Patent Application
20220152438
The present application claims priority to Taiwan patent application Serial No. 109140285 filed on Nov. 18, 2020, the entire content of which is incorporated by reference to this application.
The present invention pertains to a fire extinguishing system and method, more specifically to a fire extinguishing system and method for electronic components.
To ensure that batteries can work normally, each of the batteries needs to be placed in a battery formation equipment while manufacturing, and the battery formation equipment can perform a series of battery formation procedures to the batteries. Generally speaking, there can be multiple storage locations in the battery formation equipment, each storage location can accommodate at least one tray, and at least one battery can be accommodated in the tray. Since the battery may have various defects, such as an internal short circuit of a battery cell or other problems that can cause abnormal charging and discharging, some of the batteries may be swollen, overheated, smoking or catching fire when the battery formation equipment is processing the battery formation procedures.
Traditionally, in order to deal with the abnormal batteries in the battery formation procedures, once the battery in the storage location causes an abnormal warning, it is often necessary for on-site personnel to check and eliminate various accidents. However, if the accident is not eliminated in time, it will not only expose the on-site personnel to potential dangers, but also may expand the damage to the battery formation equipment or the batteries in other locations, and even cause more serious occupational accidents. Therefore, the industry needs a new fire extinguishing system and method that can quickly isolate the electronic component having problems in the storage location and timely provide fire extinguishing means.
The present invention provides a fire extinguishing system for electronic components, which can quickly fetch an electronic component in a storage location and put it into a fireproof fire tank by a crane device. Therefore, the fire extinguishing system can prevent abnormal electronic components from causing greater problems.
The present invention discloses a fire extinguishing system for electronic components comprising a fire extinguishing device, a control device, and a crane device. The fire extinguishing device comprises a camera module and a frame. The camera module captures a scene image related to a storage location in a machine. The frame has a fire tank for receiving an electronic component in the storage location. The control device receives the scene image and selectively sends a fetch instruction according to a status of the storage location. The crane device fetches the electronic component from the storage location to the fire tank according to the fetch instruction. Wherein the frame is fireproof.
In some embodiments, the fire extinguishing device may further comprise a roll-up door, disposed on the frame, for closing the fire tank selectively, and the roll-up door is fireproof. Besides, the fire extinguishing device may further comprise a fire extinguishing module, disposed on the frame, for releasing a fire extinguishing agent into the fire tank when a temperature of the fire tank reaches a threshold temperature. In addition, the fire extinguishing module may further comprise a fire detection tube, disposed in the fire tank, for storing the fire extinguishing agent, and the fire detection tube may break to release the extinguishing agent into the fire tank when the temperature of the fire tank reaches the threshold temperature. Moreover, the fire extinguishing module may further comprise a fire cylinder, connected to the fire detection tube, for filling the fire extinguishing agent into the fire detection tube.
The present invention provides a fire extinguishing method for electronic components, which can check a status of a storage location from an image, and move an electronic component in the storage location to a fire tank according to the status of the storage location. Therefore, the fire extinguishing method can prevent abnormal electronic components from causing greater problems.
The present invention discloses a fire extinguishing method for electronic components comprises the following steps: capturing a scene image related to a storage location in a machine, selectively sending a fetch instruction according to a status of the storage location, and providing a crane device for fetching the electronic component from the storage location to the fire tank according to the fetch instruction.
In some embodiments, in the step of selectively sending the fetch instruction may further comprise the following steps: determining whether the storage location is on fire or smoke, and sending the fetch instruction when there is no fire or smoke in the storage location. Besides, in the step of providing the crane device for fetching the electronic component from the storage location to the fire tank according to the fetch instruction may further comprise the following steps: providing a roll-up door made of fireproof materials, and closing the fire tank by the roll-up door when the electronic component is fetched from the storage location to the fire tank. In addition, the fire extinguishing method for electronic components may further comprise the step of releasing a fire extinguishing agent into the fire tank when a temperature of the fire tank reaches a threshold temperature.
Based on the above, the fire extinguishing system and method for the electronic components provided by the present invention can check the status of the storage location by the image, and use the crane device to quickly fetch the electronic component in the storage location according to the status of the storage location. The abnormal electronic component can be put into the fire tank to avoid greater problems.
The features, objections, and functions of the present invention are further disclosed below. However, it is only a few of the possible embodiments of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent changes and modifications done in accordance with the claims of the present invention will remain the subject of the present invention. Without departing from the spirit and scope of the invention, it should be considered as further enablement of the invention.
Please refer to
The fire extinguishing device 10 comprises a camera module 100 and a frame 102. The camera module 100 is used to capture images in front of, behind, or around the fire extinguishing device 10 (i.e. live images), and the frame 102 can be regarded as the structure of the fire extinguishing device 10. In detail, the camera module 100 may include one or more cameras, and this embodiment does not limit the types of cameras, for example, it may be a simple lens, a fisheye camera or a PTZ (pan-tilt-zoom) camera. In addition, the live images captured by the camera module 100 may include images of one or more storage locations in the machine. Of course, if the performance of the camera module 100 is good, it is possible, but not limited, to see the electronic component in the storage location from the live images. In one example, the camera module 100 can be fixed on the frame 102 and can move synchronously with the frame 102. This embodiment does not limit the installation position of the camera module 100, the camera module 100 may not be installed on the frame 102, but may be installed in front of the machine to be photographed, so that the live images may show several storage locations within a range.
In addition, the frame 102 may have a fire tank (not shown in
The control device 12 can receive at least one image from the camera module 100, and can send a fetch instruction to the crane device 14. The crane device 14 can fetch the electronic component in the storage location accordingly. In practice, the control device 12 can also be electrically connected to the machine to receive an internal detection signal of the machine, such as a temperature signal for each storage location. If the temperature of a certain storage location is too high, the control device 12 will receive an overheating warning from the machine. At this time, the control device 12 or the machine can stop the operations of all storage locations and start monitoring the correspond image or live image. In one example, the control device 12 can use the image analysis technology or the artificial intelligence technology to automatically determine the status of the storage location in time and take corresponding means. For example, the control device 12 can analyze whether the storage location has obviously caught fire or smoke from the image. When the storage location has obviously caught fire or smoke, it should be in the status of “not fetchable” or not suitable for fetching the electronic component. If the crane device 14 forcibly fetch the electronic component in the storage location which is on fire, it may cause unpredictable accidents, such as accelerating the spread of the fire or generating a large amount of dense smoke. Therefore, if the image shows that the status of the storage location is not suitable for fetching the electronic component in the storage location, the control device 12 will not send the fetch instruction to the crane device 14. At this time, the control device 12 can send a warning signal to the fire crew in the building. For example, the warning signal can not only notify attendance, but also roughly describe what happened on the spot, so that the fire crew can be prepared in advance.
On the other hand, if the control device 12 determines that the storage location has not obviously caught fire or smoke from the image, the control device 12 can infer the status of the storage location is fetchable, which means that the electronic component in the storage location is still able to be fetched properly. At this time, the control device 12 can send the fetch instruction to the crane device 14 to allow the crane device 14 to fetch the electronic component in the storage location and put it into a fireproof fire tank, the fire tank can prevent the electronic component from burning in the storage location and cause more serious problem and damage. Similarly, the control device 12 can also choose to send a warning signal to the fire crew in the building at the same time. The warning signal can inform the fire crew, and let the fire crew deal with the electronic component in the fire tank.
It is worth mentioning that after the control device 12 of this embodiment obtains the image of the camera module 100, the control device 12 can also play the image, especially the real-time image, on a remote screen, and then the on-site personnel can also check the current status of the storage location by themselves. In other words, the on-site personnel do not need to be in front of the location, and can check whether the location is on fire or smoke through the screen. Similarly, if there is no obvious fire or smoke in the storage location, the on-site personnel can operate the control device 12 to send the fetch instruction to the crane device 14 so that the crane device 14 can take out the electronic component in the storage location and put it into the fire tank. If the status of the storage location indicates having fire or smoke, the control device 12 can directly notify the fire crew to deal with it.
In addition, the crane device 14 may be arranged around the machine, and may have a robotic arm to fetch one electronic component in the storage location, or fetch a tray accommodating multiple electronic components placed in the storage location. In one example, when the machine operates normally, both the control device 12 and the crane device 14 have their routine operations. For example, the control device 12 can control the machine to work, and the crane device 14 can be used to automatically transport one or more electronic components in the storage location to the transportation belt or other test stations, or transport the electronic components in the transportation belt or other test stations to the storage location. Only when the temperature of a specific storage location in the machine is too high, the control device 12 will send a fetch instruction to the crane device 14 to make crane device 14 will move the electronic component from the storage location to the fire tank. In other words, the control device 12 and the crane devices 14 may not be dedicated to the fire extinguishing system 1.
In order to describe the fire extinguishing device 10 more clearly, please refer to
In practice, in order to ensure that the crane device 14 can correctly place the electronic component into the fire tank 102a, the fire extinguishing device 10 may also include multiple photodetectors, such as the photodetectors D1, D2, and D3 shown in
The fire extinguishing device 10 may have more than one camera module 100. In the example shown in
In one example, the crane device 14 may use a robotic arm (not shown) to clamp the frame 102 of the fire extinguishing device 10, so that the fire extinguishing device 10 can move with the robotic arm of the crane device 14. For example, suppose that the control device 12 will receive an overheating warning from a storage location of the machine. At this time, the control device 12 can control the crane device 14 to move the robotic arm to the front of the storage location for standby, and then the camera module 100 of the fire extinguishing device 10 observes the status of the storage location by capturing one or more images. If the electronic component in the storage location are able to be removed properly, the control device 12 can quickly allow the crane device 14 to remove the electronic component in the storage location by fetching it out, so as to save the moving time of the crane device 14. Of course, this embodiment does not limit the position of the frame 102 of the fire extinguishing device 10 held by the robotic arm, as long as the crane device 14 is able to move the fire extinguishing device 10.
On the other hand, this embodiment demonstrates that the fire extinguishing device 10 may have a roll-up door 104, and the roll-up door 104 may be made of a fireproof material. In an example, each of the openings on the front and rear sides of the fire tank 102a can be provided with one roll-up door 104. The two roll-up doors 104 can be used to close the openings of the fire tank 102a, so that the fire tank 102a can form a relatively closed space. This embodiment does not limit whether the fire tank 102a is airtight. Person having ordinary skill in the art should understand that as long as the fire tank 102a is fireproof and there are no combustibles around it, the fire should be controlled inside the fire tank 102a. In practice, one of the functions of the roll-up door 104 is to prevent the high-temperature flame from directly escaping, so as to prevent the fire from spreading out of the fire tank 102a. In other words, assuming that the space of the fire tank 102a is large enough, and the flame is relatively difficult to escape from the openings on the front and rear sides of the fire tank 102a, the roll-up door 104 may be an unnecessary element. It is worth mentioning that the function of the roll-up door 104 is to block open flames, although the roll-up door 10 is shown in the figures, it should not be limited to this type of door. For example, the openings on the front and rear sides of the fire tank 102a may also be covered by left-opening, right-opening, or side-opening doors.
The fire extinguishing device 10 also has related structures that can drive the roll-up door 104, such as a motor 106a, connecting rods 106b, and a set of sliding rails 106c. In an example, each of the front and rear sides of the fire tank 102a can have the slide rails 106c, and the roll-up door 104 can be arranged in the slide rails 106c and move the track of the slide rails 106c to open or close the openings on the front and rear sides of the fire tank 102a. In addition, the motor 106a can be connected to the connecting rods 106b, and each connecting rod 106b can be connected to one of the roll-up doors 104 of the fire tank 102a. The motor 106a can be driven to pull or release the connecting rods 106b at the same time, and then the connecting rods 106b can drive the roll-up doors 104 at the front and rear sides of the fire tank 102a simultaneously. In order to show the structure of the roll-up door 104 and its surroundings,
In practice, if the roll-up door 104 is to be pulled up, the motor 106a can be rotated under the control of the control device 12, and while rotating, the connecting rods 106b are driven to be folded toward the center, and the roll-up door 104 can be pulled toward the top of the frame 102, thereby exposing the front and rear openings of the fire tank 102a. On the contrary, if the roll-up door 104 is to be lowered, the motor 106a can be controlled by the control device 12 to rotate in another direction, and while rotating, it drives the connecting rods 106b to extend outward, and push the roll-up door 104 away from the top of the frame 102, thereby closing the openings on the front and rear sides of the fire tank 102a. Of course, there are many ways to pull up or lower the roll-up door 104, the mechanism of this embodiment is only an example. Person having ordinary skill in the art may also use other structures to achieve similar functions.
The fire tank 102a is not only designed for isolating fire, but also the fire tank 102a may have a fire extinguishing mechanism in this embodiment. As shown in
The fire detection tube 108a and the fire cylinder 108b can be, but not limited to, defined together as a fire extinguishing module. For example, instead of applying the fire detection tube 108a, a temperature detector (not shown) may be used to replace the fire detection tube 108a. When the temperature detector detects that the temperature in the fire tank 102a reaches the threshold temperature, the temperature detector can give a control signal to make the fire cylinder 108b spray the stored fire extinguishing agent. In this example, the temperature detector and the fire cylinder 108b can be defined together as the fire extinguishing module. In addition, the fire extinguishing agent may contain various materials for extinguishing fire of the electronic component, for example, NOVEC 1230 or similar clean fire extinguishing agents can be used to reduce toxicity and reduce greenhouse gases for the better environmental protection.
In order to explain the fire extinguishing method of the electronic component of the present invention, please refer to
In summary, the fire extinguishing system and method provided by the present invention can not only use the camera module to quickly confirm the status of the storage location, but also control the crane device to fetch the electronic component in the storage location into the fireproof fire tank. If the electronic component in the fire tank is on fire, the fire extinguishing mechanism in the fire tank can also be activated to prevent the flame from spreading out the storage location to the machine or the surrounding environment.
| Number | Date | Country | Kind |
|---|---|---|---|
| 109140285 | Nov 2020 | TW | national |
