TWM621119U - Extractable and replaceable energy storage battery structure - Google Patents

Abstract

This creation is related to a removable and replaceable energy storage battery structure, which mainly includes a battery compartment and a battery. The battery compartment includes a casing and a charging circuit, a protection circuit, an inverter circuit, and an uninterruptible power system ( UPS), an accommodating space is formed on one side of the housing, a cover is provided above the accommodating space, and a power switch, a lighting switch, a lighting lamp, a liquid crystal display, and a DC power output are provided on one side of the housing Sockets, AC power output sockets, USB power output sockets, solar power input sockets and AC power input sockets. The battery can be installed in the housing space provided by the shell of the battery compartment, and the power connector on the battery It is connected with the power connection socket set on the shell of the battery compartment, so that the power supply of the battery is connected in series with the battery compartment, except that the DC power output socket and the USB power output socket provided in the battery compartment can be directly supplied with DC power. The DC DC power supply is converted into AC AC power supply through the inverter circuit, and the AC power output socket set on the battery compartment can supply AC AC power, and the purpose of extracting and replacing the battery can be achieved.

Description

Extractable and replaceable energy storage battery structure

This creation is about a removable and replaceable energy storage battery structure, especially an energy storage battery design that can be used for 3C products and various electrical power sources, and can be replaced to achieve continuous power supply.

In response to environmental factors such as weather, infectious diseases, natural and man-made disasters, coupled with the current shortage of energy, and the pollution caused by fuel and coal for power generation, human health and environmental pollution are endangered. Under the influence of the aforementioned factors, energy Development is an important topic at present, and among them, the development of electricity is the most important project in all countries. In recent years, due to climate change and the prolonged high temperature season, the demand for electricity has greatly increased. In addition, drought has led to insufficient hydropower generation, which has led to a shortage of power supply around the world. , Resulting in insufficient power supply or excessive power supply load, which frequently causes equipment failures, which has a great impact on industrial electricity and people’s livelihood. Therefore, energy storage power supplies have recently become necessary for every family, such as household electric cookers, Electric kettles, hair dryers, electric fans, blackout lighting and 3C products including mobile phones all require electricity, especially if there is no electricity supply during a blackout, it will cause many inconveniences in life.

This creation is not currently only an energy storage power product that can only be charged with a single charge and cannot replace the internal battery immediately when the battery is exhausted. Therefore, in the field of energy storage power products, it is a design with improved efficiency and innovation.

＜The technical problem to be solved＞ In view of the practical difficulties of the above-mentioned conventional single-charge energy storage power supply products and the deficiencies that need to be improved, the creator hopes to provide a breakthrough design to enhance the practical effect. Years of professional technical knowledge and practical experience in the design, production and sales of related products, and the results of research and design, finally researched and created a removable and replaceable energy storage battery structure to provide users.

＜Technical means to solve the problem＞ This creation is related to a removable and replaceable energy storage battery structure, which mainly includes a battery compartment and a battery. The battery compartment includes a casing and a charging circuit, a protection circuit, an inverter circuit, and an uninterruptible power system ( UPS), an accommodating space is formed on one side of the housing, a cover is provided above the accommodating space, and a power switch, a lighting switch, a lighting lamp, a liquid crystal display, and a DC power output are provided on one side of the housing Sockets, AC power output sockets, USB power output sockets, solar power input sockets, AC power input sockets and DC power input sockets. The battery can be installed in the accommodation space provided in the shell of the battery compartment and borrowed The power connector on the battery is connected to the power connection socket set on the shell of the battery compartment, so that the power supply of the battery and the battery compartment are connected in series, except that the DC power output socket and the USB power output socket set in the battery compartment can be directly connected In addition to the DC power supply, the DC DC power supply is converted into AC AC power supply through the inverter circuit, so that the AC power output socket set on the battery compartment can supply AC AC power.

More than one battery can be prepared as required. The unused battery is charged first, so that when the battery in the battery compartment is exhausted, the charged battery can be replaced to achieve the purpose of continuous power supply. It is installed in the battery compartment The battery power inside will be displayed on the LCD screen, and a cooling fan is installed on the side of the battery compartment shell to reduce the heat of the battery and improve the power supply efficiency of the battery. In addition, it can also be set through the battery compartment shell. The charging circuit is installed in the battery compartment housing with solar panels or city power AC alternating current from the solar power input socket and AC power input socket set in the battery compartment shell or the power pair using the cigarette lighter socket on the car The battery in the space is charged, and the battery is protected from power off, overcharge, temperature, over-discharge, over-current, and short-circuit with the protection circuit, so as to extend the battery life and use safety. At the same time, through the uninterruptible power system (UPS) It produces an uninterrupted power supply state, and both sides of the battery case are equipped with handles that are convenient to move.

Another embodiment of this creation uses the aforementioned battery compartment as the main device. One or more battery units can be stacked underneath the battery compartment as needed. The battery unit includes the battery compartment and the battery compartment. The same shell, but the shell does not have inverter circuit, lighting switch, lighting lamp, liquid crystal display screen, DC power output socket, AC power output socket, USB power output socket, etc. Of course, it can be set in the battery unit shell There are power switches, LCD screens, solar power input sockets, AC power input sockets and DC power input sockets. Only a battery (not shown in the figure) is provided in the battery unit housing, and it is also installed in the battery unit housing and the battery compartment housing. There are a set of power contacts that correspond to each other and can be connected to each other on the top and bottom of the body, and one or more battery units can be stacked under the battery compartment shell to power multiple batteries. For the purpose of parallel connection, each battery unit casing can also have a liquid crystal display, a charging circuit and a protection circuit, which can display the battery status of the battery, and a solar power input socket and AC are also provided on the battery unit casing. The power input socket can be used to charge the battery in the battery unit housing separately from the solar panel or the mains AC power supply or the power supply of the cigarette lighter socket on the car.

<Comparing the effects of previous technologies> The main purpose of this creation is to form an accommodating space for storing batteries on one side of the battery compartment shell, and more than one battery can be prepared as needed, and unused batteries can be charged in advance for use in the battery compartment. When the battery is exhausted, the charged battery can be replaced to achieve the purpose of continuous power supply.

The second purpose of this creation is mainly to use the inverter circuit described, in addition to supplying DC current output, it can also supply AC power to meet the needs of electrical appliances with different power sources.

Another purpose of this creation is to use the solar power input socket and AC power input socket to install the solar power input socket and AC power input socket on the battery compartment shell with solar panels or AC power. The battery in the accommodating space of the battery compartment shell is charged.

Another purpose of this creation is that one or more battery cells can be stacked under the battery compartment as needed, and the power can be greatly increased as needed.

In order to enable the 　 your review committee to better understand the structural features and effects of this creation, I would like to cooperate with the diagrams and explain them in detail below.

Please refer to Figure 1, Figure 2, Figure 3 and Figure 4. This creation is related to a removable and replaceable energy storage battery structure, which mainly includes a battery compartment 1 and a battery 2. The battery compartment 1 includes a casing 11 And the inverter circuit 122, the protection circuit 123, the charging circuit 124, and the uninterruptible power system (UPS) 126 arranged inside. An accommodating space 12 is formed on one side of the housing 11, and an accommodating space 12 is provided above the accommodating space 12 The cover 121 is provided with a power switch 13, a lighting switch 14, a lighting lamp 141, a liquid crystal display 15, a DC power output socket 16, a USB power output socket 17, an AC power output socket 18, and a solar power supply on one side of the housing 11 Input socket 19, AC power input socket 191 and DC power input socket (not shown in the figure). The battery 2 is detachably installed in the accommodating space 12 of the housing 11 of the battery compartment 1, and The power connector 21 on the battery 2 is connected to the power connection socket 111 provided in the casing 11 of the battery compartment 1, so that the power supply of the battery 2 is connected in series with the battery compartment 1, except that it can be directly connected to the battery compartment 1 casing. 11 The DC power output socket 16 and the USB power output socket 17 provided in 11 supply DC power, and the DC DC power is converted into AC AC power through the inverter circuit 122 for the AC power output socket 18 provided on the battery compartment 1 housing 11 Supply AC power.

More than one battery 2 can be prepared as required. The unused battery 2 is charged first so that when the battery 2 in the housing 11 of the battery compartment 1 is exhausted, the charged battery 2 can be replaced. For the purpose of continuous power supply, the power of the battery 2 installed in the housing space 12 of the battery compartment 1 housing 11 will be displayed on the liquid crystal display 15, and a cooling fan is provided on the side of the housing 11 of the battery compartment 1 125. In order to reduce the heat of the battery 2 and improve the power supply efficiency of the battery 2, in addition, it is also possible to use solar panels or mains AC power through the charging circuit 124 provided in the housing 11 of the battery compartment 1 to pass through the battery compartment 1 The solar power input socket 19 and AC power input socket 191 of the casing 11 or the power supply of the cigarette lighter socket on the car are used to charge the battery 2 installed in the housing space 12 of the casing 11 of the battery compartment 1 and pass the protection circuit 123 The battery 2 is protected against power failure, overcharging, temperature, over-discharge, over-current, and short-circuit to extend the life and safety of the battery 2. At the same time, an uninterrupted power supply state is generated through the uninterruptible power system (UPS) 126, Maintain the uninterrupted operation of key commercial equipment such as computers (especially servers), 3C products or switches, or precision instruments and household appliances to prevent computer data loss, telephone communication network interruption or loss of control of the instrument, in the battery compartment 1 shell Both sides of the body 11 are provided with handles 112 which are convenient to carry.

Please refer to FIG. 5 again, which is another embodiment of the present creation, which uses the battery compartment 1 shown in FIGS. 1 to 4 as the main device, and at least one can be stacked underneath the battery compartment 1 as required The battery unit 3 includes the same casing 31 as the battery compartment 1. Only a battery (not shown in the figure) is provided in the casing 31 of the battery unit 3, but the casing 31 may not have a reverse Variable circuit, lighting switch, lighting lamp, liquid crystal display screen, DC power output socket, AC power output socket, USB power output socket, etc. Of course, the battery unit 3 housing 31 may be provided with a power switch 33 and a liquid crystal display 34 , Solar power input socket 35, AC power input socket 36 and DC power input socket (not shown in the figure), through the LCD screen 34 can display the power status and power type of the battery 2 inside, and through solar panels, AC power Power supply or use the power supply of the cigarette lighter socket on the car to individually charge the battery in the battery unit 3 shell 31, and at the same time on and under the battery compartment 1 shell 11 and each battery unit 3 shell 31 , Each is provided with a set of power contacts 113, 32 that correspond to each other and can be connected to each other, and at least one battery unit 3 can be stacked under the casing 11 of the battery compartment 1, so that multiple batteries 2 can be electrically connected to each other. For the purpose of connection, a heat dissipation fan 37 is provided on the side of the casing 31 of the battery unit 3 to reduce the heat of the battery and improve the power supply efficiency of the battery. The casing 11 of the battery compartment 1 and the casing 31 of the battery unit 3 Both sides are equipped with handles 112 and 38 for easy handling.

In summary, this authoring tool can prepare more than one battery as needed, so that when the battery in the battery compartment is exhausted, the charged battery can be replaced to achieve the purpose of continuous power supply. It is a novelty Creative, progressive, and industrially applicable creations have actually met the requirements for granting new patents. A patent application is filed in accordance with the law. It is still a good thing for the examiner to review it in detail and grant the patent for this case as soon as possible. .

Only the above mentioned are only the preferred embodiments of this creation. When it cannot be used to limit the scope of this creation, all equal changes and modifications made in accordance with the scope of the patent application for this creation shall still belong to this creation patent. Covered.

1: battery compartment 11, 31: shell 111: Power connection socket 112, 38: Grip 113, 32: Power contact 12: accommodating space 121: Lid 122: inverter circuit 123: Protection circuit 124: Charging circuit 125, 37: cooling fan 126: Uninterruptible Power System (UPS) 13,33: Power switch 14: Lighting switch 141: Lighting 15,34: LCD screen 16: DC power output socket 17: USB power output socket 18: AC power output socket 19, 35: Solar power input socket 191, 36: AC power input socket 2: battery 21: Power connector 3: battery unit

Figure 1 is a three-dimensional exploded view of one of the preferred embodiments of this creation. Figure 2 is a schematic diagram of the battery of this creation when it is placed in the housing space of the battery compartment housing. Figure 3 is a three-dimensional external view of this creation. Figure 4 is a three-dimensional view of this creative battery. Figure 5 is a three-dimensional exploded view of another embodiment of this creation.

1: battery compartment

11: Shell

111: Power connection socket

112: Grip

12: accommodating space

121: Lid

122: inverter circuit

123: Protection circuit

124: Charging circuit

125: cooling fan

126: Uninterruptible Power System (UPS)

2: battery

21: Power connector

Claims (14)

A removable and replaceable energy storage battery structure, which mainly includes a battery compartment and a battery. The battery compartment includes a casing and an inverter circuit, a charging circuit and an uninterruptible power system (UPS) provided inside the casing. An accommodating space is formed on the side, a cover is arranged above the accommodating space, a power switch, a DC power output socket and an AC power output socket are arranged on one side of the housing, and the battery is removable and installed in The housing space of the battery compartment is connected to the power connection socket of the battery compartment through the power connector on the battery, so that the power supply of the battery and the battery compartment are connected in series, except for direct connection. In addition to the DC power supply provided by the DC power output socket set in the battery compartment shell, the DC DC power supply is converted into AC AC power through the inverter circuit, so that the AC power output socket set on the battery compartment shell can supply AC AC power. One side of the casing is provided with an AC power input socket and a DC power input socket, and the battery in the battery compartment casing can be charged through the AC power supply or the power supply of the cigarette lighter socket on the car. The system (UPS) generates an uninterrupted power supply state. The removable and replaceable energy storage battery structure according to claim 1, wherein a lighting switch and a lighting lamp are provided on one side of the battery compartment shell, so that the lighting switch can be pressed to turn on the lighting lamp when the power is cut off. The removable and replaceable energy storage battery structure described in claim 1, wherein a solar power input socket is provided on one side of the battery compartment shell, and the solar panel can be used to charge the battery in the battery compartment shell through the charging circuit . The removable and replaceable energy storage battery structure described in claim 1, wherein a liquid crystal display screen is provided on one side of the battery compartment shell to display the power status and power source type of the battery in the battery compartment shell. The removable and replaceable energy storage battery structure described in claim 1, wherein a cooling fan is provided on the side of the battery compartment shell to reduce the heat of the battery and improve the power supply efficiency of the battery. The removable and replaceable energy storage battery structure described in claim 1, wherein a protection circuit is provided in the battery compartment shell, and the battery is powered off, overcharged, temperature, overdischarged, overcurrent, and short-circuited through the protection circuit And other protection to extend the life of the battery and use safety. A removable and replaceable energy storage battery structure, which mainly includes a battery compartment, a battery, and at least one battery unit. The battery compartment includes a casing and an inverter circuit, a charging circuit, and an uninterruptible power system (UPS ), an accommodating space is formed on one side of the housing, a cover is provided above the accommodating space, a power switch, a DC power output socket, and an AC power output socket are provided on one side of the housing, and the battery is Removably and replaceably installed in the containing space provided in the shell of the battery compartment, and connected to the power connection socket provided in the shell of the battery compartment through the power connector on the battery, so that the power source of the battery is connected to the battery compartment In series connection, in addition to directly supplying DC power from the DC power output socket set on the battery compartment shell, the DC DC power supply is converted into AC AC power through the inverter circuit to supply the AC power output socket set on the battery compartment shell. AC power supply, an AC power input socket and a DC power input socket are additionally provided on one side of the casing, and the battery in the battery compartment casing can be charged through the mains AC power supply or the power supply of the cigarette lighter socket on the car At the same time, the uninterrupted power supply state is generated by the uninterrupted power system (UPS). At least one battery unit can be stacked under the battery compartment as required. The battery unit includes a casing and a battery arranged in the casing , At the same time above and below the battery compartment shell and above and below the battery unit shell, a set of power contacts corresponding to each other and capable of contacting and connecting with each other are provided, and at least One battery unit can be used to connect multiple batteries in parallel. The removable and replaceable energy storage battery structure described in claim 7, wherein a solar power input socket is provided on one side of the battery compartment shell, and the solar panel can be used to charge the battery in the battery compartment shell through the charging circuit . The removable and replaceable energy storage battery structure described in claim 7, wherein a liquid crystal display is provided on one side of the battery compartment shell, which can display the power status and power source type of the batteries in the battery compartment shell. The removable and replaceable energy storage battery structure described in claim 7, wherein a cooling fan is provided on the side of the battery compartment shell to reduce the heat of the battery and improve the power supply efficiency of the battery. The removable and replaceable energy storage battery structure described in claim 7, wherein a protection circuit is provided in the battery compartment shell, and the battery is powered off, overcharged, temperature, overdischarged, overcurrent, and short-circuited through the protection circuit And other protection to extend the life of the battery and use safety. The removable and replaceable energy storage battery structure described in claim 7, wherein a power switch and a liquid crystal display screen can be provided on one side of the battery unit casing, and the battery unit casing can be opened and closed by the power switch and the liquid crystal display screen. The power supply of the battery in the body and display the battery power status. The removable and replaceable energy storage battery structure described in claim 7, wherein the battery unit housing is provided with a solar power input socket, an AC power input socket, and a DC power input socket, which can be separated by solar panels or mains AC power Charge the battery in the battery unit housing. The removable and replaceable energy storage battery structure described in claim 7, wherein a heat dissipation fan is arranged on the side of the battery unit housing to reduce the heat of the battery and improve the power supply efficiency of the battery.

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