The liquid detection device with cloud monitoring according to claim 3, further comprising a warning unit disposed on the main body, the warning unit is signal-connected with the cloud processing unit, when the cloud processing unit determines that the water quality index is abnormal, that is, Control the warning unit to issue a warning sound. The liquid detection device with cloud monitoring according to claim 4, further comprising a light signal display unit disposed on the main body, the light signal display unit is signal-connected to the cloud processing unit, and includes a green light indicator, and A red light indicator. When the cloud processing unit determines that the water quality index is normal, it controls the green light indicator to be turned on. When the cloud processing unit determines that the water quality indicator is abnormal, it controls the red light indicator to be turned on. Bright. The liquid detection device with cloud monitoring according to claim 5, wherein the display unit is a touch screen for controlling the actions of the sensing unit and the warning unit. The liquid detection device with cloud monitoring according to claim 6, further comprising a power supply unit disposed on the main body to provide power required for the device to operate. The liquid detection device with cloud monitoring according to claim 7, wherein the cloud processing unit transmits signals wirelessly, and the wireless transmission is Bluetooth communication protocol, wireless network communication protocol, wireless RF communication, broadband network communication , Zigbee, Thread, 3G communication protocol, 4G communication protocol, 5G communication protocol, etc. The liquid detection device with cloud monitoring according to claim 1, further comprising a mobile device comprising a social platform or an instant messaging software, the social platform is Instagram, snapchat, Facebook, Twitter, and the instant messaging software is LINE, WeChat, Messenger, QQ, SKYPE, Wechat, Whatapp, the user platform is embedded in the social platform or instant messaging software. The liquid detection device with cloud monitoring according to claim 1, wherein the sensing unit is a pH sensor, a conductivity sensor, a dissolved oxygen sensor, and a redox potential sensor , a turbidity sensor, a carbon dioxide concentration sensor, a salinity sensor, a water hardness sensor, a temperature sensor, a total dissolved solids sensor, an alcohol sensor, a One of a pesticide residue sensor, a sugar content meter, an oil concentration meter, or a combination thereof. The liquid detection device with cloud monitoring according to claim 1, wherein the water quality indicators of the liquid to be tested are dissolved oxygen, pH, redox, salinity, chloride concentration, sulfate concentration, nitrate concentration , one of nitrite concentration, turbidity, alcohol concentration, bacterial density in water, or a combination thereof.

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