German to English translations untolerierten Gehäusemaße untoleranced (not toleranced) housing dimensionsExplanation:"Für die übrigen untolerierten Gehäusemaße gilt die Allgemeintoleranz DIN ISO 2768 Teil 1, Toleranzklasse m. Hier gibt es folgende Begriffe:Toleranzen für Längen- und Winkelmaße ohne einzelne Toleranzeintragung; Identisch mit ISO 2768-1:1989 Titel (englisch): General tolerances; tolerances for linear and angular dimensions without individual tolerance indications; identical with ISO 2768-1:1989 Eng verwandt damit ist der Begriff Freimaßtoleranz: Titel (deutsch): Freimaßtoleranzen für Freiluftschaltanlagen Titel (englisch): General tolerances for outdoor substations Titel (deutsch): Gußrohteile aus Leichtmetallegierungen; Titel (englisch): Rough castings of light metal alloys; Ernst (WB der industriellen Technik) übersetzt tolerieren mit "to tolerate" tolerierte Qualitätslage mit "tolerated quality level,

eng toleriert mit "with close tolerances" Freimaßtoleranz mit "dimensional variations" Kucera (WB der exakten Wissenschaften und der Technik) übersetzt tolerieren mit "to tolerance" In beiden Fällen keine Einträge für Allgemeintoleranz oder untoleriert.ar drone 2 autoflight Auch Leo oder die anderen üblichen Online-Wörterböcher geben dazu nichts her. parrot ar drone mercado livreAber was sagt das Internet?ar drone motor wechseln Untolerierte Werte sind Richtwerteparrot ar drone fehler - Values without tolerance are standard valuesparrot ar drone chino

Playing devil's advocate here, if the feature is not toleranced then you don't need to worry about it. It can be off by 1/8 of an inch in concentricity and it will still meet the print. In an attempt to control the perpendicularly of the2.000 diameter cylinder in Fig. 6-4A, the designer incorrectly toleranced it with a position control.ar drone power edition brookstone Traditional tolerancing considers the conformity of a batch when the batch satisfies the specifications. The characteristic is considered for itself and not according to its incidence in the assembly. Inertial tolerancing proposes another alternative of tolerancing in order to guarantee the final assembly characteristic. The inertia I2 = \sqrt{\delta^2 + \sigma^2} is not toleranced by a tolerance interval but by a scalar representing the maximum inertia that the characteristic should not exceed. for not toleranced part edges

untoleranced dimension Freimaß {n} [mach.] General tolerances (untoleranced dimensions) in accordance with DIN 7168 m. Dimensions Allgemeintoleranzen (Freimaßtoleranzen) nach DIN 7168 m Maße20 mm (see page 6, Fig. 7) and screen frame untoleranced dimensions min. 40 mm20 mm (siehe Seite 6, Abb. 7) und Blendrahmenfreimaß mind. Accuracy level 1 applies for all untoleranced dimensions. Genauigkeitsgrad 1 gilt für alle Freimaße. Fazit es gibt zwei Möglichkeiten "untoleranced" (not toleranced) und "dimensional variations" (general tolerances). Aber letztere sind auch festglegt, z.-B. Gehäuse kann sehr unterschiedlich übersetzt werden. Ich habe hier "housing" gewählt, als Gehäuse Lager, Kupplungen oder Leistungselektronik (so wird es von einen Windenergieanlagenhersteller benutzt. In Sicherheitsnormen wird dagegen "enclosure" verwendet. Es gibt aber auch "cabinet", "case", "casing", body", "cage", "package", usw. Der genaue Begriff hängt vom weiteren Kontext ab. Selected response from: Johannes GleimLocal time:

1 hr   confidence: Explanation:Claire CoxUnited KingdomLocal time: Specializes in fieldNative speaker of: EnglishPRO pts in category: 74Login to enter a peer comment (or grade)8 hrs   confidence: Explanation:"Für die übrigen untolerierten Gehäusemaße gilt die Allgemeintoleranz DIN ISO 2768 Teil 1, Toleranzklasse m.Der genaue Begriff hängt vom weiteren Kontext ab. Johannes GleimLocal time: Specializes in fieldNative speaker of: GermanPRO pts in category: 86Grading comment Login to enter a peer comment (or grade)1 day7 hrs   confidence: peer agreement (net): -1 Explanation: Gabriella BertelmannLocal time: Native speaker of: English, GermanPRO pts in category: 4 Peer comments on this answer (and responses from the answerer) Cilian O'Tuama: Login to enter a peer comment (or grade) Changes made by editors - Changes made by Johannes Gleim:»UAVs for Agricultural Weed ControlPosted 3 Apr 2013 at 19:17 UTC by steve Precision Agriculture is a hot topic these days as researchers look for ways to reduce the massive amounts of chemicals that are currently sprayed on food crops.

A new research paper describes one of the ways robots may help in Early Season Site-Specific Weed Management (ESSWM). In the study, a UAV equipped with a multispectral camera collected images of sunflower field infested with naturally occurring weeds. Similar imaging techniques using traditional satellite and aerial methods to adjust herbicide distribution have yielded up to 50% reduction in the total amounts of herbicides used. The researchers hope to replicate this process using the less expensive flying robot. From the paper:Weeds are distributed in patches within crops and this spatial structure allows mapping infested-uninfested areas and herbicide treatments can be developed according to weed presence. The main objectives of this research were to deploy an UAV equipped with either, RBG or multispectral cameras, and to analyze the technical specifications and configuration of the UAV to generate images at different altitudes with the high spectral resolution required for the detection and location of weed seedlings in a sunflower field for further applications of ESSWM.

Due to its flexibility and low flight altitude, the UAV showed ability to take ultra-high spatial resolution imagery and to operate on demand according to the flight mission planned.In the experiment, an MD4-1000 VTOL quadcopter from Microdrones GmbH was used (pictured above). The UAV was equipped with GPS, waypoint navigation software, telemetry logging, and two cameras: an Olympus PEN E-PM1 point-and-shoot digital camera and a Tetracam Mini-MCA-6 six-band multispectral camera. The immediate research goal in this project was to figure out what sensors and image processing techniques would work, so further improvements are quite likely. Now all they need to do is find a catchy name for this technology: weedbots? For all the details, read the paper "Configuration and Specifications of an Unmanned Aerial Vehicle (UAV) for Early Site Specific Weed Management" by Jorge Torres-Sánchez, Francisca López-Granados, Ana Isabel De Castro, and José Manuel Peña-Barragán. Read on for some photos showing sample imaging data from the UAV and waypoint navigation paths over the test crop.

Ortho-mosaic of the experimental field. Assembled from individual images taken by UAV from altitude of 100 metersScreen shot of UAV downlink during programmed flight.UAV waypoint navigation path over experimental field.Sample images from UAV: a) RGB camera at 30 meters b) RGB camera at 100 meters c) multispectral camera at 30 meters d) multispectral camera at 100 meters. See more of the latest robot news!Recent blogs 5 Mar 2017 mwaibel 25 Feb 2017 steve 16 Feb 2017 AI4U 17 Jan 2017 shimniok 16 Aug 2016 Flanneltron 9 Jul 2016 evilrobots 27 Jun 2016 Petar.Kormushev 2 May 2016 motters 6 Nov 2015 wedesoft 10 Sep 2015 svo Popular Stories2012 Top 10 Robot Christmas Gift Ideas DARPA Robotics Challenge Kick Off 2012 ASABE Robot Contest Photos Interview with David L. Heiserman David Anderson on Subsumption Robots Review: Apocalyptic AI by Robert M. Geraci Raspberry Pi Interview with Eben Upton 2012 VEX Robotics World Championship