-- MySQL dump 10.10 -- -- Host: localhost Database: patent_esp -- ------------------------------------------------------ -- Server version 5.0.24a-community-nt-log /*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */; /*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */; /*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */; /*!40101 SET NAMES utf8 */; /*!40103 SET @OLD_TIME_ZONE=@@TIME_ZONE */; /*!40103 SET TIME_ZONE='+00:00' */; /*!40014 SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0 */; /*!40014 SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0 */; /*!40101 SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='NO_AUTO_VALUE_ON_ZERO' */; /*!40111 SET @OLD_SQL_NOTES=@@SQL_NOTES, SQL_NOTES=0 */; -- -- Current Database: `patent_esp` -- CREATE DATABASE /*!32312 IF NOT EXISTS*/ `patent_esp` /*!40100 DEFAULT CHARACTER SET utf8 COLLATE utf8_estonian_ci */; USE `patent_esp`; -- -- Table structure for table `update5` -- DROP TABLE IF EXISTS `update5`; CREATE TABLE `update5` ( `idappli` char(12) collate utf8_estonian_ci NOT NULL, `dtpubli` date NOT NULL, PRIMARY KEY (`idappli`) ) ENGINE=InnoDB DEFAULT CHARSET=utf8 COLLATE=utf8_estonian_ci; -- -- Dumping data for table `update5` -- /*!40000 ALTER TABLE `update5` DISABLE KEYS */; LOCK TABLES `update5` WRITE; INSERT INTO `update5` VALUES ('X554039','2019-01-15'),('X554063','2019-01-15'); UNLOCK TABLES; /*!40000 ALTER TABLE `update5` ENABLE KEYS */; -- -- Table structure for table `yabstract` -- DROP TABLE IF EXISTS `yabstract`; CREATE TABLE `yabstract` ( `idappli` varchar(12) collate utf8_estonian_ci NOT NULL, `txtform` varchar(2000) collate utf8_estonian_ci default NULL, `abstract` varchar(2000) collate utf8_estonian_ci default NULL, PRIMARY KEY (`idappli`) ) ENGINE=MyISAM DEFAULT CHARSET=utf8 COLLATE=utf8_estonian_ci; -- -- Dumping data for table `yabstract` -- /*!40000 ALTER TABLE `yabstract` DISABLE KEYS */; LOCK TABLES `yabstract` WRITE; INSERT INTO `yabstract` VALUES ('X554039 ','Leiutis on kasutatav juurviljakombainide või juurviljapealsekoristite koostisosana. Juurviljapeade puhasti, mis sisaldab sundajamiga varustatud rõhtsal võllil kahte tangentsiaalselt ühest otsast jäigalt kinnitatud peamist puhastuselementi, mille sundajamiga varustatud rõhtsa võlli külge kinnitamata välimised otsad on ühendatud sundajamiga varustatud rõhtsa võlliga elastse sidemete abi, ning radiaalselt vastassuundades paiknevaid täiendavaid puhastuselemente. Täiendavad puhastuselemendid on ?-kujulise ristlõikega, nende alus on kinnitatud sundajamiga varustatud rõhtsa võlli külge, aga kaks haru on paigutatud radiaalselt võlli telje sihis, nende sisemistele pindadele sirgjuhikutele on paigutatud kahe külgtoendi külge liikuv ja massiivne pinguti, mille välimine pind on tilgakujuline, mille venitatud ots on sundajamiga varustatud rõhtsa võlli pöörlemise suunas, aga sisemine pind on seotud sundajamiga varustatud rõhtsa võlliga survevedru kaudu. Täiendavate puhastuselementide otste vahele on paigutatud elastne lint, mis hõlmab pinguti välispinna, mille otsad on kinnitatud sundajamiga varustatud rõhtsa võlli külge täiendavate puhastuselementide mõlema külje poolt, aga elastse lindi tööpind on varustatud lühikeste sõrmedega.','This invention can be used as a component of root crop harvesters or root crop top harvesters. The device for topping unlifted root crops contains a forced-driven horizontal shaft with two main cleaning elements joined tangentially and rigidly from one end, and whose outer sides that are not connected to the forced-driven horizontal shaft are joined flexibly to the shaft, and additional cleaning elements, which are located in radially opposite directions. The additional cleaning elements have a ?-shaped cross-section, the base of which is attached to forced-driven horizontal shaft and two branches are located radially in the direction of the shaft and its inner surfaces or straight guides feature a massive moving tensioner attached to the two side supports and the outer surface of which is drop-shaped and its extended part is in the rotational direction of the forced-driven shaft and its inner surface is attached to the forced-driven horizontal shaft using compression spring. Between the ends of additional cleaning elements there is an elastic band which covers the outer surface of the tensioner and its- ends have been attached to the forced-driven horizontal shaft from the both sides of additional cleaning elements and the working surface of the elastic band is equipped with short fingers.'),('X554063 ','Leiutis kuulub elektroonika valdkonda ja käsitleb uuritavasse süsteemi saadetud ergutusignaalist põhjustatud vastussignaali ergutuse suhtes sünkroonset eeltöötlemist (võendamist) ja selle tulemuste (võendite) edasist töötlemist. Leiutise peamiseks kasutusvaldkonnaks on sünkroonmõõte- ja muud seadmed, kus mõõtmised või seadme töö sõltuvad suurte häiringute olemasolust mõõteahelas ja kus tegeletakse suure baasväärtusega mõõdetava suuruse väikeste muutuste määramisega. Tüüpiliselt on selliseks seadmeks impedantsi (takistuse) mõõtur, kus mõõdetava impedantsiga esemest, materjalist või koest juhitakse läbi tuntud vool või vool, mida pidevalt jälgitakse, ja mõõdetakse selle tagajärjel objektil tekkivat pingelangu. Ajaliselt järgnevad võendid saadakse sünkroonselt ergutusega ja muundatakse nende eeltöödeldud erinevust. Kirjeldatud leiutis sobib eriti hästi kasutamiseks bioimpedantsi mõõtmistel.','The invention is intended for synchronous (lock-in) measurement devices, where not only the long term average, but also changing part of the response signal is of interest. Invention is especially suitable when said changing part is small compared to said long term average. Typical device would be impedance measurement device, where current is passed through object or substance with measurable impedance and response voltage on the object is acquired and processed. Adjacent in time samples are acquired synchronously to the excitation signal, and preprocessed. Difference of said samples is then quantized. Described invention is particularly useful in measuring bioimpedance.'); UNLOCK TABLES; /*!40000 ALTER TABLE `yabstract` ENABLE KEYS */; -- -- Table structure for table `yagent` -- DROP TABLE IF EXISTS `yagent`; CREATE TABLE `yagent` ( `idagent` int(3) NOT NULL, `ctagent` varchar(250) collate utf8_estonian_ci default NULL, `fnagent` varchar(60) collate utf8_estonian_ci default NULL, `nmagent` varchar(120) collate utf8_estonian_ci default NULL, `adagent` varchar(240) collate utf8_estonian_ci default NULL, `nmtown` varchar(80) collate utf8_estonian_ci default NULL, `idtown` varchar(10) collate utf8_estonian_ci default NULL, `idcountry` varchar(2) collate utf8_estonian_ci default NULL, PRIMARY KEY (`idagent`) ) ENGINE=InnoDB DEFAULT CHARSET=utf8 COLLATE=utf8_estonian_ci; -- -- Dumping data for table `yagent` -- /*!40000 ALTER TABLE `yagent` DISABLE KEYS */; LOCK TABLES `yagent` WRITE; UNLOCK TABLES; /*!40000 ALTER TABLE `yagent` ENABLE KEYS */; -- -- Table structure for table `ybdata` -- DROP TABLE IF EXISTS `ybdata`; 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