What are the characteristics of car logos?

1 Answers
Kim
07/30/25 5:02am
Cars' logos all have distinctive features. Mercedes-Benz: In June 1909, Daimler Company registered the three-pointed star as the logo for their cars, symbolizing mechanization on land, water, and air. In 1916, a circle was added around the star, with four small stars embedded at the top of the circle and the word 'Mercedes' at the bottom. Audi: The logo of Audi consists of four interlinked rings, representing the four companies that merged. These companies were originally manufacturers of bicycles, motorcycles, and small passenger cars. Volkswagen: The German name of Volkswagen, 'Volks-Wagenwerk,' means 'the car for the people.' The logo features 'VW,' the initials of the full name. Toyota: Toyota's logo of three ellipses has been in use since the early 1990s. The large ellipse represents the Earth, and the two perpendicular ellipses forming a 'T' in the middle stand for Toyota. Ford: The Ford logo uses the word 'Ford' in blue with white letters. Since the founder Henry Ford liked small animals, the designer made the word 'Ford' resemble a little white rabbit.
Was this review help?
18
4
Share
More Forum Discussions

What Are the Impacts of Having 6 Points Deducted from a Driver's License?

Having 6 points deducted from a driver's license only has impacts under specific circumstances. The details are as follows: 1. Points Accumulation: For drivers holding licenses for large buses, tractors, city buses, medium-sized buses, or large trucks, if they accumulate more than 6 points but less than 12 points during the one-year probation period, their probation period will be extended by one year. If they again accumulate more than 6 points but less than 12 points during the extended probation period, their driving qualification for the probationary vehicle type will be revoked. 2. Fines Situation: If a motor vehicle driver accumulates less than 12 points in a scoring cycle and has paid all the fines, the points will be cleared at the end of the scoring cycle; if there are still unpaid fines even though the points are less than 12, the points will be carried over to the next scoring cycle. 3. Traffic Accident Case Warning Education: For drivers with licenses for large buses, tractors, city buses, medium-sized buses, or large trucks, if they have points deducted in a scoring cycle, they must participate in at least three hours of study on road traffic safety laws and regulations, safe and civilized driving, emergency response, and other knowledge during the review, and receive traffic accident case warning education.
16
5
Share

What Causes a Vehicle to Have No Power Even When the Battery Has Charge?

When a vehicle has no power despite the battery having charge, the reasons may include: loose battery group connectors, broken internal battery connection wires, short circuits in the wiring, blown fuses, or the vehicle's power-off switch not being turned on. Below are more relevant details: 1. Battery: The red terminal is the positive pole, and the black terminal is the negative pole. Generally, the left side is positive and the right side is negative. Be cautious to avoid short circuits when connecting the battery. Short-term exposure to water will not affect the battery's performance, as water is a weak electrolyte with poor conductivity. However, it is essential to dry it immediately to prevent oxidation of the terminals, which could lead to terminal detachment and battery damage. 2. Battery Has Charge but Vehicle Won't Start: This symptom is often caused by a blown fuse responsible for the starter motor. It's important to note that if the vehicle fails to start, avoid repeatedly attempting to start it, as this can drain the battery completely, leaving it powerless. 3. Replacing a Fuse: If a car fuse is blown, it must be replaced. You can visit a repair shop to have it replaced. 4. Fuse Location: The location of the fuse varies depending on the vehicle model. Generally, the fuse box is near the battery. The fuse box is usually secured with clips, and some high-end models may have bolts. Carefully remove the box to access the fuses.
12
1
Share

What is the difference between internal and external air circulation?

The differences between internal and external air circulation: 1. Different principles: Internal circulation keeps the air inside the car flowing in a closed environment; External circulation brings outside air into the vehicle. 2. Different air intake locations: Internal circulation draws air from inside the cabin, preventing outside air from entering; External circulation's air intake is located below the front windshield wiper, pulling outside air into the car. 3. Different effects: Prolonged use of internal circulation can make the air stale, reduce oxygen levels, cause discomfort like heat and fatigue, and affect driving safety; External circulation maintains air flow between inside and outside the car, preventing excessive carbon dioxide concentration.
16
3
Share

What is the fuel consumption per 100 kilometers for a 1.3L displacement car?

A 1.3L displacement car consumes 6-6.5 liters of fuel per 100 kilometers. Below are some related introductions about fuel consumption: 1. Tires: Fuel consumption is closely related to tires. Generally, the larger the contact area between the tires and the ground, the stronger the grip. However, the frictional resistance also increases. 2. Oxygen sensor: The main function of the oxygen sensor is to monitor the oxygen concentration in the exhaust. The car's computer adjusts the fuel injection amount in real-time based on the data it provides. It is usually installed near the three-way catalytic converter and is divided into the front oxygen sensor and the rear oxygen sensor. 3. Poor driving habits and road conditions: Poor driving habits are also a reason for increased fuel consumption. Examples include sudden acceleration, sudden braking, sudden stops, prolonged idling, speeding, frequent lane changes, and for manual transmission cars, delayed gear shifting and driving at high speeds in low gears.
10
2
Share

Can the car seat layout be modified?

Generally not. Because the seat position is calculated and designed to be exactly at the force-bearing point. Unauthorized changes to the force-bearing point may affect the car's balance and seat safety. The so-called car seat refers to the seat used when riding in a car. By position, it can be roughly divided into: 1. Front seats: headrest, backrest, seat cushion, (armrest); 2. Rear seats: (headrest), backrest, seat cushion, side wings, (armrest). More related information is as follows: 1. Seat functions: Common seat functions include seat memory, seat heating, seat ventilation, and seat massage. Seat memory can store seat positions. When the vehicle has multiple regular drivers, such as couples, bosses and drivers, etc., the seat memory can restore the seat position with one click when changing drivers, eliminating the need for repeated adjustments. 2. Seat heating: Seat heating refers to the electric heating device inside the seat. It generally appears in vehicles with leather seats. Since the surface material of leather seats is colder in winter, with seat heating, when sitting down in the cold winter, you won't be greeted by a cold leather seat. Most electric heating devices have a temperature adjustment function.
20
1
Share

Causes of Motorcycle Spontaneous Combustion?

Motorcycle spontaneous combustion mainly occurs due to electrical connectors or wires spontaneously grounding and sparking, generating high temperatures that ignite flammable paint, leaked gasoline, or other combustible materials. Therefore, electrical leakage or grounding sparks are critical factors, and reducing fuel leakage is particularly important. The specific causes of spontaneous combustion are as follows: 1. High-voltage ignition leakage sparks: When the engine is running, the ignition coil reaches high temperatures, causing the insulation of high-voltage ignition wires to soften, age, crack, or deteriorate. This allows high-voltage ignition electricity to easily penetrate the insulation (at cracked areas) and spark between the wire and the motorcycle's body parts (grounding). If the spark comes into contact with the paint on the frame or fuel tank, or with gasoline leaking from the carburetor, it can lead to ignition and combustion. 2. Electrical devices, switches, or wires breaking and sparking: Although most electrical devices, switches, and wires operate at low voltage, any breakage, poor contact, or insulation damage can result in grounding and sparking. 3. Electrical failure and short circuits: A common example is the rear brake light failing due to contact point welding. Prolonged grounding can cause high current to pass through the wire, melting the insulation and leading to widespread electrical leakage. The resulting high temperatures can ignite flammable materials such as paint or leaked fuel.
4
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.