What is the model number of the original brake fluid for the Corolla?

What are the standard dimensions of a parking space?

According to the "Specifications for Setting On-Street Parking Spaces on Urban Roads," the standard size of a general parking space is determined based on the size of the vehicle. Small parking spaces typically measure 2.5~2.7 meters in width and 5~6 meters in length. The width of a single-lane turning lane should not be less than 3.5 meters, while a double-lane turning lane should not be less than 5 meters. The turning area should accommodate a vehicle's ability to complete a one-time turn. For safety or to accommodate medium and large vehicles, parking spaces are often set to 6 meters or more. Details are as follows: (Length ≤ 6m, width ≤ 1.8m) vehicles: The spacing between vehicles should not be less than 0.5 meters, and the spacing between the vehicle and walls or the ends of the parking space should not be less than 0.5 meters. (6m < length ≤ 8m, 1.8m < width ≤ 2.2m) vehicles: The spacing between vehicles should not be less than 0.7 meters. Small vehicle parking space: Length ≥ 5 meters, width 2.2-2.5 meters. Large vehicle parking space: Length 7-10 meters, width 4 meters, depending on the vehicle model. According to the "Architectural Design Code for Parking Garages," the specific dimensions for small car indoor parking spaces are as follows: The design dimensions for small cars are: 4.8m (length) x 1.8m (width) x 2.0m (height). The minimum size for a small car parking space using a perpendicular parking method should be 5.3m (length) x 2.4m (width), with a minimum access lane width of 5.5m in front of the parking space. The minimum distance between small cars and the side walls should be 0.6m, and the minimum distance from the front and rear walls should be 0.5m. Modern underground parking garages have large floor areas and numerous parking spaces. To ensure smooth vehicle movement, the area allocated for driving lanes is relatively large. The driving lane, as the horizontal passage dedicated to parking spaces within the garage, accounts for the primary floor area of the parking space and may occupy 50% or more of the total parking space floor area. Parking space arrangements can be divided into three types: parallel, angled (30°, 45°, 60°), and perpendicular. Large vehicle parking spaces should not use angled or perpendicular arrangements. Details are as follows: Parallel parking space: Standard length is 6 meters, width is 2.5 meters. Angled parking space: Slanted length should reach 6 meters, width 2.8 meters, with a vertical distance between the two slanted lines maintained at 2.5 meters. Perpendicular parking space: Length ≥ 5 meters, typically set at 6 meters, width 2.5 meters. The optimal standard parking space size is generally 2.5m x 5.3m. The "Road Traffic Safety Law" stipulates that roads with a width of less than 6 meters for motor vehicle traffic shall not have on-street parking spaces. Crosswalks, expressways, and main roads are also prohibited from having parking spaces. Within urban road areas, government authorities may designate parking spaces where pedestrian and vehicle traffic is not impeded. On-street parking spaces should avoid disrupting non-motorized vehicle traffic and should not encroach on non-motorized vehicle passage space. They should not be set near road intersections, building entrances, or bus stops. Vehicle types and parking times should be specified and indicated via signage. Measures should be taken to prevent impacts on motor vehicle traffic. Additionally, on-street parking spaces should not have ground locks to prevent private occupation. Roads prohibiting on-street parking may have barriers, posts, or piers installed on one side. After the removal or cancellation of parking spaces, all related signs, markings, and management facilities should be promptly cleared to prevent continued parking and ensure road safety and operation. Furthermore, on-street parking spaces should not be set within 200m~300m of off-street public parking lots. Quantitative regulations for on-street parking spaces: The "Specifications for Setting On-Street Parking Spaces on Urban Roads" provide quantitative regulations based on road width. For two-way roads, if the actual road width exceeds 12 meters, parking spaces may be set on both sides; if between 12 meters and 8 meters, parking spaces may be set on one side; if less than 8 meters, no parking spaces should be set. For one-way roads, if the actual road width exceeds 9 meters, parking spaces may be set on both sides; if between 9 meters and 6 meters, parking spaces may be set on one side; if less than 6 meters, no parking spaces should be set. Regarding parking spaces for disabled persons, the specifications state that on-street parking spaces should include designated spaces for disabled persons, accounting for no less than 2% of the total parking spaces. When there are more than 20 parking spaces, at least one designated space for disabled persons should be provided. Parking space marking colors: White: Paid parking space; Blue: Free parking space; Yellow: Exclusive parking space; Time-limited parking spaces: Dotted border, line width 10cm; the permitted parking time should be marked inside the border, with numbers 60cm high. Parking spaces for disabled persons: Special parking space markings; yellow grid lines on both sides of the parking space indicate areas where vehicles are prohibited from parking to allow disabled persons to board and alight. Other vehicles must not occupy disabled parking spaces. Special pavement markings should be applied within the parking space to indicate exclusivity. Yellow grid line width: 120cm; outer line width: 20cm; inner fill line width: 0cm; the angle between inner and outer lines should be 45°; the outer line length should match the parking space marking length. Requirements for prohibiting on-street parking spaces: Fire lanes, road sections with no-parking signs or markings, and construction zones that impede traffic; Roads designated for disaster relief and emergency evacuation must not have parking spaces; Sidewalks, if parking spaces are set, must not encroach on blind paths; Near building entrances; Intersections, railway crossings, sharp curves, narrow roads less than 4m wide, bridges, steep slopes, tunnels, and sections within 50m of these locations; Areas within 30m of bus stops, emergency stations, gas stations, fire hydrants, or fire stations, except for vehicles using these facilities; Sections within 20m of road intersection channelization areas; Areas near underground utility work pits (water, electricity, gas, etc.) and sections within 15m of these locations.

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What type of gasoline should be used for Geely JL7181B02?

Geely JL7181B02 can use either 92 or 95 octane gasoline. Avoid overfilling the tank: Overfilling the gasoline tank can easily block the vent hole of the tank. Once the vent hole is blocked, the air pressure inside the tank will be lower than normal, causing poor fuel supply or even no fuel supply. Overfilling the tank also increases the vehicle's weight, thereby increasing fuel consumption. Additionally, gasoline can deteriorate, posing a safety hazard to the vehicle. Try to avoid waiting for the low fuel warning to refuel: While driving, always pay attention to the fuel gauge. When the pointer shows a quarter of the fuel remaining, you should refuel. If the tank is left empty for too long, the temperature difference inside and outside the tank can cause moisture to form inside, which can corrode the tank, affect fuel quality, and increase the engine's burden.

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What is the Evo car?

Evo is a performance car under Mitsubishi, based on the Lancer, with its full name being Lancer-Evolution, known in Chinese as Yihao Lushen. Lancer-Evolution is developed and manufactured by Mitsubishi Motors (MITSUBISHI), commonly referred to as LE, Lancer-EVO, or EVO. To date, it has reached its 10th generation, with each generation denoted by a capital Roman numeral. The entire EVO series is equipped with a 2-liter turbocharged engine and an all-wheel-drive system. The 10th generation Evo was introduced in 2007, featuring sleek body lines and an exaggerated shark-like front face design, with a large trapezoidal radiator grille that has become Mitsubishi's upgraded family characteristic. Previous generations used the powerful 4G63 engine, but the 10th generation replaced it with the 2.0T4B11T. This is also the only model that truly entered the Chinese market, boasting a maximum horsepower of 295.

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Where is the sunroof drainage pipe of the Mercedes-Benz E300L?

The sunroof drainage pipe of the Mercedes-Benz E300L is located at the four corners of the sunroof. Open the sunroof to see the two front drainage outlets. Daily lubrication of the sunroof: Fully open the car sunroof, wipe the dust on the slide rails with a clean soft cloth, and use a lubricant that does not easily attract dust to lubricate the slide rails and transmission pipes of the sunroof. Sunroof cleaning tips: In spring and autumn, clean the sealing ring with a wet sponge every quarter. Before long-term parking, thoroughly clean the sunroof with talcum powder to prevent the rubber seal from aging due to chemical changes in the air over time. When using a high-pressure water gun for car washing: When washing the car with a high-pressure water gun, avoid directly spraying water at the sealing ring around the sunroof, as this may cause deformation of the sealing ring under the high-pressure water jet.

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Which Audi A4L model changed to electronic gear shift?

Audi A4L changed to electronic gear shift in the 2020 model. Exterior: The Audi A4L features a large hexagonal front grille with S-line package, adopting a titanium black honeycomb design. The headlights are equipped with segmented LED daytime running lights and a three-level waistline design. The rear is decorated with chrome trim. Powertrain: The Audi A4L is equipped with a 45TFSI high-power engine, delivering a maximum power of 185 kW and a maximum torque of 370 N·m. The transmission system is matched with a 7DCT dual-clutch gearbox, and all models come standard with a 12V mild hybrid system.

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Should the Mercedes-Benz C-Class use 95 or 98 octane gasoline?

The Mercedes-Benz C-Class uses 98 octane gasoline, but it can also use 95 octane gasoline with minimal impact, although 98 octane is preferable. Avoid overfilling the fuel tank: Overfilling the fuel tank can easily block the vent hole. Once the vent hole is blocked, the pressure inside the tank will drop below normal, leading to poor fuel supply or even a complete stoppage. Overfilling also increases the vehicle's weight, thereby increasing fuel consumption. Additionally, gasoline can deteriorate, posing safety risks. Avoid waiting for the low fuel warning before refueling: While driving, always monitor the fuel gauge. When the gauge shows one-quarter of the fuel remaining, it's time to refuel. If the tank remains empty for too long, the temperature difference between the inside and outside can cause condensation inside the tank, leading to corrosion, degraded fuel quality, and increased engine strain.

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What is the model number of the original brake fluid for the Corolla?

What are the standard dimensions of a parking space?

What type of gasoline should be used for Geely JL7181B02?

What is the Evo car?

Where is the sunroof drainage pipe of the Mercedes-Benz E300L?

Which Audi A4L model changed to electronic gear shift?

Should the Mercedes-Benz C-Class use 95 or 98 octane gasoline?

What is the fuel tank capacity of the Changan CS75plus?

What Lights to Turn On in Rainy or Snowy Weather?

What brand is the original coolant for the Geely Vision X3?

Where is the Skoda Kamiq tow hook located?