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4951～4980 件を表示 ／ 全 7836 件
This is the soil moisture sensor SM200, which inherits the ADR method, a core technology of ML2x, famously known as the Theta Probe.
The basic configuration of ML2x maintains its compactness, robustness, and high reliability while achieving cost-effectiveness. It is optimal for extensively installing numerous sensors while ensuring reliability.
Selectively measure odors associated with combustion and smoke.
It selectively measures odors associated with combustion and smoke. In cases where combustion, such as with city gas flames, does not produce odors, it is hardly detected. Odors prior to combustion (such as burning or high-temperature cooking oil) are also hardly detected.
We have a variety of automotive parts and accessories available!!
The diffusion shower spreads out in a fan shape on the front windshield, covering a wider area.
![Optical Interference (WLI) Sensor [Case Study Collection Available]](https://image.mono.ipros.com/public/product/image/a93/2000074443/IPROS469682053614684206.jpg?w=280&h=280)
Anything can be measured in cross-section if light passes through! From thin films to thick plates!
As a practical industrial application sensor, it can be applied to a wide range of inspection fields such as welding inspection and defect inspection of resin sheets and films, as well as film thickness measurement and displacement measurement. If light passes through, cross-sectional measurement of anything is possible. ◆ Please feel free to download the "Case Study Collection" first ◆ For more details, please contact us through the inquiry form.
ASC 43 Series Capacitive Accelerometer (1-axis) Main markets: Automotive, Agriculture, Aerospace, Wind Energy, Civil Engineering, Railways
The ASC 4311LN and 4315LN accelerometers feature the lowest spectral and broadband noise among the 43 series accelerometers. ASC's LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing demanding low-frequency, low-amplitude measurements. The ASC 4321MF and 4325MF accelerometers have a wide frequency response of 0 Hz to 7 kHz (±3dB typ.), making them ideal for low to mid-frequency measurements. ASC's MF (Mid-Frequency) accelerometers exhibit excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC.
ASC 35 series accelerometers Main markets: civil engineering, railways, automotive, agriculture, aerospace
The ASC 3511LN accelerometer features the lowest spectral and broadband noise among the 35 series accelerometers. The ASC LN (Low-Noise) accelerometer has an excellent signal-to-noise ratio, which is crucial for performing demanding low-frequency, low-amplitude measurements. The ASC 3532MF accelerometer has a wide frequency response from 0 Hz to 7 kHz (typ. ±3dB), making it ideal for low to mid-frequency measurements. The ASC MF (Mid-Frequency) accelerometer sensor has excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC. The housings of the 3511LN and 3521MF have PG threads at the cable exit.
Main markets: civil engineering, railways, automotive, agriculture, aerospace
The ASC 4211LN accelerometer features the lowest spectral and broadband noise among the 42 series accelerometers. The ASC LN (Low-Noise) accelerometer has an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC 4221MF accelerometer has a wide frequency response from 0 Hz to 7 kHz (typ. ±3dB), making it ideal for low to mid-frequency measurements. The ASC MF (Mid-Frequency) accelerometer sensor has excellent resistance to high repetitive shocks of 6000g and can operate at +80°C even at a low voltage of +5VDC.
ASC 44 Series Capacitive Acceleration Sensor (1 Axis) Main Markets: Automotive, Agriculture, Aerospace, Wind Energy, Civil Engineering, Railways
The ASC 4411LN and 4415LN accelerometers feature the lowest spectral and broadband noise among the 44 series accelerometers. ASC's LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC 4421MF and 4425MF accelerometers have a wide frequency response of 0 Hz to 7 kHz (±3dB typ.), making them ideal for mid to low-frequency measurements. ASC's MF (Medium Frequency) ACE-LER meters exhibit excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC.
Main markets: wind energy, marine, civil engineering, railways, automotive, agriculture.
The ASC OS-115LN and OS-115LN-PG accelerometers feature the lowest spectral and broadband noise among the OS series accelerometers. The ASC LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC OS-125MF and OS-125MF-PG accelerometers have a wide frequency response from 0Hz to 7kHz (typ. ±3dB), making them ideal for low to mid-frequency measurements. The ASC MF (Medium-Frequency) accelerometers exhibit excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC. The ASC OS-115LN and OS-125MF come with detachable cables. The ASC OS-115LN-PG and OS-125MF-PG have integrated cables.
Main markets: wind energy, marine, civil engineering, railways, automotive
The ASC OS-215LN two-axis and OS-315LN three-axis accelerometers feature the lowest spectral and broadband noise. ASC's LN (Low-Noise) accelerometers provide an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC OS-225MF and OS-325MF accelerometers are ideal for mid-low frequency measurements at 0Hz to 7kHz (±3dB typ.). ASC's MF (Medium-Frequency) accelerometers have excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC. The ASC OS series of two-axis and three-axis accelerometers come with built-in cables.
Main markets: automotive, railway, industrial, civil engineering, automation, wind energy, aerospace.
ASC's piezoelectric (IEPE) accelerometers are made of PZT ceramics. This sensor has a built-in voltage converter and is equipped with a preamplifier that outputs a low-impedance voltage signal. ASC's uniaxial IEPE accelerometers require a constant current excitation to operate. ASC offers uniaxial IEPE sensors for test & measurement and industrial applications. High-frequency IEPE sensors are robust, highly shock-resistant, hermetically sealed, and operate over a wide temperature range.
Vibration detection using unique shape of sensor and amount of changing high frequency impedance
So far, the laser doppler vibrometer or the accelerometer using microelectromechanical system is known to be the most high sensitive vibrometer with actual technology. However, many vibrometers can’t be used in one object due to its high cost. On the other hand, the strain gauge is known to be cheap but the sensitivity is not enough high in order to detect abnormal vibration. This invention has focus on bending a magnetic material can generate a high sensitive permeability variation where it can be detected as HF impedance variation, and the shape of cantilever. This invention can provide high-sensitivity vibration sensor at low cost.
New method enhances gyro use cases
This invention related to a FM gyro sensor. Conventional FM gyro has technical issue that accuracy is affected by temperature fluctuation. This is because it needs 2 different oscillators, thus, temperature different, manufacturing irregularity exists in between these two oscillators. This invention hires single oscillator and different oscillation mode are excited to it. By above mentioned method, high independency from temperature effect has been achieved. In addition to it, thanks to its unique method, this gyro sensor can be used as magnetic sensor, pressure sensor and so on. Various patent has been applied/granted and mature patent portfolio has been developed.
Tunnel magneto-resistive sensor (TMR sensor) with high sensitivity and accuracy
Various magnetic sensors such as the Hall sensor, are widely used for the realization of an advanced IoT society. In particular, magnetic sensors based on the tunnel magnetoresistance effect (TMR sensor) discovered at Tohoku University has made dramatic progress in increasing sensitivity, making it possible to detect a weak magnetic field such as bio-magnetic field. However, the conventional TMR sensor did not achieve both high sensitivity and accuracy. This invention is able to provide a TMR sensor with extremely high linearity output which is necessary to achieve high sensitivity and accuracy, by controlling the higher-order magnetic anisotropy of the used ferromagnetic material.
Realization of highly efficient UV (ultraviolet) sensor with less light attenuation due to a thinner profile without filter
In recent years, interest in preventing sunburn and stain has been growing in the health care field. If ultraviolet ray can be easily measured using smartphone, etc., it is expected to contribute to health management and cosmetic medicine. In addition, the number of device that handle ultraviolet ray is increasing in the industrial field, so the need for measuring and sensing ultraviolet ray is growing. This invention is able to measure from UV-A, which causes stain and wrinkles, to UV-B, which causes sunburn, by using silicon semiconductor. So far, silicon photodiode (PD) technology with high sensitivity in wide optical wavelength range of 190-1100 nm and high light resistance that does not deteriorate even after long term exposure to intense ultraviolet light has been developed. Moreover, a technology that selectively and efficiently detects optical signal in the UV region even in environment with background light including visible light and near-infrared light, has been achieved by applying this silicon PD technology to a new differential type detection method. *Theoretically feasible for also UV-C (consultation required)
Useful for elucidating various biological mechanisms involving calcium ions
The inventors have previously developed G-CaMP and R-CaMP (CaMP) as proteinaceous fluorescent calcium sensors. By introducing CaMP into a cell, the location of the cell can be identified and changes in calcium ion concentration can be observed as changes in CaMP fluorescence intensity. ・G-CaMP7, G-CaMP7.09: Displays green fluorescence. ・R-CaMP1.07: Displays red fluorescence and can be used in combination with the photo-stimulation probe Channelrhodopsin-2, which is commonly used for cell function manipulation.
Construction of Electrochemical Sensor and System for Detecting Biomarkers in Sewage Associated with Infectious Diseases
In recent years, for viral infectious diseases that cause significant damage to society, wastewater-based epidemiological methods that use epidemiological information contained in municipal wastewater to detect the occurrence of infectious disease patients and infectious epidemics at an early stage have attracted attention. Currently, wastewater-based epidemiological studies on infectious diseases are mainly performed by detecting viral genes using PCR. However, some problems remain, such as the time required to detect and quantify viral genes from collected wastewater samples, the necessity of sample concentration due to the low virus concentration, and the high cost and labor for analysis. In this study, we aimed to construct a sensor that can detect infectious disease-related biomarkers in wastewater quickly and simply. Biomarkers are emitted from patients with infectious diseases at higher concentrations than the virus itself. In this study, we used antiviral human immunoglobulin (Ig) A as a test substance. We attempted to construct a measurement system in which IgA in a sample is captured by antigen-antibody reaction with proteins immobilized on the electrode surface, and changes in the electrode surface state associated with the reaction are detected by electrochemical measurement.
Method of manufacturing torque sensor for forming spray coating.
Since two characteristics of high permeability and high magnetostriction are required for the magnetic material constituting the magnetostrictive part of the rotating shaft of the conventional torque sensor, an amorphous alloy is suitable. However, when a amorphous alloy foil is fixed to the surface of the rotating shaft with an adhesive, there is a problem that sufficient detection characteristics cannot be obtained because adhesion to the rotating shaft is poor. In addition, even when a metallic spray coating is formed on the surface of the rotating shaft by a high-speed spraying process, there is a problem that a fine amorphous metal powder must be used, which increases the manufacturing cost. The invention has made it possible to provide a torque sensor and its manufacturing method with improved torque detection characteristics and manufacturing cost. The invention has a magnetostrictive part including a metallic glass coating on the surface of a rotating shaft. The metallic glass coating is characterized in that a flame including the metallic powder is jetted to melt the metallic powder, and the metallic glass coating is formed using a cooling method before the flame reaches the surface of the rotating shaft. Thus, a magnetostrictive part is formed easily and quickly. It also exhibits excellent characteristics for torque detection.
Highly sensitive and wide range magnetic sensors
Magnetic sensors with wide dynamic range and high sensitivity have been developed. Various types of sensors, such as SQUID magnetometers and Hall sensors, have been used. Cantilever-type magnetic sensors using mechanical resonant frequency have especially attracted attention because of their low power consumption, small size, and potential for wide dynamic range. However, while they exhibit high sensitivity near the resonance frequency, there is an issue that sensitivity and resolution are not sufficient for magnetic fields below the resonance frequency including DC magnetic fields. The present invention relates to a cantilever-type magnetic sensor. The sensitivity and bandwidth can be adjusted electrically by introducing a magnetic excitation component. This enables high sensitivity and wide-band magnetic field detection. 【 For those who see this document 】 Since it is a seed for unpublished patents, it is possible to disclose the description after the conclusion of the IP contract.
Tactile Sensor with a Sense Similar to Humans
To get robots to do their jobs just like people do, it is important for the robot to install a sensor that can sense the same sense as humans. Conventionally, various types of sensors have been proposed, but they have problems such as a complicated structure and a complicated fabrication process. In the invention, a transducer is fabricated by forming a magnetic foam to cover a coil that provided on an electric substrate. Since the transducer is simple to fabricate and can sense a force from inductance displacement even with a small compressive stress, the invention is expected to solve the above problems.
From telemedicine to industrial applications, real-time tactile information
■Social Challenges and Market Background In telemedicine, the inability to perform palpation limits diagnostic accuracy. Conventional pressure sensors are costly, lack sufficient sensitivity, and cannot measure depth. As populations age and regional disparities in healthcare access grow, remote diagnostic tools with palpation capabilities are in high demand. The global tactile sensor market is projected to grow at a compound annual growth rate (CAGR) of over 10%. ■Technology Overview This technology features a single-sided wiring structure that achieves high sensitivity while reducing manufacturing costs to approximately one-tenth of conventional designs. It enables real-time measurement of pressure, depth, and viscosity, and its fingertip-mounted form factor allows seamless use in clinical or field settings. Applications extend from medical and healthcare to industrial inspection and product quality control. ■Advantages Over Conventional Technology ＊For details, please refer to the PDF
Sensors with high body affinity and capable of identifying excreta
The market for "smart diapers" that detect the state of diapers and inform when to change diapers is expanding. Conventional diaper sensors that measure humidity or NH3 gas are known, but they only detect urine and cannot distinguish between urine and feces. In addition, in semiconductor gas sensors, since the operating temperature of the sensor is high, it is necessary to heat the sensor chip. The present invention solves the above problem and provides a diaper sensor that can distinguish urine and feces at room temperature. Moreover, by using a flexible substrate, a device that is thin, small, flexible, and highly biocompatible can be realized.
Balancing privacy protection with high-precision monitoring features.
In recent years, systems have been provided to monitor the lives of the elderly for the purpose of confirming their safety and actions. These systems are realized by installing various sensors in the rooms where the elderly live and providing this information to caregivers. In addition to being able to accurately confirm the actions and safety of the elderly, protecting the privacy of the individuals involved is also important. In this case, it is possible to use motion sensors instead of cameras, but there are challenges regarding accuracy. The present invention is a system that enables high-precision monitoring of the elderly while protecting their privacy, achieved through innovative placement and computation of multiple sensors without using cameras.
Ultrasensitive microscale temperature sensing—flexible design possible
In biotechnology and healthcare, it is crucial to detect small temperature changes and heat generation with high sensitivity. This invention achieves remarkable temperature sensitivity by using ionic liquids with a high Seebeck coefficient in thermocouples, far surpassing conventional solid-state materials. The device employs a microfluidic chip, allowing the liquids to be physically separated but electrically connected, enabling flexible sensor structures. This system makes it possible to conduct ultra-sensitive temperature measurements even on curved and irregular surfaces, expanding the practical utility of temperature sensing well beyond what is possible with traditional solid-state sensors.
A compact and lightweight true north compass allows for accurate azimuth measurement and installation without being affected by disturbances in the geomagnetic field from buildings, towers, etc.
"Magenta I" is a sensor device that measures the spatial direction of measurement target equipment (such as antennas for mobile base stations). Compared to conventional true north finders, it is a compact and lightweight product that is easy to handle. Since it is necessary to measure the position of the sun, its use is restricted in cloudy or rainy weather; however, this can be avoided by conducting pre-measurements during clear weather. 【Features】 ■ Capable of accurate azimuth angle measurement and installation without being affected by geomagnetic disturbances ■ Compact and lightweight device convenient for transport and measurement ■ Excellent price competitiveness ■ Easy management of measurement data ■ Reduces costs for wireless network construction ■ Improves wireless network performance *For more details, please refer to the PDF materials or feel free to contact us.
Easily IoT-enable with the sensors you want to use.
■Compatible with various sensors: Multiple sensors can be installed as needed, allowing for expansion based on the situation. ■Compatible with various wireless technologies: Sensor data can be transmitted wirelessly using WiFi/BLE. ■Cloud compatible: Capable of data logging to the cloud.
【Confident in Price】Added salt-absorbing agents! Suppresses the penetration of chloride ions from the outside.
"RP500" is a polymer-cement-based repair material compatible with the SSI method. It excels in strength development over a short period and continues to enhance strength over the long term. Pre-mixed with acrylic powder polymer, it has excellent adhesion durability to the substrate, protecting the underlying concrete for an extended period. 【Features】 ■ Excellent in suppressing the penetration of chloride ions from external sources ■ Superior strength development in a short period, with strength increasing over the long term ■ Pre-mixed with acrylic powder polymer ■ Excellent adhesion durability to the substrate, protecting the underlying concrete for a long time *For more details, please refer to the PDF document or feel free to contact us.
Prevents contamination with efficient UV irradiation and reduces false positives in PCR.
The "DNA Workbench NSV-4" is a tabletop clean bench that decomposes DNA, which can cause contamination in PCR, using UV irradiation. It is designed to efficiently emit ultraviolet light at 254nm. By preventing contact with hair, skin, and contaminated gloves, it stops DNA from mixing into samples and causing false positive reactions. 【Features】 ■ Measures against contamination that can occur even with strict protection and care ■ Effective in research and testing involving multiple PCR samples ■ Equipped with an automatic UV lamp shut-off function *For more details, please refer to the materials. Feel free to contact us with any inquiries.
The sheath tube is made of stainless steel, ensuring a long lifespan.
The sheath tube and protective tube are made of stainless steel, ensuring a long lifespan. As standard products, they are available with short delivery times and low prices.
This is an introduction to various sensors for temperature control and thermostats.
This is an introduction to band-mounted sensors, bionet sensors, round terminal temperature sensors, screw-mounted temperature sensors, and terminal box-equipped sheath-type thermocouples.
