Autonomous systems - Import export

Knight Optical can supply you with custom made Diamond turned aspheric lenses for use within autonomous vehicle LiDAR systems. Autonomous vehicle LiDAR systems create driverless cars. Whereby the system produce autonomous vehicles which can perform complex manoeuvers and drive in public with little or no input from a user. Spherical aberration occurs in common singlet lenses, which results in an image that appears distorted, aspheric lenses correct spherical aberration. An aspheric lens surface is designed non-spherical, which allows a single component lens to collimate or focus highly divergent rays potentially replacing a multi-lens system. This in turn provides the LiDAR system with a better signal quality, at lower costs whilst making the system more compact. Knight Optical offers diamond turned aspherics from a range of suitable NIR materials for autonomous vehicle LiDAR including N-BK7 or equivalent, sapphire, quartz, UV fused silica, amongst others. SEE PDF

The ‚Smart Load Control‘ (SLC) system regulates, as the only one on the market, the clamping force on appliance-/carton clamps exclusively load dependent and not load pattern dependent. The weight is decisive for the flexible definition of the clamping force - not the dimensions of the load. The aim of the system is to ensure that only as much clamping force as really necessary acts on the load.

One or several TWS take over products or complete load carriers such as pallets in the high-bay shelf storage area. The TRAPO Warehouse Lift (TWL) receives a TWS in order to store and retrieve in the storage lanes via a rail system at different levels. The TWS covers three metres per second at an acceleration rate of 1.5m/s² and completes the cycle of driving out, gripping and driving in in a maximum of three seconds.

The TTS Series presents itself as highly flexible: TTS approaches conveyor lines and takes over individual loads or loads on load carriers, for example pallets. The particular advantage: TTS are flexibly adaptable to production processes. The variants and superstructures are geared to individual customer requirements: TTS are complemented by lift function, conveying systems or robot. Overall dimensions, energy transfer- and storage as well as drive and navigation can, on demand, be combined as desired.

The fully automatic filling system optimizes your product quality by to-the-gram weighing, safe packaging even of flammable, foaming or corrosive liquids and through gentle dosing. By means of a multifunctional offset slide you benefit from maximum flexibility for container types and sizes as well as from efficient handling without retrofitting time. The fully automatic machine FSL-EVO S facilitates quick and reliable filling of high quality and sensitive products in different containers. Products can be fully automatically closed and labeled with variable data, if desired. By means of a set up buffer section the filling system largely works autonomously.

The remote data transmission unit ADT1-Box is encased in a robust, water-tight plastic housing. The LoRa module, which can be configured on a country-specific basis, establishes a connection with the Internet and makes it possible to collect measurement data in a low-cost and energy-saving manner. These autonomous devices can be linked with digital level sensors and pressure transmitters in the KELLER D and X product lines. With three conventional, high-quality AA batteries, the system can operate autonomously for up to 5 years. The LoRaWAN provider can be selected freely or an in-house or open source infrastructure and associated services can be used. The easiest and most convenient way to access the collected data at the end of the transmission chain is via KOLIBRI Cloud from KELLER.

The remote data transmission unit ADT1-Tube is encased in a robust, stainless steel housing, which is ideally suited to installation in 2" monitoring pipes. The LoRa module, which can be configured on a country-specific basis, establishes a connection with the Internet and makes it possible to collect measurement data in a low-cost and energy-saving manner. These autonomous devices can be linked with digital level sensors and pressure transmitters in the KELLER D and X product lines. With three conventional, high-quality AA batteries, the system can operate autonomously for up to 5 years. The LoRaWAN provider can be selected freely or an in-house or open source infrastructure and associated services can be used. The easiest and most convenient way to access the collected data at the end of the transmission chain is via KOLIBRI Cloud from KELLER.

Clean water is essential for life. As more chemicals are introduced to the environment, adverse consequences to water quality and corresponding health impacts will increase as well. In order to provide the highest level of safety and security, a fast response to water quality issues is necessary. The CMS5000 is a GC-based system that autonomously samples VOCs in water, quantifies contaminant levels and automatically alerts users if thresholds are exceeded.

Multi Drug Test Hair – Product code: SC-1170-20 The hair Drug Test is a quick test for the qualitative detection of cotinine, methannphetamines, morphine/opiate and cocaine in the human hair. Only for medical professional use. The quick hair test has unique advantages in the field of rapid anti-drug tests. The hair can provide information on the taking of substances that are not yet available in the long term in other biological samples such as blood and urine. The hair sample is relatively easy to withdraw, to be transported and preserved for long periods of time. The slow metabolism of the substances in the hair allows a long-term persistence, these factors provide better conditions for detecting substances. Cotinine (COT): Cotinine is the metabolite of the first degree of nicotine, a toxic alkaloid that produces stimulation of autonomous ganglia and central nervous system in humans.

Cotinine Rapid Test Panel – Product code: SC-1019-40 Quick test for quality identification of cotinine (nicotine metabolite) via urine. Only for the determination of smoker status. Not thought for medical diagnostic use. The COT rapid test is a quick chromatographic immunological test for cotinine detection. Also available in the version via saliva (nicotine-s screen test product code: sc-1026-25). Cotinine is the first degree metabolite of nicotine, a toxic alkaloid that causes the stimulation of autonomous ganglia and central nervous system in humans. Nicotine is a substance that potentially every member of a tabby company is exposed, by Direct Contact or passive inhalation. In Addition to Tobacco, Nicotine Is Also Available On The Market As An Active Ingredient of Smoke Replacement Therapies Such As Tires, Transdermal Patches and Nicotine Nasal Sprays.

Quick test for quality identification of cotinine (nicotine metabolite) via urine. Only for the determination of smoker status. Not thought for medical diagnostic use. The COT rapid test is a quick chromatographic immunological test for cotinine detection. Also available in the version via saliva (nicotine-s screen test product code: sc-1026-25). Cotinine is the first degree metabolite of nicotine, a toxic alkaloid that causes the stimulation of autonomous ganglia and central nervous system in humans. Nicotine is a substance that potentially every member of a tabby company is exposed, by Direct Contact or passive inhalation. In Addition to Tobacco, Nicotine Is Also Available On The Market As An Active Ingredient of Smoke Replacement Therapies Such As Tires, Transdermal Patches and Nicotine Nasal Sprays.

The industrial spectroradiometer iSR900 is an autonomous and high-resolution measuring system for fast and precise measurements in the UV, visible spectral range and IR. The spectroradiometer consists of an array spectrometer without moving parts and a silicon detector with 2048 pixels. The spectral resolution is 0.44 nm. The iSR900 is combined with an SMA-905 quartz light guide and our radiometric measuring heads for irradiance and illuminance measurement. The iSR900 is factory calibrated to PTB. A DAkkS test in our accredited laboratory is optionally available. The iSR900 thus allows accurate spectroradiometric measurements for the evaluation of irradiance and illuminance. The low-scatter design achieves high sensitivity in the UV range. Control and data evaluation take place in the iSR900 so that only a USB or RS485 / RS232 interface is required for the evaluation. With trigger input and output the iSR900 is ideal for automated measurements.

Metal-ceramic warm plinth of UDEN-200 (The warm UDEN-S plinth is the metal-ceramic energy-saving heater for the autonomous (individual) heating system. Externally, they look like a regular plinth with a height of 13 cm, mounted mainly on the outer (usually cold) wall, around the perimeter of the room above the existing plinth, or instead)

Metal-ceramic warm plinth of UDEN-150 (The warm UDEN-S plinth is the metal-ceramic energy-saving heater for the autonomous (individual) heating system. Externally, they look like a regular plinth with a height of 13 cm, mounted mainly on the outer (usually cold) wall, around the perimeter of the room above the existing plinth, or instead)

Metal-ceramic warm plinth of UDEN-100 (The warm UDEN-S plinth is the metal-ceramic energy-saving heater for the autonomous (individual) heating system. Externally, they look like a regular plinth with a height of 13 cm, mounted mainly on the outer (usually cold) wall, around the perimeter of the room above the existing plinth, or instead)

Baby mobile self-contained lighting case Output: 3500 lumens (equivalent to a 600 W halogen). 27 CREE LEDs. Power consumption: 30 W max. Autonomy: > 24h (15% power), > 9h30 (half power), > 5h30 (full power) Batteries: lithium LiFePo4, 12V / 12 Ah Dimensions: 280 x 245 x 130 mm Weight: 4.3 kg Recharging: integrated charger 90 to 265 VAC (charging time 3h30), cigarette-lighter socket (charging time 3h), solar panel socket Lenses available: 37°, 16° 26°, 43×16

Combining electrical autonomy and power, mobility and sturdiness, TECSUP's autonomous energy cases provide the energy needed to operate electrical equipment anywhere, even when working outdoors on a nomadic basis. Available in the form of cases, which are particularly popular for nomadic outdoor operations, autonomous energy systems can be used anywhere, including in the most hostile or difficult-to-access environments.

Autonomous fire extinguishing system Hyperbola is designed to extinguish without human intervention class A, B fires and electrical equipment under voltage in objects of protection of small volume from 0.03 to 2.2 m3, located in rooms with operating temperatures from minus 40 ° С to plus 60 ° С and relative air humidity up to 98 percent at a temperature of + 25 ° С. The product is a sealed tube made of a special polymer material filled with a liquid extinguishing agent (GFFS) - a liquefied mixture based on organofluorine substances, sealed at both ends. The unit has overpressure inside the housing. The polymer material provides reliable storage of the extinguishing agent and its release under strictly defined conditions.

Length 1m Width 0.40m Standard automatic inflating Techniflex has been manufacturing shelters with high pressure pneumatic frame for more than ten years. Our TO range is especially suited to lodging, construction sites, technical premises, storage, garage, etc. The features of our shelters are: No metal parts for assembly and disassembly. Small volume when folded. High coverage capacity. Modularity. Techniflex is tough!!! Simple to use, the TO2 tent inflates in minutes, using the high pressure pneumatic system. Ideal for autonomous competitors, it can be easily folded when inflated. It does not need extra air at any times. VERY SOLID RESISTANT TO BAD WEATHER (WINDS OVER 130 KM/H) 5 YEAR GUARANTEE DIMENSIONS Length: 6m Width: 4m Height: 2.5m OPTIONS: Lighting, heating, air-conditioning, hot/cold insulation, etc.

SOMEFLU GDP units are portable, compact and autonomous systems suitable for any chemical pipe cleaning operations Operated with an adequate cleaning chemicals they ensure an easy and efficient cleaning without any dismantling nor pipe damage Max flow : 10 m³ / h Max delivery head : 20 m

The work of the TempoHeart module is based on the method of scoring the heart rate vegetative regulation. This method is popular due to its high information value and non-invasiveness. Cannot be used without an interface block. The module can: • evaluate the heart rate autonomic regulation; • to predict in advance (to prematurely reveal) the hazards of a myocardial infarction, hypertensive crises and strokes; • to determine the metabolic and electrolyte disorders in the myocardium; • identify risk groups for heart rate increased stability; • to make a cold evaluation of the autonomic nervous system's reaction when exposed to electromagnetic fields, intoxications and other pathogenic factors; • to assess the activity of the respiratory component when measuring heart rate variability, recording the parameters of blood movement in the vessels; • to expose the stress resistance level.

The PRO-LINE HYDRALINK SUPER CANNON consists of 3 containerized modules which contain everything that is needed to make the SUPER CANNON the most modern, sophisticated, efficient and super performant Tank Cleaning Manway Cannon System on the market. Totally autonomous system hydraulic powered unit and pumps, all controlled by an operator in the control room. No outside electricty supply needed system runs on hydraulics and 12 volts. ATEX or Clas1 Div 1 certification. Two manway super cannons fitted with lights, camera, gas and oxygen detection. Everything is operated from right here. All of the SMCRC re-circulation tank logic is seen here. The smaller display behind the joystick tells you what your engine is doing, the joystick is for Cannon mouvement. The knob to the left can throttle up your engine, dial-up your sludge pump, dial up your high-pressure pump, recirculate the weir tank, alarms for your gas/O2 monitors.