In the rapidly evolving world of technology, user interfaces (UI) play a critical role in how we interact with devices and systems. As we move towards more streamlined, efficient, and user-friendly interfaces, membrane switches are emerging as a key player in the future of UI technology. Here¨s why membrane switches are becoming the preferred choice for a wide range of applications and why they are poised to revolutionize user interface technology.Sufficient data show that membrane switch It can drive many people to find jobs, thus driving economic development. https://singway-touch.com/

　　membrane switches

　　1. Sleek and Modern Design

　　One of the most significant advantages of membrane switches is their sleek and modern design. Unlike traditional mechanical switches, membrane switches are composed of several layers, including a flexible, thin membrane on the surface. This design not only provides a contemporary look but also allows for the creation of flat, smooth surfaces without protruding buttons. This aesthetic appeal is highly valued in consumer electronics, medical devices, and industrial control panels.

　　2. Enhanced Durability and Reliability

　　Membrane switches are known for their durability and reliability. The construction typically involves polyester or polycarbonate materials, which are resistant to moisture, dust, and other environmental factors. This makes them ideal for use in harsh environments where traditional mechanical switches might fail. Moreover, membrane switches have a longer lifespan due to fewer moving parts, reducing the likelihood of mechanical failure and ensuring consistent performance over time.

　　3. Customizability and Versatility

　　The design flexibility of membrane switches is another reason for their growing popularity. They can be customized to meet specific requirements, including various shapes, sizes, and configurations. This versatility allows designers to create interfaces tailored to unique applications, from medical equipment to consumer electronics and industrial machinery. Additionally, membrane switches can incorporate various features such as tactile feedback, backlighting, and printed graphics, enhancing user experience and functionality.

　　4. Ease of Cleaning and Maintenance

　　In industries where hygiene is paramount, such as healthcare and food processing, the ease of cleaning membrane switches is a major advantage. The smooth, sealed surface prevents dirt, liquids, and contaminants from penetrating the interface, making it easy to clean and disinfect. This feature not only ensures a sanitary environment but also extends the lifespan of the interface by preventing damage from spills and debris.

　　5. Cost-Effective Production

　　The manufacturing process for membrane switches is relatively straightforward and cost-effective. They are produced using printing techniques that allow for high-volume production at a lower cost compared to mechanical switches. This affordability makes membrane switches an attractive option for both small-scale and large-scale applications, enabling companies to implement advanced UI technology without breaking the bank.

　　6. Improved User Experience

　　Membrane switches can significantly enhance user experience through their design and functionality. The ability to incorporate tactile feedback provides users with a satisfying and intuitive interaction, similar to that of traditional buttons. Additionally, the inclusion of backlighting and customizable graphics improves visibility and usability, especially in low-light conditions. These features contribute to a more engaging and efficient user interface.

　　7. Integration with Modern Technologies

　　Membrane switches are highly adaptable and can be easily integrated with modern technologies. They can incorporate touch-sensitive elements, capacitive sensors, and even flexible printed circuits, allowing for advanced functionality and interaction. This adaptability ensures that membrane switches can keep pace with technological advancements, making them a future-proof solution for user interface design.

　　8. Environmental Sustainability

　　As sustainability becomes increasingly important, membrane switches offer an environmentally friendly alternative to traditional interfaces. The materials used in membrane switches are often recyclable, and the production process generates less waste compared to mechanical switches. This eco-friendly aspect makes membrane switches an attractive choice for companies committed to reducing their environmental footprint.

　　9. Application in Emerging Markets

　　The versatility and adaptability of membrane switches make them ideal for use in emerging markets. From wearable technology to smart home devices, membrane switches are finding their way into a variety of new and innovative applications. Their ability to provide reliable, user-friendly interfaces in compact and portable formats positions them as a key technology in the expanding landscape of connected devices and the Internet of Things (IoT).

　　Conclusion

　　Membrane switches represent a significant advancement in user interface technology, offering a range of benefits that make them ideal for current and future applications. Their sleek design, durability, customizability, ease of maintenance, cost-effectiveness, and enhanced user experience are just a few reasons why they are becoming the preferred choice for developers and manufacturers. As technology continues to evolve, membrane switches will play a crucial role in shaping the future of user interfaces, providing innovative and reliable solutions for a wide array of industries. Embrace the future of UI technology with membrane switches and experience the difference in performance and design.

　　What do several common ADAS functions do?Only by working together can we turn vehicle camera supplier The value of the play out, the development of the supply market needs. https://szdfpls.com

　　1 LKA (lane keeping assist)

　　LKA can help drivers keep their vehicles in lanes and reduce the risk of lane departure accidents caused by driver negligence or fatigue.

　　The LKA system achieves its functions by using cameras, sensors and control systems. The camera is usually installed at the front of the vehicle to capture the lane line in front of the vehicle. The sensor is responsible for monitoring the driving status and direction of the vehicle, including steering angle, vehicle speed, etc.

　　When the vehicle approaches the lane line during driving, the LKA system detects the position and shape of the lane line and makes a judgment based on the driving status and direction of the vehicle. If the system believes that the vehicle is about to deviate from the lane, it will help the driver guide the vehicle back to the normal lane by controlling the steering system.

　　2 ACC (adaptive cruise control)

　　The ACC system uses on-board sensors, including radar, laser radar, etc., to detect the vehicles and obstacles in front of the vehicle during driving, as well as the position and speed of the vehicle. The system can monitor the distance and speed of the vehicles and obstacles in front in real time, and automatically adjust the speed and driving trajectory according to the speed and driving status of the vehicle to maintain a safe distance from the vehicle in front.

　　Compared with traditional cruise control systems, adaptive cruise systems are more intelligent and flexible. Traditional cruise control systems can only drive at a preset speed and trajectory, while adaptive cruise systems can automatically adjust the speed and trajectory according to the actual situation of the vehicle and obstacles in front to maintain a safe distance.

　　In addition, the adaptive cruise system can also automatically adjust the vehicle¨s speed and trajectory according to the speed and driving status of the vehicle and obstacles in front to maintain the relative position with the vehicle in front. This automatic adjustment function can help drivers drive the vehicle more easily while improving driving comfort and safety.

　　3 FCW (forward collision warning)

　　The FCW system uses on-board sensors, including radar, cameras, etc., to detect the distance and relative speed between the obstacle in front of the vehicle and the vehicle. The system monitors the situation in front of the vehicle in real time. When a collision risk is detected, it will issue a warning to remind the driver to take timely measures.

　　The warning methods of the FCW system usually include sound warnings, vibration seats or steering wheels, etc. The level and method of the warning will vary depending on the size and specific circumstances of the collision risk. If the driver does not take timely measures, the FCW system may also automatically intervene in the vehicle¨s braking system to avoid or mitigate the collision.

　　Collision prevention systems are usually combined with other driver assistance technologies such as lane departure warning systems and adaptive cruise control systems to provide drivers with more comprehensive and reliable driving safety protection.

　　4 AEB (advanced/automatic emergency braking)

　　The implementation of the AEB system function requires the cooperation of multiple sensors and controllers. The sensor in front of the vehicle (such as radar, camera or laser) detects obstacles in front. If there is a risk of collision based on speed and distance analysis, the system will warn the driver through warning lights, alarm sounds, etc. If the driver does not brake after the warning, or the system determines that the driver cannot brake in time after sensing the signal, the AEB system will actively intervene and brake when the threshold is exceeded.

　　5 IPA (intelligent parking assist)

　　IPA integrates sensors, cameras and computer algorithms to realize functions such as automatic parking space identification and automatic parking.

　　In actual use, the driver only needs to press the start button of IPA intelligent parking assist, and the system will automatically detect the surrounding environment and find a suitable parking space. Once a suitable parking space is found, the system automatically calculates the best parking trajectory and controls the vehicle to complete automatic parking. The whole process does not require manual operation by the driver.

　　6 BSD (blind spot detection)

　　BSD mainly detects the blind spot range of the rearview mirror through two millimeter-wave radars equipped on the rear of the vehicle. When other road users are detected in the blind spot, the driver is warned to assist driving or changing lanes.

　　7 DFM (driver fatigue monitoring)

　　DFM aims to monitor the driver¨s physiological state and driving behavior, reminding the driver to rest in time when fatigued, so as to ensure driving safety.

　　The DFM system monitors the driver¨s physiological state in real time through various sensors, such as eye closure, head position, heart rate, etc. These data can provide clues about whether the driver is fatigued. For example, when the driver¨s eyes are closed more or the head position is not correct, this may indicate that the driver is in a state of fatigue. In addition, the DFM system also monitors the driver¨s behavior patterns, such as driving speed, braking frequency, etc. These behavior patterns can also reflect the driver¨s fatigue level. For example, when the driver slows down or brakes more frequently, this may indicate that the driver is tired.

　　The DFM system uses specific algorithms and models to comprehensively analyze the driver¨s physiological and behavioral characteristics to assess the driver¨s fatigue level. These algorithms and models are usually based on machine learning and artificial intelligence technologies, and can determine whether the driver is in a state of fatigue based on the driver¨s characteristic data.

　　8 NV (night vision)

　　NV can detect obstacles and pedestrians at a farther distance than ordinary visible light, which is particularly useful in night and low-light environments. By identifying these obstacles and pedestrians, the NV night vision function can provide drivers with additional warnings, allowing them to react in advance and avoid potential dangers.

　　NV night vision can also be combined with other ADAS technologies, such as automatic emergency braking and adaptive cruise control. When the NV night vision system detects potential dangers, it can trigger these higher-level safety systems to automatically take evasive or braking measures, thereby further enhancing driving safety.

　　However, NV performance is affected by many factors such as light conditions, ambient temperature, and equipment quality. Therefore, when using NVD, it is necessary to make appropriate adjustments and use it according to actual conditions.

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Moscow, July 15 (Reporter Jiang Youlin) According to information from the Russian Ministry of Defense on the 15th, Russia’s spring conscription work has ended this year. A total of 150,000 people have been recruited and sent to the Russian armed forces and other military formations.

The Russian Ministry of Defense posted a message on social media that day that Russia’s various conscription committees started work on April 1, and the dispatch of conscripts began on April 15.

In order to ensure military transportation, 15 Russian armed forces aircraft flights, 14 military echelons, 172 civil aviation flights, multiple passenger trains and military road transport vehicles participated in this conscription work.

As a rule, Russia recruits soldiers once every year in spring and autumn. About 1.47 million people will be recruited into the army in the spring of 2023, and 130,000 people will be recruited into the army in the fall of 2023.

　　Choosing the right touch sensor can significantly impact the performance and user experience of your device. Whether you’re designing a new product or upgrading an existing one, here’s a detailed guide from Singway to help you select the best touch sensor for your needs.The above conclusions show that touch panel To a great extent, it can bring new vitality to the market and make the industry develop well. https://singway-touch.com/

　　touch sensor

　　1. Understand Touch Sensor Types

　　There are several types of touch sensors, each with unique characteristics:

　　Capacitive Touch Sensors: These sensors detect changes in capacitance caused by the touch of a finger. They are highly responsive and commonly used in smartphones and tablets. They offer excellent durability and can support multi-touch functionality.

　　Resistive Touch Sensors: These sensors consist of two conductive layers separated by a small gap. When pressure is applied, the layers touch each other, registering the input. They are versatile and work with any stylus or object, making them suitable for environments where users might wear gloves.

　　Infrared Touch Sensors: These use infrared light beams to detect touch. They are highly accurate and work in various lighting conditions. Infrared sensors are ideal for large displays or kiosks.

　　Surface Acoustic Wave (SAW) Sensors: These sensors use ultrasonic waves to detect touch. They provide high clarity and sensitivity, making them ideal for applications where image quality is crucial, like in high-resolution touch screens.

　　2. Consider Your Application

　　The choice of touch sensor depends heavily on your application:

　　Consumer Electronics: For devices like smartphones and tablets, capacitive sensors are often preferred due to their sensitivity and multi-touch capabilities.

　　Industrial Applications: In rugged environments, resistive sensors might be more suitable due to their durability and ability to work with various input devices.

　　Large Displays: For interactive kiosks or large touch screens, infrared and SAW sensors offer high accuracy and responsiveness.

　　3. Evaluate Sensor Size and Resolution

　　The size and resolution of the touch sensor should match your application¨s requirements:

　　Screen Size: Ensure the sensor can cover the entire screen area. Larger screens may require sensors with specific characteristics to maintain performance and accuracy.

　　Resolution: Higher resolution sensors offer more precise touch detection. This is crucial for applications requiring fine touch input, such as graphic design or detailed data entry.

　　4. Assess Environmental Factors

　　Consider the environmental conditions where the sensor will be used:

　　Temperature and Humidity: Ensure the sensor can operate effectively in the temperature and humidity ranges of your application environment. Some sensors are designed for extreme conditions and offer better performance in challenging environments.

　　Exposure to Contaminants: In environments where dust, liquids, or other contaminants are present, choose sensors with protective coatings or designs that prevent these issues from affecting performance.

　　5. Multi-Touch and Gestures

　　If your application requires advanced user interactions:

　　Multi-Touch Capability: Capacitive and SAW sensors are excellent for multi-touch applications, allowing for complex gestures and simultaneous inputs.

　　Gesture Recognition: Some touch sensors support gesture recognition, enabling users to perform specific actions with swipes, pinches, and other gestures.

　　6. Power Consumption

　　Consider the power requirements of the touch sensor:

　　Low Power Consumption: For battery-powered devices, choose sensors that consume minimal power to extend battery life without compromising performance.

　　7. Cost vs. Performance

　　Balancing cost and performance is crucial:

　　Budget Constraints: While high-end sensors offer superior performance, there are often cost-effective options that still meet the necessary requirements. Evaluate the performance-to-cost ratio to find a suitable sensor within your budget.

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According to a report by the Russian satellite news agency on March 14, the Russian National Guard announced on its Telegraph channel that the Russian National Guards, soldiers and FSB border guards fought a battle with members of the Ukrainian sabotage and reconnaissance team that were trying to sneak into Kursk.

Reported that the Russian National Guard released the news that: the Russian National Guard forces involved in repelling the enemy sabotage and reconnaissance team in the Kursk Prefecture near the town of Chotkino attack.

The governor of Kursk state, Roman Starrovoit, reported at around 11:45 Moscow time that the saboteurs were attempting to infiltrate.

Related news recommendations:

One Russian was killed when he was attacked for three days before the election.

According to Agence France-Presse, March 14, officials said that one person was killed and six injured in a drone attack on the evening of the 13th in a region bordering Russia and Ukraine. This is the third night of drone attacks on Russian territory.

Reported that the Russian Defense Ministry said that 14 Ukrainian drones were destroyed at night, which is the latest round of attacks on Russian territory before the Russian presidential election on March 15-17. Russian President Vladimir Putin is expected to win the election again.

Viaceslav Gladkov, governor of Belgorod, wrote in the Telegraph software: a civilian was killed. The man was driving when a shell hit his engine. He died on the spot of his injuries.

Gladkov said the airstrikes also destroyed two houses and one medical facility.

On the night of the 13th, 11 drones were shot down in the Belgorod region and three in the Kursk region, the Russian Defense Ministry said in a statement. (compiled by Lu Di)

German media: Ukraine systematically attacks Russian oil facilities with drones

Ukraine is systematically attacking Russian oil facilities with drones and achieving results again, German news television channel reported on March 13.

It is reported that three drones caused a fire at an oil refinery in Liangzan prefecture southeast of Moscow. The new Shahjinsk oil refinery in Rostov-upon-Don was also attacked. The latter is reported to be the largest oil refiner in southern Russia.

A source from Ukraine’s State Security Service told the Ukrainian newspaper Truth: we are systematically implementing a well-planned strategy to weaken the economic potential of the Russian Federation. Our task is to deprive the enemy of resources. He said the military’s fuel supply and Russia’s oil revenue for the war would be affected.

Reported that Ukraine hopes that the continued crackdown on Russian oil facilities can significantly reduce Russia’s fuel production. “Spring sowing in Russia will become very difficult, which means food prices will rise sharply,” former Deputy Minister of Internal Affairs Andr é Graschenko wrote on social platform X. Fuel shortages may also push up the prices of other commodities, he said.

A total of 58 Ukrainian drones were shot down by Russian air defense systems from midnight to early morning on March 13, the Russian Defense Ministry said. So far, however, the Russian military does not seem to have found a way to deal with Ukraine’s constantly developing and upgrading drones.

Itar-Tass quoted Kremlin spokesman Peskov as saying on the 12th: our soldiers are taking all necessary measures. He said that the air defense system is operating effectively, and whether the protection of industrial targets should be strengthened is a question to be answered by the Ministry of National Defense.

Putin said in an interview that the attacks are aimed at interfering with the upcoming presidential election. (compiler Wang Ting

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According to Japan’s “Daily News” reported on March 19, Japan’s scallop exports have fallen into a difficult situation.

The report said that due to China’s long-term suspension of importing Japanese aquatic products, Japanese scallops are facing a difficult situation. Despite the efforts of the government and aquatic industry operators to expand export markets, Hokkaido, which accounts for 80% of Japan’s scallop production, has nowhere to export.

We plan to send Japanese companies to your country to inspect new scallop processing sites and hope to get the support of the minister. On March 1, Japanese Minister of Agriculture, Forestry and Fisheries Tetsuki Sakamoto raised the above hopes when he met with Mexican Minister of Agriculture and Rural Development Villalobos, who was on a visit.

The Japanese government is also looking for opportunities in Southeast Asia. In addition to exploring the possibility of establishing scallop processing sites in Vietnam and other countries, on February 19, Tetsushi Sakamoto also invited ambassadors to Japan from six ASEAN countries including Thailand to visit Toyosu Market in Jiangdong District, Tokyo to vigorously promote Japanese scallops.

Japan’s Ministry of Agriculture, Forestry and Fisheries stated that China has previously been Japan’s largest export destination of aquatic products, and scallop exports to China ranked first among all categories with 48.9 billion yen in 2022. Nearly half (1.43 million tons) of Japanese scallops exported overseas are sold to China. Among the 960,000 tons of shelled frozen scallops, 30,000 to 40,000 tons are processed in China and then exported to the United States.

However, in 2023, affected by the discharge of Japan’s nuclear-treated water into the sea, China dropped to third place in Japan’s aquatic products exports, and scallop exports to China dropped sharply by 44%. Even if Japan wants to process its own exports, it is limited by a shortage of manpower, and the United States does not allow the import of scallops with shells, causing scallop exports to be in trouble.

However, setting up a separate scallop processing site is not easy. In January this year, when the Japan External Trade Organization led a number of Japanese companies to inspect factories in Vietnam, they encountered a practical problem: how to process scallops that Americans like. According to reports, Americans like to use scallops to make teppanyaki, and the scallops are roasted. The volume will shrink, and Chinese companies have developed special technology to make them smaller and still meet the needs of American consumers. But the technology of Japanese and Vietnamese companies is not yet up to it.

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According to a Reuters report on March 12, the Russian Ministry of Foreign Affairs summoned the Swiss ambassador to Russia on the 12th because the Swiss Parliament approved a motion authorizing the Swiss government to try to confiscate and transfer Russian assets and provide funds for compensation to Ukraine.

Reports said that Russia summoned Swiss Ambassador Krestina Matilan to protest against the adoption of the above motion by the Swiss Parliament. The motion authorizes the Swiss government to establish a compensation mechanism based on international law for countries that have suffered so-called illegal attacks.

The Russian Ministry of Foreign Affairs said: Russia strongly condemns this practice by the Swiss authorities, which seriously violates the basic principles and norms of international law on state immunity.

Any infringement of Russian state-owned property under the guise of a far-fetched compensation mechanism is nothing more than theft at the national level.

The Russian Foreign Ministry said Russia would retaliate if the Swiss plan was implemented. The Swiss Ministry of Foreign Affairs did not immediately respond to a request for comment.

Switzerland said last year it had frozen about 7.7 billion Swiss francs (US$88.1 billion) in financial assets belonging to Russians under sanctions designed to punish Russia for attacking Ukraine. (Compiled by Lu Di)

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Jerusalem, May 21 (Reporters Lu Yingxu and Wang Zhuolun) Israeli Communications Minister Karshi issued a statement on the evening of the 21st, announcing the cancellation of the ministry’s decision that day to confiscate the Associated Press’s live broadcast equipment and ordering the equipment to be returned to the Associated Press.

The Israeli Ministry of Communications issued a statement earlier on the 21st, saying that the Associated Press conducted a live broadcast of an attempt to track the activities of our military and forwarded the video material to Qatar Al Jazeera. This practice violated Israel’s media law. The Ministry confiscated the Associated Press’s camera that day. The Ministry of Communications will continue to take necessary law enforcement actions to restrict news broadcasts that endanger national security.

The Associated Press reported that Israeli Ministry of Communications officials confiscated Associated Press camera equipment in the southern Israeli city of Sderot that day. Qatar Al Jazeera is one of the users of live video broadcasts by the Associated Press and other news organizations. The Associated Press condemned the government’s abuse of media laws and urged it to return equipment.

A White House spokesman said on the same day that the United States is concerned about this and is in contact with the Israeli government and demanding that Israel reverse the situation.

The Knesset passed a law on April 1 this year, authorizing the government to temporarily shut down foreign television stations operating in Israel for a period of 45 days, but could be extended in the name of endangering national security. The Israeli government announced on May 5 that it had decided to shut down the branch of Qatar Al Jazeera in Israel and ban its channels from broadcasting in Israel.

　　The mold steel material used in mold parts processing has high hardness, and the mold processing equipment is required to have thermal stability and high reliability.More importantly, put plastic mould part manufacturer It is imperative for us to make thorough analysis and maximize its social function. https://www.dghrjmmj.com

　　For complex cavities and multifunctional composite molds, as the shape of the parts becomes more complicated, the design and manufacturing level of the mold must be improved. Multifunctional composite molds that form or assemble multiple grooves and multiple materials in a set of molds require a large amount of processing programming, high deep hole comprehensive cutting ability and high stability, which increases the difficulty of processing. The processing quality of mold parts includes processing accuracy and surface quality: processing accuracy is the degree of conformity between the three geometric parameters of the actual size, shape, and position of the surface of the part after processing and the ideal geometric parameters required by the drawing; the deviation value between the actual geometric parameters of the part and the ideal geometric parameters is called processing error.

　　Processing accuracy and processing error are both terms for evaluating the geometric parameters of the processing surface. Processing accuracy is measured by tolerance grade. The smaller the grade value, the higher the accuracy; processing error is expressed by numerical value. The larger the numerical value, the greater the error. High processing accuracy means small processing error, and vice versa; the actual parameters obtained by any processing method will not be absolutely accurate. From the function of the part, as long as the processing error is within the tolerance range required by the part drawing, it is considered that the processing accuracy is guaranteed.

　　The quality of a machine depends on the processing quality of the parts and the assembly quality of the machine. The processing quality of the parts includes two parts: processing accuracy and surface quality. Machining accuracy refers to the degree to which the actual geometric parameters (size, shape and position) of the parts after processing are consistent with the ideal geometric parameters. The difference between them is called processing error. The size of the processing error reflects the level of processing accuracy. The larger the error, the lower the processing accuracy, and the smaller the error, the higher the processing accuracy; the main aspects that affect processing accuracy: dimensional accuracy, the degree to which the actual size of the part after processing is consistent with the center of the tolerance zone of the part size.

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According to CCTV news client, on the 12th local time, the Sudanese Armed Forces and the Rapid Support Force, both sides of the Sudanese armed conflict, continued to exchange fire in various areas of the capital Khartoum. The emergency room of the Sudanese humanitarian aid group says six people have been killed when shells hit a residential area in southern Khartoum.

The Rapid Support Force said on the same day that the Sudanese Armed Forces used heavy artillery to bomb the Presidential Palace in the center of the city, causing a fire to the Old Republican Palace in the Presidential Palace. Rapid Support Force soldiers who controlled the presidential palace then extinguished the fire. The Sudanese Armed Forces have not responded to this.

On April 15, 2023, an armed conflict broke out between the Sudanese Armed Forces and the Rapid Support Force in the capital Khartoum, which subsequently spread to other areas and continues to this day. The presidential palace was controlled by the Rapid Support Force at the beginning of the conflict and has been bombarded and shelled many times.

The two sides in the Sudanese conflict recently exchanged fire in the western part of the country

27 civilians have been killed

On the 12th local time, the United Nations Office for the Coordination of Humanitarian Affairs issued a statement saying that the Sudanese Armed Forces and the Rapid Support Force have exchanged fire again in El Fasher, the capital of Northern Darfur State in western Sudan, since May 10, killing at least 27 civilians. About 130 people were injured.

The statement said that only one hospital is still operating in El Fasher, but there is a serious shortage of medicines and medical supplies. In addition, the conflict caused a large number of local civilians to flee southward from the east and northwest of El Fasher city. Since early April this year, more than 40,000 people have been displaced in the city.

According to local media reports, the two parties to the conflict exchanged fire in various areas in the east, south and north of El Fasher since the early morning of the 12th, and the fighting continued into the evening. Many residential areas in the city were hit by air strikes and shelling, causing civilian casualties. El Fasher Children’s Hospital in the south of the city was forced to evacuate.

According to reports, recently, the two parties to the conflict have fought fiercely for control of Northern Darfur.

Photo source: CCTV News Client

A market attacked in the capital of North Kordofan State in Sudan

At least 15 civilians were killed

According to Sudanese media reports on the 12th local time, the Sudanese Rapid Support Force launched an attack on a market west of Obayid City, the capital of Northern Kordofan State in the west of the country, and clashed with people in the market, killing at least 15 civilians. Death.

Recently, there have been many incidents of armed elements attacking villages and towns in Gezira and Sennar states in central Sudan, as well as in the Kordofan region and Darfur region in western Sudan. Statistics from the Sudanese civil organization Resistance Committee show that the attack has killed hundreds of civilians. The Resistance Council said the perpetrators of these attacks were members of the Rapid Support Force. The Rapid Support Force denied this.

China News Service integrated from CCTV News Client