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INSERT INTO `yabstract` VALUES ('X553691     ','Leiutise objektiks on seade (müomeeter) ja meetod pehme bioloogilise koe mehaanilist pingeseisundit, elastsust, dünaamilist jäikust, roomavust ja mehaanilise pinge relaksatsiooniaega iseloomustavate parameetrite samaaegseks mõõtmiseks reaalajas. Müomeetri löökotsikuga tekitatakse uuritavale koele seadme asendist, gravitatsiooniväljast ja seadme kasutajast mittesõltuv konstantne väline mõjutus (eelsurve). Seejärel tekitatakse koele solenoidi konstantse elektrilise võimsuse üksikimpulsiga väline dünaamiline mõjutus, mis lõpeb kiire vabanemisega. Seade on varustatud valgus- ja helisignaali vahendiga, mis teavitab kasutajat vajaliku eelsurve saavutamisest ning mõõteseeria lõppemisest. Koe mehaanilise kuju muutus reaalajas ja koe mehaaniline vastus registreeritakse koe omavõnkumise graafikuna,  mida kasutatakse parameetrite arvutamiseks. Leiutis võimaldab saavutada mõõtetulemuste head korduvust ja korratavust, teostada mõõtmisi ja andmetöötlust samaaegselt ning anda statistiliselt olulisi hinnanguid reaalajas.','A device and a method for simultaneous recording, in real time, of the parameters characterising the mechanical tension, elasticity, dynamical stiffness, creepability and mechanical stress of soft biological tissue is provided. By testing end of the myometer, a constant external pre-pressure is created, independently of the device\'s position, gravitational field and user, to the tissue under investigation. Next, the tissue is subjected to a short-term external dynamic influence. The mechanical change in the shape of the tissue and its mechanical response are registered as a graph of the tissue\'s oscillations. The graph is used for calculating the aforesaid parameters. Invention enables recording and data-processing to be carried out simultaneously as well as statistically significant estimates to be made in real time.'),('X553834     ','Käesoleva leiutisega pakutakse välja kuiva tuhaärastuse ja tuhalao kujundamise süsteem vähese tehnoloogilise veega piirkondades. Nimetatud süsteem kujutab endast tuha ladustamise laoplatsi (1), mille  keskele on tuha transportimiseks ladustamisalale paigutatud kogu laoplatsi ladustamisala pikkuses horisontaalne suruõhutoru (17) ning tuha ladustamise laoplatsi (1) külgedele on paigutatud relssteed,  mida mööda liiguvad kaabelkraanade tornid (23). Samuti on tuha ladustamise laoplatsi (1) silost (15) kaugemal olevale küljele paigutatud relsstee, mida mööda liigub kaabelkraana torn (23),  ning tuha  ladustamise laoplatsi (1) küljele, kus on silo (15), on paigutatud kaabelkraana torn (24). Nimetatud köisteede külge on rullteede ja traaversite abil kinnitatud suruõhk-kaldtoru, mis saab liikuda  piki ja põiki üle kogu tuha ladustamise laoplatsi (1) ladustamisala.','The present invention discloses a dry ash disposal and ash storage forming system of low-tech water areas. Said system describes an ash disposal storage area (1) where horizontal compressed air pipe (17) is positioned in the center of the storage area along the entire length of the storage area to transport ash to the storage area. Rail roads along which the cable crane towers (23) move are placed on the sides of the ash disposal storage area. Rail road, along which the cable crane tower (23) moves, is placed to the farther side of the storage area silo (15) of the ash storage area. A cable crane tower (24) is placed on the side of the silo (15) of the ash storage area. The tilted compressed air pipe is attached to the cableway with rollers and traverses, and said pipe can move along and diagonally over the whole storage area.'),('X553867     ','Leiutis käsitleb kaamera objektiivi (1), mis sisaldab optilist süsteemi, mille optiline telg (To) on kaamera korpusega (2) ühendamiseks ette nähtud objektiivi (1) korpuse kinnitusosa (3) suhtes nihutatav (S1), kallutatav (S2) ja pööratav (S3). Objektiivi korpuse kinnitusosa (3) sisaldab kinnitusosaga (3) ühendatud ja kinnitusosa (3) suhtes lineaarselt nihutatavat (S1) objektiivi esimest korpuse osa (4), esimese korpuse osaga (4) ühendatud ja esimese korpuse osa suhtes pööratavat (S3) objektiivi, teist korpuse osa (5) ning teise korpuse osaga (5) ühendatud ja teise korpuse osa (5) suhtes kallutatavat (S2) objektiivi, kolmandat korpuse osa (6). Objektiivi (1) optiline süsteem asetseb objektiivi (1) neljandas korpuse osas (12), mis asub nihutatavalt (S4) objektiivi kolmanda korpuse osa (6) sees.','Present invention relates to a camera lens (1) comprising an optical system having an optical main axis (To), which is shiftable (S1), tiltable (S2) and rotatable (S3) in relation to the fixing part (3) of the lens housing provided for fixing the camera lens (1) to the camera body (2), where the fixing part (2) comprises the first lens body part (4) and which is connected to it and is shiftable (S1) linearly in relation to the fixing part (2), the second lens body part (5), which is connected to it and is rotatable (S3) in relation to the first lens body part (4), and the third lens body part (6), which is connected to it and is tiltable in relation to the second lens body part (5). The optical system of the camera lens (1) is housed in the fourth lens body part (12), which is movably (S4) housed in the third lens body part (6).'),('X553962     ','Leiutis käsitleb mikroorganismi tüve Lactobacillus gasseri MMC2 DSM 23882 ning selle kasutamist antioksüdantse proteolüütilise koostisosana toidutoote või toidulisandi valmistamiseks. Nimetatud mikroorganismi sisaldavad toidutooted ja toidulisandid on hüpoallergeensed, nende tarbimine vähendab piimaallergiat ja eesnäärme healoomulise suurenemisega kaasnevaid alumiste kuseteede ärritussümptomeid, nendega seotud oksüdatiivset stressi ja põletikku.','The present invention relates to a new microorganism strain Lactobacillus gasseri MCC2 DSM 23882 and its use as antioxidant proteolytic ingredient for the production of food products and dietary supplements. Food products and dietary supplements comprising L.gasseri MCC2 are hypoallergenic, reduce milk allergy and lower urinary tract irritation symptoms accompanying benign prostatic hyperplasia and oxidative stress and inflammation associated with these.'),('X553973     ','Käesoleva leiutise eesmärk on takistada lukukorpusega manipuleerimist. Leiutisekohane lukukorpus (1) sisaldab keret (3), otsaplaati (2) ja kaldlukukeelt (4). Kaldlukukeel on seatud liikuma lineaarselt läbi otsaplaadi ava (11) oma sisemise asendi ja väljaulatuva lukustusasendi vahel. Kaldlukukeele (4) saab veel seada väljaulatuvasse põhiasendisse, mille korral põhiasend asub nimetatud lineaarses liikumissuunas sisemise asendi ja lukustusasendi vahel. Kaldlukukeel (4) sisaldab tipuosa (4A) ja tagaosa (4B), kus tipuosa kinnitatakse tagaosa külge kinnituskruviga (5). Vähemalt ühel lukukorpuse (1)  küljel (3A, 3B), on kinnituskruvi (5) kohal ava (7), kui kaldlukukeel (4) asub põhiasendis. Kaldlukukeel sisaldab veel süvendit (6) vähemalt ühel küljel. Süvend asub ava (7) kohal siis, kui kaldlukukeel on lukustusasendis.','The object of the invention is to prevent manipulation of the lock body. A lock body (1) according to the invention comprises a case (3), a face plate (2) and an oblique bolt (4). The oblique bolt is arranged to move linearly through the bolt hole (11) of the face plate between the inner position and the protruding locking position. The oblique bolt (4) can further be arranged into a protruding basic position, which is in a linear direction of movement between the inner position and the locking position. The oblique bolt (4) comprises a tip part (4A) and a rear part (4B), the tip part being attached to the rear part by an attachment screw (5). At least one side (3A, 3B) of the lock body (1) has a hole (7) at the site of the attachment screw (5), when the oblique bolt (4) is in the basic position. The oblique bolt further comprises a recess (6) on at least one side. The recess is at the site of the hole (7), when the bolt is in the locking position.');
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