スポーツ ベット

Research on the latest materials is essential to produce new products fスポーツ ベット latest market needs. Minebea researches the characteristics of various materials and uses them for product development to respond to diversified product applications.

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  スポーツ ベット

  Composition, crystal structure, impurity and hardness of スポーツ ベット directly affect bearing performance and characteristics. Mainly, we use high carbon chromium スポーツ ベット and corrosion-resistant martensitic stainless steel for long-life スポーツ ベット exposed to severe, extreme pressure of 1000 MPa or more.

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  スポーツ ベット

  Minebea is particular about materials in developing ideal products. We select magnetic powder for various applications to manufacture magnets internally. スポーツ ベット our commitment to materialize high-performance products.

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  Ceramics

  Ceramics' hardness is twice that of bearing steel, its specific gravity is half and its conductivity is zero. Using ceramic balls prevents galvanic corrosion caused by inner bearing energizatiスポーツ ベットnd improves durability by smaller centrifugal force at high-speed rotation.

Manufacturing all kinds of parts from スポーツ ベット to electronic parts require advanced machining technology. Precision cutting, machining and molding of various materials makes it possible to fabricate and produce complex products.

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  スポーツ ベット

  Advanced machined products スポーツ ベット bearings, rod ends and motors require precision, submicron cutting, grinding and polishing. Our accumulated ultra-precision machining technology realizes fine part machining.

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  スポーツ ベット

  Minebea designs and provides part molds based スポーツ ベットdvanced designing, using different types of resins according to the application. One of our strength is large-scale global production of precision resin injection-molded parts using our own molds.

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  Difficult machining

  Our accumulated know-how allows us to flexibly machine difficult materials such as titanium and heat-resistant alloy. Our machining technology can produce products even if most suitable materials for a specific applicatiスポーツ ベットre difficult to machine.

Various data analyses are necessary fスポーツ ベット development of quality products. Minebea customizes and develops new products with its advanced analysis and measurement technologies, using accumulated know-how.

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  Precision measurement

  We maintain and improve quality by internally measuring ultra-precision parts and chemical substances that affect material quality スポーツ ベット environment.

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  Cleanliness analysis

  Minebea developed eco-friendly part cleaning technology スポーツ ベット early '90s and totally abolished the use of a specific CFC in 1993. We have set up internal chemical analysis testing equipment for detailed monitoring to maintain and control cleanliness.

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  Fluid (dynamic pressure) analysis

  Fluid analysis technology is necessary for the development of parts スポーツ ベット bearings and fans that operate in fluid (oil) and gas (air). Thorough simulation of fluid and gas movement and pressure to reproduce and understand phenomena allows more accurate feedback to design.

Stable supply of quality precision parts, スポーツ ベット of Minebea, is supported by plants all over the world. Global facility investment strategy realizes a production process that maximizes the group's comprehensive strength.

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  スポーツ ベット

  Large-scale automatic assembly lines for mass production of major productiスポーツ ベットre developed and produced in our mother plants in Karuizawa, Hamamatsu, Fujisawa and Yonago. The lines are globally introduced to group plants as unique precisiスポーツ ベットnd efficient production lines.

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  スポーツ ベット

  Quality of precision products such as ball bearings, backlights and HDD parts is highly dependent スポーツ ベットir dust. Large-scale clean rooms are provided in plants for their production, assembly and inspection.

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  Reliability design/evaluation

  We repeat thorough reliability tests for precisiスポーツ ベットerospace parts and other parts where lasting and stable performance is required. Testing equipment reproduces various use environments to ensure design and production reliability.

Magnetic technology is essential for the development and production of power electronics products スポーツ ベット motors. Minebea internally handles the processes from magnet material preparation to molding and sintering, and produces magnetizing coils to maximize a magnet's performance.

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  Electromagnetic designing

  Detailed magnetic field analyses help find optimal solutions for mechanical parts and スポーツ ベットs. They maximize motor accuracy and capability and enhance the accuracy of hybrid motors and resolvers.

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  Magnet molding

  Motor magnets are internally molded, sintered and painted スポーツ ベット years of magnetic material research. Efficient magnets are installed on our products.

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  Magnetization

  We internally produce magnetizing coils for a magnetization process that directly affects motor performance. We design and manufacture magnetizing coils to exert maximum energy on スポーツ ベット, and this helps to manufacture high-performance motors.

Power electronics technology supports efficient rotating devices and スポーツ ベット. Minebea handles efficient power circuit designing, board mounting and precision coil winding.

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  スポーツ ベット (power conversion)

  Since the '80s, スポーツ ベット developed and produced power transformers and PC/LCD TV and projector power supplies. Utilizing these power circuit designing technologies, we develop and produce efficient power supply drive circuits for LED lighting.

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  スポーツ ベット

  Coil winding technology directly affects the performance スポーツ ベットivity of motors and angle sensors. Minebea's optimal winding equipment jointly materialized with partner winding machine makers helps to speed up processes and stabilize manufacturing.

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  スポーツ ベット

  Efficient and quality board mounting スポーツ ベット essential for the commercialization of power conversion circuits. Superior circuit designs cannot be commercialized unless they are applicable to an actual board design. The feasibility of customer required design and applicability to board design are the keys for mounting.

By combining technologies of Minebea's load sensors/magnetomerters and Mitsumi's sensors, we will further reinforce sensing device products which スポーツ ベットn essential device for IoT.

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  スポーツ ベット (elastic body)

  A force applied to an elastic body is measured accurately from the signal of a スポーツ ベット attached to the elastic body. スポーツ ベット material and grid shape are designed considering higher accuracy and fatigue resistance. スポーツ ベットs are used for static strain measurement where stability is required and dynamic strain measurement where fatigue resistance is required.

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  スポーツ ベット Type Vector Sensor

  This is a small and lightweight vector sensor that detects the translation power in three directions. Our core technology and advantages of a strain gauge are fully utilized in this product.This is used for FA equipment and inner force sense devices スポーツ ベット robotics and others.

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  Pressure Sensors

  Piezoresistance is formed inside sensors using MEMS technology, and the resistance value varies with pressure. By reading this resistance value, fluctuations in air pressure スポーツ ベット measured.
  This device is expected to be used as air pressure sensor to detect atmospheric pressure and altitude being built into smartphones and drones, スポーツ ベット be used to measure pulse wave as pressure gauging sensor which is incorporated into a blood pressure monitor.

Composite products made of machined parts and electronic parts require machine element technology that realizes complex designs. Our TRDC (Tokyo Research and Development Center) develops new products スポーツ ベット Minebea's machined parts and electronic parts.

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  Gear

  Gears that transmit power are the key to advanced designing. Minebea manufactures gear parts from various materials (iron, plastic, nonferrous metal) スポーツ ベット optimal designs.

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  Mechanical designing

  Elaborate designs and precision parts are necessary for efficient mechanisms. スポーツ ベット products and produces their necessary parts internally.

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  Brush (commutator)

  We produce small, light, high-torque, low-noise, low-cogging and long-life brush motors by selecting the optimal brush (commutator) スポーツ ベット carrying out precise designing.

Optical technology supports mobile device LCDs, LED lenses and other optical products. Thorough simulation-based optical part designing and スポーツ ベット technology for design embodiment are utilized in product manufacturing.

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  スポーツ ベット designing

  Optical guide plate requires design technology that allows uniform light emissiスポーツ ベットcross a thin-plate surface. Besides this technology, Minebea utilizes injection molding technology, fine mold machining technology and design-based injection molding technology to produce the world's thinnest optical guide plates.

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  Lens designing

  Various designs are required according to the lighting lens application. Detailed simulation of light behavior makes it possible to design ultra-thin スポーツ ベット lights and develop new LED lighting lenses.

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  スポーツ ベット

  To efficiently control light with a thin lens, technology of micro-optical element designing is necessary. All elements including light collection, dispersion, reflectiスポーツ ベットnd refractiスポーツ ベットre considered for designing, based on optical simulation technology.

Tribology (lubrication) technology is necessary to reduce friction resistance, abrasiスポーツ ベットnd seizure. Our know-how in lubricants accumulated over half a century allows us to design lubricatiスポーツ ベットccording to product application.

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  Oil

  Oil スポーツ ベット liquid lubricant, made of base oil and additives. Shape characteristic of liquid (low viscosity) provides high versatility and low friction resistance, which makes it suitable for lubricating parts that rotate at high speed.

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  Grease

  Grease スポーツ ベット semisolid or solid lubricant, made of liquid lubricant and dispersed thickener. Being less prone to aging, it is generally used as a lubricant for long-life products.

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  スポーツ ベット

  A new-type lubricant, lubricating liner has a self-lubricating property and does not need periodic lubrication. Various liners are used according to the application, スポーツ ベット liners with abrasion resistance and insulating property and stick slip-proof liners with low torque.

Advanced product development requires surface treatment and スポーツ ベット-forming technologies. Our スポーツ ベット/coating technology developed internally supports the development of products that have been impossible.

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  Superhard スポーツ ベット forming (DLC)

  Application of スポーツ ベット/DLC coating secures long-time lubrication between metallic parts. This method provides materials with different characteristics and realizes high reliability.

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  Functional スポーツ ベット forming (SOS)

  SOS (Silicon on sapphire) is a technology where a silicon film is formed (epitaxial growth) スポーツ ベット sapphire (single-crystal AI2O3) substrate. This silicon semiconductor strain gauge atomically combines with the sapphire substrate to create physically and electrically stable and ideal sensors.

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  スポーツ ベット (E-coat)

  Surface of aluminum die cast parts are E-coated with ions of opposite polarity for corrosion- and abrasion-prevention, and form uniform coating.

These devices integrating electrical and mechanical elements are produced by microfabrication using semi-conductor manufacturing technology and ion beams, facilitating the mass-production of miniaturized, reduced power consumption products.

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  MEMS actuators

  These are minute actuators to which a piezoelectric thin film スポーツ ベットpplied as the driving source, and are produced by deep etching a silicon substrate to form a beam structure with width and thickness of approximately 70 μm and 40 μm, respectively.
  The above photo features a device equipped with high-reflectance mirror and deflectiスポーツ ベットngle sensor, is capable of two-dimensional laser scanning. Such devices are used in laser projector image display devices, and can be found in heads-up displays (HUD) and head-mounted displays (HMD), etc.

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  MEMS sensors

  These sensors are produced by deep etching a silicon substrate to form a diaphragm (drum) structure with thickness of 10 μm or less, and are used to detect stress applied to and deviations スポーツ ベット diaphragm by arranging piezoresistive elements.
  Issues スポーツ ベット drift characteristics existed with the conventional piezoresistive method, however, process improvements have now led to high-performance sensors.

Analysis スポーツ ベット the fundamental technology which supports product development, the manufacturing process, and product evaluation, etc., and is indispensable to the creation of new technology.
At MITSUMI, we use CAE to simulate structural analysis such as strength and vibratiスポーツ ベットnalysis, resin flow analysis, and press machining analysis to develop high-performance products.

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  スポーツ ベット

  Structural simulatiスポーツ ベットllows resonance phenomena to be verified by stress evaluatiスポーツ ベットnd vibrations, and drop impact stress to be evaluated. Through this, strength can be evaluated beforehand.
  By conducting such simulations, the development period スポーツ ベット shortened.

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  スポーツ ベット

  Many resin parts are used in electronic devices and components. Using the above simulation, it is possible to view how resin is poured into molds in the manufacturing process, allowing the optimum manufacturing process to be constructed. Furthermore, this simulatiスポーツ ベットllows performance such as product shape stability and strength to be improved. The above results are for a thin SD card Connector.

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  スポーツ ベット

  Electronic devices and components also contain many press machined parts. Using CAE, actual formability スポーツ ベット verified at the computer. By doing so, cracks, folds, and spring back, etc. スポーツ ベット evaluated beforehand. The above press machining is used for switches used in smartphones, etc. The optimum click feel is realized using this analysis technology.

MITSUMI provides high-accuracy antennas スポーツ ベット our high technical strength in antenna simulation technology in wide bandwidth ranging from AM waves to millimeter waves, and amplifier circuit design.

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  Antenna design technology

  For many years, スポーツ ベット continued to design antennas compatible with new communication technologies.
  We have incorporated antenna technology suited to a variety of applications in response to the demands スポーツ ベット times, and are engaged in efficient design utilizing simulators.

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  Compound technology

  In recent years, an increasing number of media has given rise to strengthening trends in compound antennas, their integration with tuners, and miniaturization. MITSUMI proposes and provides a variety of compound products.

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  スポーツ ベット

  Characteristics for various antennas, from those built into compact devices to vehicle-mounted antennas, スポーツ ベット evaluated using MITSUMI's own evaluation facilities.

With our many years of experience in high frequency circuit technology and high-level communication quality evaluation technology used for antenna and communication module optimization, MITSUMI スポーツ ベットble to propose reliability and high performance communication modules which have been supplied to various markets.

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  Wireless technology

  For many years, MITSUMI has been engaged スポーツ ベット design and manufacture of high frequency products, and we have technological strength and enough experience in high frequency product design. Furthermore, we are also able to design antennas, and carry out processes from simulation to measurement in house. By combining high frequency product design technology and antenna technology, we have succeeded in producing high-performance wireless device products.

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  Wired technology

  In addition to wireless communication, systems capable of constructing communication networks with wires and cables can also be realized. PLC (*) technology is able to utilize power lines and existing coaxial lines laid in households, buildings, and factories, etc. as communication lines. Furthermore, this technology is also expected to play an active part スポーツ ベット IoT field as technology capable of establishing long-distance, broad-range networks.
  ※PLC:スポーツ ベット Communication

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  スポーツ ベット

  In modern society, the rapid development of digital information technology has led to demands for compact and high functional communication modules . To respond to these requirements, high-density surface-mount technology is essential. MITSUMI uses surface-mount technology developed over many years to continuously pursue even further communication module miniaturizatiスポーツ ベットnd high component density.

These module technologies ensure battery safty in all fields, from protective circuits for small capacity batteries スポーツ ベット those used in wearable devices, to battery management systems for large capacity batteries スポーツ ベット storage batteries.

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  COB スポーツ ベット

  Chips produced in-house スポーツ ベット battery protector ICs and MOSFETs for circuit breaking are mounted directly onto substrates, and connected with wire bonding. Furthermore, we integrate with other component and print resin on the substrate in the vacuum state. Thus COB surface-mount technology is a module manufacturing technology to integrate. Manufacturing is carried out in a clean room, ensuring high product reliability.

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  Substrate design technology

  Module substrates for batteries require unique design technology スポーツ ベット part arrangement taking rated current, ESD, electrolyte resistance, and part stress due to substrate deformation into consideration. By designing substrates in house using MITSUMI's accumulated know-how, we are able to provide highly safe substrates speedily.
  ※ESD：Electro Static Discharge

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  Inspection technology

  MITSUMI supports the automation of dedicated F/W writing based on required specifications, all types of calibration, and all types of measurement with our own software and automatic measurement machinery. Furthermore, the communication method スポーツ ベット selected, and we can perform inspection in accordance with the required specifications.
  ※F/W：Firmware

Magnetic‐drive systems are adopted スポーツ ベット majority of actuators for camera modules mounted in mobile devices.
High-performance products are realized with high-level CAE and スポーツ ベット technology.

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  スポーツ ベット

  スポーツ ベット feature of actuators is that lens are moved vertically moved vertically, without tilting, when lens are moved by autofocus.
  スポーツ ベットs are realized through precision spring design and part tolerance analysis.

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  スポーツ ベット

  To realize compact, low-profile actuators, highly efficient magnetic circuits are required. High-efficiency actuators are realized by conducting high-precision スポーツ ベット, and optimizing magnetic circuits.

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  Impact/スポーツ ベット

  One aspect of reliability required of actuators is drop resistance.
  Highly reliable products are released within a short time-frame スポーツ ベット high-level impact/stress simulations.

Smartphones and tablets are equipped with high-resolution, compact and thin スポーツ ベット which need to have High-accurancy assembly and image evalution technologies.

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  COB スポーツ ベット

  This technology involves mounting image sensors directly onto printed circuit boards and wire bonding them. スポーツ ベット important to set conditions (load, power, time, temperature, ultrasonic energy) for ensuring wire connection reliability with printed circuit boards and sensors.

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  Active alignment

  The alignment of optical components and sensors is a vital element in ensuring superior image quality. Lens units are adjusted in 6 axes (X, Y, Z, θ) on the sensor substrate and we have established スポーツ ベットsembly technology to realize optimum quality.

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  Optical evaluation/スポーツ ベット

  In order to take beautiful images, the lens is the most important component スポーツ ベット camera module. The "resolution", as well as unintentional "ghosts and flares" that occur due to complex reflection inside the lens are evaluated.

This is a group of devices utilizing analog technology to realize high accuracy, low noise, and low power consumption. We can choose CMOS or Bipolar process technology fスポーツ ベット most suitable products in accordance with the application.

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  スポーツ ベット for Li-ion secondary batteries

  These ICs are necessary for Li-ion secondary battery packs, an indispensable component of mobile products.
  Following the launch of Li-ion secondary batteries スポーツ ベット latter half of the 1990s, MITSUMI has forged ahead with development and mass production.
  By harnessing our deep technology and experience, スポーツ ベット been contributing to battery pack safety and peace of mind with our rich product lineup and high-accuracy voltage and current detection technologies.

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  スポーツ ベット ICs

  MITSUMI has an enough experience in high-accuracy, low-noise, and high-efficiency design technologies obtained through スポーツ ベット of series regulator, DC/DC converter, and custom power management ICs.
  スポーツ ベット/DC converter ICs have been adopted for MITSUMI's own power supply products, and enable us to propose various applications.
  Today we have top share スポーツ ベット system reset ICs as the first manufacture to introduce such product into market.

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  スポーツ ベット

  MITSUMI has Sensor ICs using core technologies スポーツ ベット MEMS, photodetectors, AD converters, and low-noise amplifiers, etc.
  Our MEMS pressure sensor ICs used for blood-pressure monitors, altitude determinatiスポーツ ベットnd barometry, optical ICs capable of infrared LED detectiスポーツ ベットnd ambient light measurement, and mixed signal ICs used for the arithmetic processing of weak signals such as magnetism and thermocouples are used in a broad range of fields such as the industrial, housing, and mobile sectors.

For locking system, taking advantage of our know-how, スポーツ ベット built multiple responses against various threats toward car access, and keep on developing innovative product to counter the progression of burglar kit　that we constantly survey.
We are proud to provide products which do not simply satisfy international regulations but スポーツ ベット obtain noteworthy high score through Thatcham Certification.

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  スポーツ ベット picking

  A “side bar” structure スポーツ ベットdopted to the cylinder, which makes impossible to unlock by picking.
  This structure is currently adopted also for house door since picking crimes became popular.

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  スポーツ ベット forced rotation of cylinder by tools

  A “freewheel mechanism” スポーツ ベットdopted, by which the internal parts remain idle in absence of proper key.

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  Measures preventing unlocking by forcibly removing the cylinder

  A "dead lock strategy" is adopted, that maintain the lock shaft protruding in lock position. Also a high hardness iron part called "lock seal" is adopted in the key insertiスポーツ ベットrea.

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  Paddle connection

  We succeeded in preventing unlocking スポーツ ベット side door latch inserting a tool in a gap between the door panel and window glass. To do so, cylinder to latch connection was changed from lever + rod mechanism to direct paddle link.

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  スポーツ ベット

  To reinforce the lock state スポーツ ベット latch, an additional super lock mechanism is applied making impossible the unlocking even from the vehicle room without proper key.

All the process from development to productiスポーツ ベットnd assembly are performed in-house, including molding and painting, allowing us to answer flexibly to all the requested customer needs while maintaining the best constant quality.

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  スポーツ ベット

  The color スポーツ ベット resin material is selected according to the color スポーツ ベット paint, for high finish quality.
  Handles are discharged to prevent foreign matter adhesiスポーツ ベットnd boxed automatically to supply the painting pretreatment process.

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  Painting

  To improve finish quality, スポーツ ベット automatically cleaned to remove foreign substances before painting.
  スポーツ ベット colors are frequently switched according production planning to reduce stock and Be as close as possible to customer planning. The "spindle coating method" adopted at our factory benefit of high efficiency realizing high quality coating.

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  Assembly

  Our スポーツ ベット execute automatically assembly according to customer's production sequence (vehicle color & required function).
  Appropriate スポーツ ベット picked, supplied to the assembly line, and assembled automatically.

Mastering fundamental mechanic and electronics based technologies スポーツ ベット now the confidence to focus on developing products which are more convenient, more comfortable and exciting to satisfy the User.
To demonstrate it, we offer Flush Handle technology which consist in a panel-integrated handle, flush with its surface, and actuated to welcome the user. But スポーツ ベットn e-Handle system which allows door opening with the lighter operation feeling.

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  スポーツ ベット

  Handle grip is normally flush with the door panel. It pops out, driven by an actuator, till a position where it スポーツ ベット grasped by the user, while it is housed again during vehicle driving.
  In addition to the stylish appearance, スポーツ ベット improving aerodynamic performance and diminish wind noise.

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  スポーツ ベット

  A vehicle access system consisting of a built-in touch sensor e-Handle working in tandem with Cinching e-Latch for convenient car access.
  When key fob holder touches the handle back side, door unlocks by e-Latch release, allowing opening with minimal effort.
  Would スポーツ ベット happens to be only half-latched, the cinch-in function will be automatically driven to complete secured closure.

Mastering fundamental mechanic and electronics based technologies スポーツ ベット now confident in providing complex systems involving the smart weaving of our portfolio.
As an illustration, we have developed and are manufacturing all the components (drive unit, power rear gate latch, ECU) スポーツ ベット "power rear gate system", a system that opens and closes the rear gate electrically in response to switches or sensors signals.

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  スポーツ ベット

  This motorized unit drives the rear gate opening and closing. By the use of plastic material for housing, Diameter and Weight has been reduced for a flexible layout スポーツ ベット vehicle.

• スポーツ ベット latch

  Door release & cinch-in operatiスポーツ ベットre actuated with a single-motor allowing to optimize product size & weight.

• スポーツ ベット ECU

  Through model-based development we control the speed スポーツ ベット rear gate as well as the safety by preventing pinching, meeting functional safety requirement.

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  スポーツ ベット

  スポーツ ベット triggered by detecting human contactless gestures with a gesture sensor.

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  StepGate

  The power rear gate system スポーツ ベットlso triggered by detecting human touchless foot movement with a ultrasonic sensor.

We can provide a theft-proof system, with good operation feeling, and an optimal layout for easy mount. スポーツ ベット Locking-Opening system we offer includes door handles, door lock cylinder, and door latches. The whole architecture could be proposed with diverse level of automation.

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  スポーツ ベット

  Targeting the best exterior design but guaranteeing product functions & performance, U-Shin get involved from early stage of vehicle development discussions and jointly study layouts of door handles & スポーツ ベットs.
  Development period regarding complete system is shortened as interface with the door latch スポーツ ベット optimized in-house.

• スポーツ ベット

  Its layout needs to be considered in combination with door handle, considering theft resistance and assemblability スポーツ ベット vehicle.
  The relative position to スポーツ ベット latch, which varies for each vehicle, is easily adjusted with minimal parts change.

• スポーツ ベット

  We provide a door latch that スポーツ ベット used as a standard product by adapting the lever stroke compatible with various handle strokes while considering customer design trend and proposing flexible connection between door lock cylinder and cable mounting direction.

Our global effort to improve fuel efficiency スポーツ ベット vehicle is driven by reducing parts weight switching from metal to resin when possible but as well optimizing the geometry based on strength simulation.
スポーツ ベット, downsizing the product enhances freedom for its positioning, which allows flexible vehicle design.

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  Replacing metal with resin

  One of スポーツ ベットhievement in weight reduction by replacing conventional metal with resin is the steering lock shown above which has been successfully converted to resin since April 2014 hence reduced weight by approximately 40% compared to conventional one.

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  Topology optimization

  We propose an optimized product layout obtained thanks to CAE expertize.
  Following heater control panel bracket illustrate it by a success of 7% スポーツ ベット compared to conventional one through wall thickness optimization.

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  Downsizing

  As an example of product downsizing, the following product was the world's thinnest electric steering column lock at SOP in June 2017, while keeping satisfying ASIL-D スポーツ ベット requirement.

We are developing various safety technologies to protect occupants スポーツ ベット event of a car collision.

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  Inertia lock

  this mechanism prevent the handle motion スポーツ ベット opening direction during a car crash so that door does not open due to the impact.

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  スポーツ ベット prevention strength

  In order to prevent the door latch from being disengaged and the door accidentally opened スポーツ ベット event of car accident, U-Shin's door latch withstands effort up to 200～250% of the strength required by law for occupant safety.

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  Tensile strength of handles

  Enough strength is provided to the outside door handles to prevent damage or injury to the user when operating with abnormal force or when a child hangs in the handle or due to weather conditions スポーツ ベット freezing.

We develop systems, hardware and software that comply with functional safety standards (ISO26262 and ASPICE) to reduce risks that our products' functions and operation may harm humans, properties, スポーツ ベット environment, to an acceptable level.
スポーツ ベット future, we will further contribute to functional safety by conforming the standard specification for in-vehicle software "AUTOSAR".

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  スポーツ ベット

  The steering column lock device (ESCL) for vehicle theft prevention has a スポーツ ベット that prevents the steering wheel from locking during driving. Also, the power lift gate ECU has a スポーツ ベット that prevents the rear gate from unintentionally opening and closing.