WO2023082237A1

WO2023082237A1 - Smart composite bottle structure

Info

Publication number: WO2023082237A1
Application number: PCT/CN2021/130550
Authority: WO
Inventors: 金玲敏
Original assignee: 金玲敏
Priority date: 2021-11-15
Filing date: 2021-11-15
Publication date: 2023-05-19
Also published as: CN114270091A

Abstract

A smart composite bottle structure, mainly used for accommodating liquefied petroleum gas, comprising: a bottle; a weight-sensing assembly that is mounted at the bottom of the bottle, the weight-sensing assembly being capable of measuring the weight of the bottle containing the liquefied petroleum gas and generating a total weight value, and the weight-sensing assembly comprising a display interface capable of displaying the total weight value; and a first wireless transceiver, the first wireless transceiver being electrically connected to the weight-sensing assembly, a conversion unit and a transmitting unit being built in the first wireless transceiver, and the first wireless transceiver being configured to further convert, after receiving the total weight value measured by the weight-sensing assembly, the total weight value into an analog signal by means of the conversion unit, and transmit the analog signal to a second wireless transceiver by means of the transmitting unit after the conversion of the total weight value is completed.

Description

Intelligent composite bottle structure

technical field

The present application relates to an intelligent composite bottle structure, especially the technology applied in the field of liquefied petroleum gas, which mainly provides the ability to identify the capacity of liquefied petroleum gas in the bottle at any time, so that it can be filled and replaced at any time.

Background technique

Petroleum energy is one of the most commonly used raw materials in the present generation. It can be refined, converted, etc. to form gas, natural gas, and liquefied petroleum gas in gas. Now we are discussing liquefied petroleum gas.

In foreign related fields, many years ago, in order to pursue the safety of liquefied petroleum gas in use, they introduced a composite bottle that uses fibers, plastics and other related non-metallic materials to mix with each other. It can be completely melted at the moment of fire, so that the gas in the composite bottle is in direct contact with the fire, thus avoiding the expansion of the disaster site due to thermal expansion and explosion. Though this kind composite bottle can prevent the expansion of disaster.

However, for this kind of composite bottle, it may have extremely high safety, but it inevitably ignores the convenience. Because the general composite bottle is made of fiber and plastic, the bottle body is non-transparent or translucent. , when the liquefied petroleum gas in the bottle is used to a certain extent, it is difficult to judge the stock of liquefied petroleum gas from the bottle. It is only known that there is no liquid petroleum gas in the bottle, and the identification method of this operation is really inconvenient for the user.

Contents of the invention

The main purpose of this application is to provide the user with the easiest way to identify the liquid petroleum gas stock in the composite bottle, and to track it at any time, so as to avoid the situation of not knowing it after use. For this reason, the applicant tried his best to achieve the purpose and effect of the aforementioned application. The application is an intelligent composite bottle structure, which is mainly used to accommodate a liquid petroleum gas, and is characterized in that: a bottle body; a weight-sensitive component, which is installed At the bottom of the bottle, the weight-sensing component measures the weight of the bottle containing the liquefied petroleum gas and generates a total weight value, and the weight-sensing component includes a display interface, which displays the total weight multiple values; and a first wireless transceiver, the first wireless transceiver is electrically connected to the weight-sensing component, the first wireless transceiver has a built-in conversion unit and a sending unit, and the first wireless transceiver After receiving the total weight value measured by the weight-sensing component, the conversion unit is further used to convert the total weight value to form an analog signal, and after the conversion of the total weight value is completed, the transmission unit is used to send it to a second wireless transceiver .

A still further feature is that the total weight value is the total weight of the liquid petroleum gas contained in the bottle.

A still further feature is that the weight-sensing component further has a built-in memory unit, and the memory unit records the total weight of the bottle after each use of the liquid petroleum gas.

A further feature is that the weight-sensing component further has a built-in calculation unit, which calculates the difference between the total weight after each use and the total weight recorded by the memory unit last time, and further in the The display interface displays a gap value.

A still further feature is that the weight-sensing component further has a built-in positioning unit, and the positioning unit is wirelessly connected to a remote module. Liquid petroleum gas capacity.

A further feature is that the second wireless transceiver can be a smart phone, a smart tablet or a PDA, and the second wireless transceiver is synchronized with the remote module information, and then inquires about the location of the bottle and the liquid state in the bottle. LPG capacity.

A still further feature is that the weight-sensing component further has a built-in warning unit, the warning unit is wirelessly connected to the remote module, and when the warning unit detects that the total weight displayed on the display interface is abnormal, it further transmits The abnormal message is sent to the remote module, and the abnormal message is sent to the second wireless transceiver by the first wireless transceiver synchronously.

A still further feature is that the outer surface of the bottle is further provided with a temperature measuring device wirelessly connected to the first wireless transceiver and the alarm unit, the temperature measuring device senses the ambient temperature outside the bottle body, and the temperature measuring device is a built-in A temperature control upper limit value, when the temperature measuring device detects that the external ambient temperature is higher than the temperature control upper limit value, the temperature measuring device sends a signal to the first wireless transceiver, and the first wireless transceiver will The message is then sent to the second wireless transceiver, and the temperature measuring piece is synchronously sending the message to the warning unit, and the warning unit is sending the message to the remote module.

A further feature is that a warning component is further provided on the outer surface of the bottle and is electrically connected to the warning unit. The warning component can be a buzzer or an indicator light. The warning unit is used to activate and close the warning component operate.

A further feature is that the outer surface of the bottle is further provided with an identification barcode, and the identification barcode is built with the date of manufacture of the bottle, date of manufacture, date of filling of the liquefied petroleum gas, date of validity, manufacturer's information, and contact number.

According to the above description, the advantage of this application is that, through the setting of the weight-sensing component, it can provide users and operators to check the liquid petroleum gas stock in the bottle at any time, without shaking or lighting. For example, the industry can use remote monitoring to help users pay attention to the stock in the bottle when they are busy, and ask personnel to come to the scene for filling and replacement at any time; and for the industry, they can also know the location of the bottle sold at any time And the situation, and can send personnel to regularly search the stock of the sold bottles at any time, saving users from waiting time after the liquid petroleum gas is exhausted, and more importantly, the industry can fill and replace more efficiently and increase work efficiency.

Description of drawings

Figure 1 is a schematic block diagram of the present application.

Fig. 2 is a perspective view of the present application.

Fig. 3 is a schematic cross-sectional view of line III-III in Fig. 1 .

Fig. 4 is a numerical schematic diagram of the liquefied petroleum gas in the bottle body of Fig. 3 being used and changing the total weight.

FIG. 5 is a schematic diagram of the usage status of the application and the remote module online.

FIG. 6 is a schematic diagram of the operation of the present application for scanning with a hand held by a person.

FIG. 7 is a schematic diagram of simultaneous operation of the warning component display, the second wireless transceiver, and the remote module when the application falls.

FIG. 8 is a schematic diagram of the simultaneous operation of the warning component display, the second wireless transceiver and the remote module when the LPG capacity of the present application is too low.

Fig. 9 is a schematic diagram of the operation of the second wireless transceiver and the remote module synchronously receiving messages when the application is in an abnormal external environment, the temperature measuring device detects the temperature and activates the warning component to operate.

In the figure: LPG 10; bottle body 1; accommodating space 11; total weight value 12; weight sensing component 2; display interface 21; first wireless transceiver 22; conversion unit 221; sending unit 222; memory unit 23; Calculation unit 24 ; positioning unit 25 ; difference value 26 ; second wireless transceiver 3 ; remote module 4 ; barcode identification 5 .

Detailed ways

In order to clearly illustrate that the present application can achieve the above objectives and functions, the features and functions of the embodiments of the present application are described in detail with reference to drawings. Please refer to Fig. 1 to Fig. 6, an intelligent composite bottle structure of the present application is mainly used to accommodate a liquid petroleum gas 10, and is characterized in that: a bottle body 1 has an accommodating space 11 therein; The heavy component 2 is installed at the bottom of the bottle body 1. The weight sensing component 2 is used to measure the weight of the bottle body 1 and the containing space 11 when the liquid petroleum gas 10 is installed and generate a total weight value 12, And the weight-sensing component 2 includes a display interface 21, the display interface 21 is to display the total weight value 12; and a first wireless transceiver 22, the first wireless transceiver 22 is electrically connected to the load-sensing component 2 , the first wireless transceiver 22 has a built-in conversion unit 221 and a sending unit 222, and the first wireless transceiver 22 receives the total weight value 12 measured by the weight-sensing component 2, and further uses the conversion unit 221 converts the total weight value 12 to form an analog signal, and after the conversion of the total weight value 12 is completed, the sending unit 222 transmits it to a second wireless transceiver 3 .

According to the above description, when the user purchases the bottle 1, he can know the total weight value of the bottle 1 and the LPG 10 from the display interface 21. In the process of use, each time the LPG 10 is used After closing, the display interface 21 will display the current remaining weight, so that the user can know the amount used and the remaining amount, and there is no need to look at the stock by shaking or through light. How much, still have to wait until the end of use to know that the liquid petroleum gas 10 has no stock, which is simple and convenient; Under the operation of the wireless connection between a wireless transceiver 22 and the second wireless transceiver 3, the related equipment equipped with the second wireless transceiver 3 is carried with him, so that the user can also carry out the bottle body at a remote place. Check the stock of liquid petroleum gas 10 in 1. What is important in this application is that when checking the stock of LPG 10, the user only needs to know the remaining stock of LPG 10 in the bottle body 1 by checking the weight displayed on the display interface 21; In addition, for the industry, when the maintenance personnel are assigned to the scene, the maintenance personnel can directly view the display interface 21 to judge the stock of the LPG 10, and then directly fill or replace the bottle 1 filled with the LPG 10. , greatly save the time at work, in addition, on the setting of the first wireless transceiver 22, when the maintenance personnel arrives on the scene, in addition to watching the display interface 21, they can also use the related equipment with the second wireless transceiver 3 to carry out Online, data transmission, and then know the inventory and any information about the bottle 1 from the portable device.

According to the above-mentioned basic explanations, other technical characteristics of the present application are further described in detail. First, please refer to FIG. For the basic information of the bottle body 1, etc., a memory unit 23, a calculation unit 24, and a positioning unit 25 are further built in the weight-sensing component 2. The total weight of the body 1, and the calculation unit 24 calculates the difference between the total weight after each use and the total weight recorded by the memory unit 23 last time, and further displays a gap value 26 on the display interface 21 In simple terms, the record of the memory unit 23 will start from the original bottle body 1 plus the total weight of the unused LPG 10. After the user finishes using it for the first time, the memory unit 23 will record, and The initial weight is subtracted from the total weight after the first use to form a gap value 26 and then displayed on the display interface 21, so that the user can know how much LPG 10 is used each time, and how much LPG 10 is used each time, and how much LPG 10 is used for the first time. The total weight after the completion shows whether the stock of LPG 10 is enough, and then every time the use is completed, the current total weight will be recorded, and it will be deducted from the total weight recorded last time to calculate the cost of each use. The gap value is 26.

Continuing the above description, the above information can be known through the connection between the first wireless transceiver 22 and the second wireless transceiver 3, even if the user is not at the side of the bottle body 1, and then inform the operator as soon as possible. Perform filling and replacement operations.

In addition, the positioning unit 25 arranged in the weight-sensing component 2 is used by the industry, and it is mainly provided for the industry to detect the position of the bottle body 1 at any time, so as to avoid loss or piracy, etc., and the positioning unit 25 The advantage is that the operator can check at any time, so the positioning unit 25 is wirelessly connected with a remote module 4, and the remote module 4 can inquire about the location of the bottle 1 and the location of the bottle 1 according to the setting of the positioning unit 25. The capacity of the LPG 10, that is, the remote module 4 can be monitored and viewed at any time, and maintenance personnel can be dispatched to check, replace, and fill the LPG 10 at any time without the user's notification. This method can prevent the user from forgetting the bottle body 1, the operator takes the initiative to directly provide services, which not only saves working time, but also saves waiting time for users, as shown in Figure 1 and Figure 5.

Please refer to Fig. 1, in order to make it convenient for users and maintenance personnel to watch the stock of liquid petroleum gas 10 in the bottle body 1 at any time, mainly through the cooperation of the first wireless transceiver 22 and the second wireless transceiver 3, this The application adopts the RFID connection method, and can also use infrared connection, Bluetooth connection, cloud connection and other wireless connection methods, and the first wireless transceiver 22 is set on the weight-sensitive component 2, and the second wireless transceiver 3 is It can be a smart phone, a smart tablet or a PDA, and the second wireless transceiver 3 is synchronized with the information of the remote module 4, and then inquires about the location of the bottle 1 and the capacity of the liquid petroleum gas 10 in the bottle 1, so Said that when the user holds and carries the relevant equipment with the second wireless transceiver 3, he can directly check it, and the remote module 4 obtains the information through the online setting of the positioning unit 25, and then transmits the information to the maintenance personnel. In the relevant equipment of the second wireless transceiver 3, the maintenance personnel can also know the relevant information of the bottle body 1 that is going to be replaced and filled at the first time.

Based on the foregoing description, this application is mainly to provide users and remote modules to be able to pay attention to the liquid petroleum gas capacity in the bottle and the position of the bottle at any time. To solve this problem, a warning unit is further built in the setting of the weight-sensing component. The warning unit is wirelessly connected with the remote module and the first wireless transceiver, and the warning unit detects the total displayed in the display interface. When the weight value is abnormal, an abnormal message is further sent to the remote module, and the first wireless transceiver is used to transmit the abnormal message to the second wireless transceiver. Leakage of petroleum gas, low storage of liquid petroleum gas, etc. When the sensing component is measuring, the total weight value will change abnormally within a certain period of time due to the above-mentioned many reasons. At this time, the normal detection of the alarm unit An abnormality will be detected under the test, and the user and the remote module will be notified at the same time, so as to remind that it must be resolved quickly and carefully, as shown in Figure 1, Figure 7, and Figure 8.

Continuing the above, in addition to triggering the alarm unit under the aforementioned conditions, when the bottle body is in an abnormal environment, such as being too close to a high temperature point, a fire, etc., the application is likely to cause higher danger in an abnormal environment, so it must It must be removed before the problem occurs, so the outer surface of the bottle is further equipped with a temperature measuring device wirelessly connected to the first wireless transceiver and the alarm unit. The temperature measuring device senses the ambient temperature outside the bottle body and is electronic , and the temperature measuring device has a built-in temperature control upper limit value, when the temperature measuring device detects that the external ambient temperature is higher than the temperature control upper limit value, the temperature measuring device transmits a signal to the first wireless transceiver, And the first wireless transceiver sends the message to the second wireless transceiver, and the temperature measuring piece is synchronously sending the message to the alarm unit, and the alarm unit is sending the message to the remote module; and the aforementioned All warnings in various abnormal states, in order to let users know the existence of danger more clearly, so a warning component is further installed on the outer surface of the bottle and electrically connected with the warning unit, the warning component can be Buzzer or indicator light, the warning unit is to start and close the operation of the warning component, so for the warning unit and the temperature measuring device, as long as an abnormal state is detected, the user and the remote module will receive the message , the warning component will also be triggered synchronously, so that people around know that there is a bottle body here, and they must pay attention to it, remove it, etc., so as to improve safety, as shown in Figure 1 and Figure 9.

Finally, in order to allow the user to understand all the information of the bottle 1, an identification barcode 5 is further provided on the outer surface of the bottle 1, and the identification barcode 5 is built with the date of manufacture of the bottle 1, the date of manufacture, the liquid state The filling date, expiry date, manufacturer's information, and contact number of LPG 10, the user only needs to scan the identification barcode 5 to obtain all the above data, as shown in Fig. 1 and Fig. 6 .

Claims

An intelligent composite bottle structure is mainly used to accommodate a liquid petroleum gas, which includes:

a bottle;

A weight-sensing component, which is installed at the bottom of the bottle, can measure the weight of the bottle when the liquid petroleum gas is contained and generate a total weight value, and the weight-sensing component includes a display interface , the display interface can display the total weight value;

and a first wireless transceiver, the first wireless transceiver is electrically connected to the weight-sensing component, a conversion unit and a sending unit are built in the first wireless transceiver, and the first wireless transceiver is to receive the After the total weight value measured by the weight sensing component, the conversion unit is further used to convert the total weight value to form an analog signal, and after the conversion of the total weight value is completed, the transmission unit is used to transmit the total weight value to a second wireless transceiver.
The intelligent composite bottle structure according to claim 1, wherein the total weight value is the total weight of the liquid petroleum gas contained in the bottle.
The intelligent composite bottle structure according to claim 1, wherein the weight-sensing component further has a built-in memory unit capable of recording the total weight of the bottle after each use of the liquid petroleum gas.
The intelligent composite bottle structure according to claim 3, wherein the weight-sensing component further has a built-in calculation unit, which can calculate the difference between the total weight after each use and the total weight recorded by the memory unit last time The difference value is further displayed on the display interface as a difference value.
The intelligent composite bottle structure according to claim 1, wherein the weight-sensing component further has a built-in positioning unit, and the positioning unit is wirelessly connected to a remote module, and the remote module can query the bottle body according to the setting of the positioning unit The location of the bottle and the capacity of the liquid petroleum gas in the bottle.
The intelligent composite bottle structure according to claim 5, wherein the second wireless transceiver is a smart phone, a smart tablet or a PDA, and the second wireless transceiver is synchronized with the remote module information, and then inquires about the location of the bottle The location and the capacity of the liquid petroleum gas in the bottle.
The intelligent composite bottle structure according to claim 5, wherein the weight-sensing component further has a built-in warning unit, and the warning unit is wirelessly connected with the remote module and the first wireless transceiver, and the warning unit detects the When the total weight displayed on the display interface is abnormal, an abnormal message is further sent to the remote module, and the first wireless transceiver is used to transmit the abnormal message to the second wireless transceiver synchronously.
The intelligent composite bottle structure according to claim 7, wherein the outer surface of the bottle is further provided with a temperature measuring device wirelessly connected to the first wireless transceiver and the warning unit, the temperature measuring device can sense the ambient temperature outside the bottle body, and The temperature measurement device has a built-in temperature control upper limit value, and when the temperature measurement device detects that the external ambient temperature is higher than the temperature control upper limit value, the temperature measurement device can send a signal to the first wireless transceiver, and the temperature measurement device The first wireless transceiver then sends the message to the second wireless transceiver, and the temperature measuring piece can synchronously send the message to the warning unit, and the warning unit is sending the message to the remote module.
The intelligent composite bottle structure according to claim 8, wherein a warning component is further provided on the outer surface of the bottle and electrically connected to the warning unit, the warning component is a buzzer or an indicator light, and the warning unit is activated , Turn off the operation of the warning component.
The intelligent composite bottle structure as claimed in claim 1, wherein the outer surface of the bottle is further provided with an identification barcode, and the identification barcode is built with the production date of the bottle body, the date of delivery, the filling date of the liquefied petroleum gas, the effective date, Manufacturer information, contact number.