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LOS ANGELES, March 21, 2023 (GLOBE NEWSWIRE) -- via InvestorWire – IBN , a multifaceted communications organization engaged in connecting public companies to the investment community, is pleased to announce the release of the latest episode of The Bell2Bell Podcast as part of its sustained effort to provide specialized content distribution via widespread syndication channels.
The Bell2Bell Podcast delivers informative updates and exclusive interviews with executives operating in fast-moving industries. Bell2Bell’s latest podcast features Pat Ryan, Chairman and CEO of Ucore Rare Metals Inc. (TSX.V: UCU) (OTCQX: UURAF) , a critical metals separation technology company executing an ESG-centered plan toward establishing a comprehensive North American critical metals supply chain.
To begin the interview, Ryan discussed the rising demand for critical metals and provided insight into how Ucore is working to limit Western reliance on Chinese supply chains.
“Ucore Rare Metals is involved with critical metals separation technology. A lot of new 21st century tech – from wind energy to electric vehicles – is driven by critical metals,” Ryan said. “These critical metals are the things that make the batteries work – metals like lithium, cobalt and nickel – or electric vehicle motor components… made with rare earth elements and oxides… China has actually cornered the market on a lot of these materials, particularly rare earth elements and some of the battery metals. As you look at the global landscape, you’ve got to figure out ways to feed the North American and European opportunities… Ucore is focused on putting the hammer right on the nail in the mid-market of critical metal processing and refining.”
Ryan then discussed his professional background and how it prepared him for his current role at Ucore.
“I’m a mechanical engineer, but I had a career in the automotive industry. I founded a tier one automotive company about 26 years ago that developed with innovative ideas and materials. A tier one supplier is the most difficult and complex position to be in. You’re supplying customers like Stellantis, Ford, General Motors, Honda, Nissan and Toyota, and you get to understand their profiles and what is required to do business with these companies. I’ve had a career of doing that, as well as building industrial plants that go from inventive ideas to innovation and commercialization… I’m very comfortable with the critical metals market, because the need for westernized technology to be scaled to commercial levels has been in my wheelhouse throughout my career.”
Ryan next turned his attention to Ucore’s recent milestones.
“When the pandemic hit, the approach toward globalization became a little more localized, and that created an opportunity, particularly with renewable energy. In 2022, as supply chains started to normalize, our team really focused on taking the technology that we had acquired and developing a commercial demo plant that allows us to run campaigns, measure various metrics and understand what the technology can do… That plant is now running in Kingston, Ontario, Canada. We also worked on upstream relations with U.S.-friendly rare earth concentrate companies looking for an ex-China solution because of rising geopolitical tensions… These all provide really good inputs for our first separation plant, which is targeted for Louisiana.”
Join IBN’s Stuart Smith and Pat Ryan, Chairman and CEO of Ucore Rare Metals Inc. (TSX.V: UCU) (OTCQX: UURAF) , to learn more about the company’s efforts to secure relationships with downstream customers, as well as its goals for the coming months.
To hear the episode and subscribe for future podcasts, visit https://podcast.bell2bell.com
The latest installment of The Bell2Bell Podcast continues to reinforce IBN’s commitment to the expansion of its robust network of brands, client partners, followers, and the growing IBN Podcast Series 500+ public and private companies
To learn more about IBN’s achievements and milestones via a visual timeline, visit: https://IBN.fm/TimeLine
About Ucore Rare Metals Inc.
Ucore is focused on rare- and critical-metal resources, extraction, beneficiation and separation technologies with the potential for production, growth and scalability. Ucore has an effective 100% ownership stake in the Bokan-Dotson Ridge Rare Earth Element Project in Southeast Alaska. Ucore's vision and plan is to become a leading advanced technology company, providing best-in-class metal separation products and services to the mining and mineral extraction industry.
Through strategic partnerships, this plan includes disrupting the People’s Republic of China’s control of the North American REE supply chain through the near-term development of a heavy and light rare-earth processing facility in Louisiana, subsequent SMCs in Alaska and Canada and the longer-term development of Ucore's heavy-rare-earth-element mineral-resource property at Bokan Mountain on Prince of Wales Island, Alaska.
For further information, please visit www.ucore.com/corporateupdate
About IBN
IBN consists of financial brands introduced to the investment public over the course of 17+ years. With IBN, we have amassed a collective audience of millions of social media followers. These distinctive investor brands aim to fulfill the unique needs of a growing base of client-partners. IBN will continue to expand our branded network of highly influential properties, leveraging the knowledge and energy of specialized teams of experts to serve our increasingly diversified list of clients.
Through our Dynamic Brand Portfolio (DBP) , IBN provides: (1) access to a network of wire solutions via InvestorWire to reach all target markets, industries and demographics in the most effective manner possible; (2) article and editorial syndication to 5,000+ news outlets ; (3) Press Release Enhancement to ensure maximum impact; (4) full-scale distribution to a growing social media audience; (5) a full array of corporate communications solutions ; and (6) total news coverage solutions.
For more information, please visit https://www.InvestorBrandNetwork.com
Please see full terms of use and disclaimers on the InvestorBrandNetwork website applicable to all content provided by IBN, wherever published or re-published: http://IBN.fm/Disclaimer
Forward-Looking Statements
This release contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended and Section 21E of the Securities Exchange Act of 1934, as amended. All forward-looking statements are inherently uncertain as they are based on current expectations and assumptions concerning future events or future performance of the company. Readers are cautioned not to place undue reliance on these forward-looking statements, which are only predictions and speak only as of the date hereof. In evaluating such statements, prospective investors should review carefully various risks and uncertainties identified in this release and matters set in the company's SEC filings. These risks and uncertainties could cause the company's actual results to differ materially from those indicated in the forward-looking statements.
Corporate Communications
IBN
Los Angeles, California
www.InvestorBrandNetwork.com
310.299.1717 Office
[email protected]
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If you’re a car owner, you know the importance of maintaining the appearance and functionality of your vehicle. One of the best ways to protect your car’s seats is by investing in high-quality seat covers. Whether you’re looking to upgrade the look of your car or simply protect your seats from wear and tear, there are many online retailers that offer a variety of car seat covers to choose from. In this article, we will explore some of the best online stores to buy car seat covers and what to consider before making a purchase.
What to Consider Before Buying Car Seat Covers Online
Before you purchase car seat covers online, there are a few important factors to consider. First, you should know the make and model of your vehicle, as this will ensure you choose seat covers that fit your seats perfectly. You should also consider the material of the seat covers you want to purchase. Various materials are available, including leather, neoprene, and polyester, each with their own advantages and disadvantages.
Another factor to consider is the style of seat cover you want. Some popular styles include full-seat covers, bucket seat covers, and bench seat covers. Additionally, you should take into account the color and design of the seat covers you want, as these can have a significant impact on the overall appearance of your vehicle.
Finally, you should consider the reputation of the online retailer you choose to buy from. Look for retailers with a strong reputation for quality products and excellent customer service. One can gain useful insights for making a well-informed decision by reading reviews left by other customers.
Extreme Online Store with a Hook
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One of the best online stores to buy car seat covers is Extreme Online Store. They provide an extensive range of seat covers designed for various makes and models of cars. Their seat covers are made from high-quality materials and come in a variety of styles and designs to suit any car owner’s needs.
One unique aspect of Extreme Online Store is their “hook.” They specialize in providing car owners with seat covers that are not only functional but also add a touch of personality to their vehicles. Their seat covers are designed with bold and eye-catching graphics, such as flames, skulls, and tribal designs. These seat covers are perfect for car owners who want to make a statement with their vehicle’s appearance.
The Extreme Online Store offers seat covers made from a variety of materials, including leather, neoprene, and polyester. Their seat covers are available in full-seat, bucket-seat, and bench-seat styles, making it easy for car owners to find the perfect fit for their vehicle.
Conclusion
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In conclusion, buying car seat covers online can be a great way to protect your car’s seats and upgrade their appearance. When making a purchase, be sure to consider factors such as the make and model of your vehicle, the material and style of the seat covers, and the reputation of the retailer you choose to buy from.
Extreme Online Store is a great option for car owners looking for high-quality seat covers that add a touch of personality to their vehicles. With their wide variety of styles and designs, excellent customer service, and unique “hook,” Extreme Online Store is a top choice for car seat cover purchases.

Today, we will introduce you to what rechargeable car and electric car types are.
In this era of rapid technological development, everything is slowly going into technology. Even the cars that are closely related to our lives have also come into the era of advanced technology, and you can find the functions and some artificial intelligence and other elements on the cars now, and even now there are electric cars.

What Are Battery-Charged Cars?

The Main Types Of Electric Cars

Types of electric vehicles.

• Pure electric vehicles (BEV)
• Hybrid Electric Vehicle (HEV)
• Fuel Cell Vehicle (FCEV)

Pure Electric Vehicles

A pure electric vehicle is a vehicle that is powered by an electric motor.
The main difference (dissimilarity) between a pure electric vehicle, relative to a fuel car, lies in four major components,

• the drive motor
• the speed controller
• the power battery
• the onboard charger

It consists of public ultra-fast charging stations as opposed to gas stations. The quality difference of pure electric vehicles depends on these four major components, and its value also depends on the quality of these four major components. The use of pure electric vehicles is also directly related to the selection and configuration of the four components.
The speed and start-up speed of pure electric vehicles depend on the power and performance of the drive motor, the range of the vehicle depend on the capacity of the on-board power battery, and the weight of the on-board power battery depends on what kind of power battery is used, such as lead-acid, zinc-carbon and lithium batteries. Their volume, specific gravity, specific power, specific energy, and cycle life are different. This depends on the manufacturer’s positioning and use of the vehicle class as well as market definition and market segmentation.
Pure electric vehicle drive motor has DC brush, brushless, permanent magnet, electromagnetic, and then AC stepping motor, etc., their selection is also related to the vehicle configuration, use, and grade. In addition, the speed control of the drive motor is also divided into stepped speed control and step-less speed control, with an electronic speed controller and without a speed controller. The motor has a hub motor, inner rotor motor, single motor drive, multi-motor drive, combined motor drive, etc.

Advantages:

The technology is relatively simple and mature, as long as there is a power supply that can be charged.

Disadvantages:

The energy stored per unit weight of the battery is too small, but also because the battery of the electric car is more expensive, and has not formed an economic scale, so the purchase price is more expensive, as for the use cost, some use price is more expensive than the car, some price is only 1/3 of the car, which mainly depends on the life of the battery and the local price of oil and electricity.

Hybrid Charging Car

Refers to a car that can be powered by at least two types of onboard stored energy from the following.

• Consumable fuel
• rechargeable energy/energy storage devices.

They can be classified into three categories based on the form of powertrain structure as follows.

Series Hybrid Electric Vehicle (SHEV):

A hybrid (electric) vehicle in which the driving force of the vehicle comes from the electric motor only. The structure is characterized by the engine driving the generator to generate electricity, and the electric energy is delivered to the electric motor through the motor controller, which drives the vehicle. In addition, the power battery can also provide electric energy to the electric motor alone to drive the car.

Parallel Hybrid Electric Vehicle (PHEV):

A hybrid electric vehicle in which the driving force of the vehicle is supplied by the electric motor and the engine simultaneously or separately. The structure features a parallel drive system that can use the engine or electric motor as the power source alone, or use both the electric motor and engine as the power source to drive the vehicle.

Hybrid Hybrid Electric Vehicle (CHEV):

Hybrid (electric) vehicles with both series and parallel drive modes. The structure is characterized by the fact that it can work in series hybrid mode and also in parallel hybrid mode, taking into account the characteristics of both series and parallel types.
(Note: With the development of hybrid electric vehicle technology, the types are not limited to the above, but can also be divided according to other types.)
Those that usually use conventional fuel, along with electric motors, engines to improve low-speed power output and fuel consumption. In the domestic market, the mainstream of hybrid vehicles are gasoline hybrid, while the international market diesel hybrid models are also developing rapidly.

Advantages.

1, the use of hybrid power can be determined by the average power required to determine the maximum power of the internal combustion engine, which is in the optimal working conditions of low fuel consumption and low pollution. Need a high-powered internal combustion engine power shortage, the battery to supplement; less load, the surplus power can be generated to recharge the battery, because the internal combustion engine can continue to work, the battery can be constantly charged, so its journey and ordinary cars.
2、Because of the battery, it is very convenient to recover the energy when braking, when going downhill and when idling.
3、In busy urban areas, the internal combustion engine can be turned off and driven by the battery alone to achieve “zero” emissions.
4、With the internal combustion engine, it is very convenient to solve the problems encountered by pure electric vehicles, such as air conditioning, heating, and defrosting, which consume a lot of energy.
5、The existing gas station can be used for refueling without further investment.
6、It can keep the battery in good working condition, without over-charging and over-discharging, prolonging its service life and reducing costs.

Disadvantages.

Long-distance high-speed driving basically can not save fuel.

Fuel Cell

The fuel cell is used as the power source of the car. The chemical reaction process of fuel cells does not produce harmful products, so fuel cell vehicles are pollution-free vehicles. The energy conversion efficiency of fuel cells is 2~3 times higher than that of internal combustion engines, so fuel cell vehicles are an ideal vehicle in terms of energy utilization and environmental protection.
Individual fuel cells must be combined into fuel cell groups in order to obtain the necessary power to meet the requirements of vehicle use.
Fuel cell technology has made significant progress in recent years. The world’s leading automobile manufacturers, such as DaimlerChrysler, Ford, Toyota and General Motors, have announced plans to bring fuel cell vehicles to market by 2004. At the present time, prototype fuel cell cars are being tested and fuel cell-powered transportation buses are undergoing demonstration projects in several North American cities. Technical challenges remain in the development of fuel cell vehicles, such as integration of fuel cell packs, improving fuel processors for commercial electric vehicles and auxiliary department car manufacturers are working toward integrating components and reducing component costs, and have made significant progress.
Compared with conventional vehicles, fuel cell vehicles have the following advantages.

1. Zero or near-zero emissions.
2. Reduced water pollution from oil leaks.
3. reduced greenhouse gas emissions.
4. Improved fuel economy.
5. Improved engine combustion efficiency.
6. Smooth and noiseless operation.

What Is A Rechargeable Car: System Structure

Electric Drive

An electric vehicle is a vehicle powered by on-board power and driven by an electric motor with wheels that meets all requirements of road traffic and safety regulations. It uses electricity stored in the battery to start. Sometimes 12 or 24 batteries are used in driving the vehicle, and sometimes more are required.
The components of an electric vehicle [3] include an electric drive and control system, a mechanical system such as a drive force transmission, and a working device to accomplish a given task. The electric drive and control system is the core of an electric vehicle, and is the biggest difference from an internal combustion engine vehicle. The electric drive and control system consists of the drive motor, the power supply and the speed control device of the motor. The other devices of electric vehicles are basically the same as those of internal combustion engine vehicles.

Power Supply

The power supply provides electrical energy for the drive motor of the electric vehicle, and the motor converts the electrical energy from the power supply into mechanical energy. The most widely used power source is the lead-acid battery, but with the development of electric vehicle technology, the lead-acid battery is gradually replaced by other batteries due to its low energy, slow charging speed and short life. The main power sources under development are sodium-sulfur batteries, nickel-cadmium batteries, lithium batteries, fuel cells, etc. The application of these new power sources opens up a broad prospect for the development of electric vehicles.

Drive Motor

The role of the drive motor is to convert the electrical energy from the power supply into mechanical energy to drive the wheels and working devices through the transmission device or directly. However, DC motor has small power, low efficiency and large maintenance workload due to the existence of commutation spark; with the development of motor control technology, it is bound to be gradually replaced by DC brushless motor (BLDCM), switched reluctance motor (SRM) and AC asynchronous motor, such as casingless disk axial field DC series excitation motor.

Speed Control

The motor speed control device is set up for the variable speed and direction change of electric vehicles, etc. Its function is to control the voltage or current of the motor and complete the control of the driving torque and rotation direction of the motor.
In the early electric vehicles, the speed control of DC motor was realized by connecting a series resistor or changing the number of turns of the magnetic field coil of the motor. Because the speed regulation is graded, and will produce additional energy consumption or use the motor structure is complicated, now rarely used. The more widely used is thyristor chopper speed control, which controls the motor current by evenly changing the terminal voltage of the motor to realize the stepless speed control of the motor. In the continuous development of electronic power technology, it is also gradually replaced by other power transistor (such as GTO, MOSFET, BTR and IGBT, etc.) chopper speed control device. From the development of technology, along with the application of new drive motors, the speed control of electric vehicles is transformed into the application of DC inverter technology, which will become an inevitable trend.
In the spin-change control of drive motor, DC motor relies on contactor to change the current direction of armature or magnetic field to realize the spin-change of motor, which makes the circuit complicated and less reliable. When an AC asynchronous motor is used, the change of motor rotation only requires changing the phase sequence of the three-phase current of the magnetic field, which simplifies the control circuit. In addition, the use of AC motor and its variable frequency speed control technology makes it easier to control the braking energy recovery of electric vehicles and simpler control circuits.

Transmission Device

The role of the electric vehicle transmission device is to transmit the driving torque of the electric motor to the drive shaft of the vehicle. When electric wheel drive is used, most of the components of the transmission device can often be ignored. Because the electric motor can be started with a load, the clutch of a conventional internal combustion engine vehicle is not needed in an electric vehicle. Because the direction of rotation of the drive motor can be changed by circuit control, electric vehicles do not need the reverse gear in the transmission of an internal combustion engine vehicle. When the stepless speed control of the electric motor is used, the transmission of a conventional car can be ignored in an electric car. When using electric wheel drive, electric vehicles can also omit the differential in the transmission system of conventional internal combustion engines.

Running Gear

The function of the driving unit is to turn the driving torque of the electric motor into the force on the ground through the wheels and drive the wheels to travel. It is composed of the same components as other cars, including wheels, tires and suspension.

Steering Unit

The steering device is set up to realize the turning of the car and consists of a steering machine, steering wheel, steering mechanism, and steering wheel. The control forces acting on the steering wheel deflect the steering wheel by a certain angle through the steering mechanism and the steering mechanism to realize the steering of the car. Most electric vehicles are front-wheel steering, while electric forklifts used in an industry often adopt rear-wheel steering. There are mechanical steering, hydraulic steering, and hydraulic power steering for electric vehicles.

Braking Device

The braking device of electric vehicles, like other vehicles, is set up for slowing down or stopping the vehicle, and usually consists of a brake and its operating device. In electric vehicles, there is usually an electromagnetic brake device, which can use the control circuit of the driving motor to realize the power generation operation of the motor, so that the energy during deceleration and braking can be converted into the current for charging the battery and thus be recycled. Domestic electric vehicles in high-powered passenger vehicles, to provide air braking equipment have Nelly NAILI sliding vane air compressor, mainly compressed air braking method.

Working Device

The working device is specially set up for the industrial electric vehicle to complete the operation requirements, such as the lifting device of the electric forklift, door frame, fork, etc. The lifting of forks and the tilting of the door frame are usually done by the hydraulic system driven by an electric motor.

What Is A Rechargeable Car: Charging Equipment

The driving electric energy of an electric motor comes from an onboard rechargeable battery or other energy storage device. Most the vehicles are driven directly by electric motors, some of them have electric motors in the engine compartment, and some of them directly use the wheels as the rotors of four electric motors, and the difficulty lies in the electric power storage technology.
Electric motor drive electricity, itself does not emit harmful gases that pollute the atmosphere, even if converted to power plant emissions by the electricity consumed, other than sulfur and particulates, other pollutants are significantly reduced.
Electric vehicles can also make full use of the surplus electricity charging in the evening when the electricity consumption is low, so that the power generation equipment can be fully utilized day and night, greatly improving its economic efficiency. It is these advantages that have made the research and application of electric vehicles a “hot spot” in the automotive industry.
Similar to the cell phone charging ICM step wave six-segment charging, with good desulfuration effect, can first activate the battery, and then maintenance type fast charging, with timing, full alarm, computer fast charging, password control, self-identifying voltage, multiple protection, four-way output, and other functions, supporting universal output interface, can be fast charging of all-electric vehicles. Shopping malls, supermarkets, hospitals, parking lots, community entrances, roadside kiosks, and other public places.
In car charging network construction mode, in the charging facilities to promote the process, the urgent need to break through the difficult problem is the charging service network distribution. The electric power sector relies on the existing parking facilities to build micro-grid, distributed and integrated charging stations that can be charged and exchanged according to local conditions, which can avoid the two shortcomings of the charging mode: one is the long charging time and the other is the limited parking environment.

STONE Touch Screen For Car Charging

The STONE touch screen is constantly upgraded to provide developers with a better experience, creating solutions that make development easier and less time-consuming.
STONE technology offers a wide range of HMI display solutions for industries such as battery-charged cars, charging cars, industrial control, instrumentation, sensing solutions, and monitoring for IoT applications.
Article Source： https://www.stoneitech.com/what-is-a-rechargeable-car-electric-car-type-introduction/