baber/WOPTO huggingface dataset:
Patent DE-112016004205-B4 (DE)
Title: Hubsteuerventil in einem Taumelscheibenkompressor mit einem Kupferbalg als Druckmessmechanismus
Inventor: SUZUKI HIROKAZU
IPC: F04B27/18
Filed: 2016-09-15
Granted: 2023-05-25
Abstract: Hubsteuerventil (40), das in einem Taumelscheibenkompressor (10) mit variablem Hub verwendet wird, wobei der Taumelscheibenkompressor (10) mit variablem Hub einen Neigungswinkel einer Taumelscheibe (19) durch eine Steuerung eines Drucks in einer Steuerdruckkammer (16) ändert und einen Kolben (22) mit einem Hub hin- und herbewegt, der dem Neigungswinkel der Taumelscheibe (19) entspricht, wodurch Kohlendioxid, das als ein Kühlmittel dient, komprimiert wird, wobei das Hubsteuerventil (40) Folgendes aufweist:einen Solenoidabschnitt (50);einen säulenförmigen Antriebskraftübertragungskörper (60), der durch die Solenoideinheit (50) angetrieben wird, wobei der Antriebskraftübertragungskörper (60) einen Ventilkörper (60v) aufweist, wobei der Ventilkörper (60v) sich hin- und herbewegt, um einen Öffnungsgrad eines Verbindungsdurchgangs (75) einzustellen, der eine Abgabedruckzone (25) oder eine Saugdruckzone (26) mit der Steuerdruckkammer (16) verbindet;ein Ventilgehäuse (40h) mit einer Druckmesskammer (45), in die das Kühlmittel eingeleitet wird; undeinen Druckmessmechanismus (55), der in der Druckmesskammer (45) beherbergt ist, wobei der Druckmessmechanismus (55) einen Kupferbalg (56) aufweist, wobei sich der Balg (56) in einer Richtung einer Bewegung des Ventilkörpers (60v) ausdehnt oder zusammenzieht, um einen Öffnungsgrad des Ventilkörpers (60v) zu steuern, wobeider Antriebskraftübertragungskörper (60) in die Druckmesskammer (45) vorragt,der Druckmessmechanismus (55) einen Aufnahmeabschnitt (59) aufweist, der an den Balg (56) gekoppelt ist,der Antriebskraftübertragungskörper (60) einen Anlageabschnitt (60e) mit einer flachen Anlagefläche (60d) aufweist, um wahlweise mit dem Aufnahmeabschnitt (59) in Kontakt zu gelangen und von diesem getrennt zu werden,der Aufnahmeabschnitt (59) einen angelegten Abschnitt (59a) mit einer flachen angelegten Fläche (59d) aufweist, wobei der Anlageabschnitt (60e) wahlweise mit der flachen angelegten Fläche (59d) in Kontakt tritt und von dieser getrennt wird,der Anlageabschnitt (60e) und der angelegte Abschnitt (59a) aus einem identischen Material hergestellt sind, das härter als Kupfer ist, undder Anlageabschnitt (60e) eine Vickers-Härte hat, die größer als eine Vickers-Härte des angelegten Abschnitts (59a) ist.
Patent DE-112016005293-B4 (DE)
Title: Verfahren zur herstellung eines hohlen gegenstands
Inventor: OKABE SAYAKA
IPC: B29C45/16
Filed: 2016-09-13
Granted: 2020-10-08
Abstract: Verfahren zur Herstellung eines hohlen Gegenstands (P, PA, PB, PC) unter Verwendung mindestens einer inneren Form (50, 50A, 50B, 50C, 51, 52, 53, 510, 520, 530) und eines ersten, zweiten und dritten Paars von Formen (31, 41, 310, 410), (32, 42, 320, 420) und (33, 43, 330, 430), von denen jedes ein Paar einer ersten Form (30, 30A, 30B, 30C) und einer zweiten Form (40, 40A, 40B, 40C) ist, wobei das Verfahren Formen eines Paars unterteilter Stücke (P1, P2) und Verbinden des Paars unterteilter Stücke (P1, P2) zum Formen des hohlen Gegenstands (P, PA, PB, PC) aufweist, wobei das Verfahren umfassteinen ersten Formvorgang und einen zweiten Formvorgang, die wiederholt mit einem dazwischen geschalteten Drehvorgang durchgeführt werden,wobei der erste Formvorgang umfasstEinspritzen von Harz in einen zwischen dem ersten Paar Formen (31, 41, 310, 410) definierten Zwischenraum, in dem ein erstes Paar unterteilter Stücke gebildet wird, und das ohne die innere Form zusammengefügt wird, um das erste Paar unterteilter Stücke zu verbinden, um an einer Einspritzstation (11) einen ersten hohlen Gegenstand zu bilden,Einführen der einen inneren Form (53, 530) zwischen das dritte Paar Formen (33, 43, 330, 430) an einer Einrichtstation (13),Halten des zweiten Paars Formen (32, 42, 320, 420), zwischen denen die andere innere Form (52, 520) angeordnet ist, an einer Entnahmestation (12), und wobei im DrehvorgangBewegen eines von dem ersten, zweiten und dritten Paar Formen (31, 41, 310, 410), (32, 42, 320, 420) und (33, 43, 330, 430), die an der Einspritzstation (11) angeordnet sind, zur Entnahmestation (12),Bewegen eines anderen von dem ersten, zweiten und dritten Paar Formen (31, 41, 310, 410), (32, 42, 320, 420) und (33, 43, 330, 430), die sich an der Entnahmestation (12) befinden, zur Einrichtstation (13), undBewegen eines verbleibenden von dem ersten, zweiten und dritten Paar Formen (31, 41, 310, 410), (32, 42, 320, 420) und (33, 43, 330, 430), die sich an der Einrichtstation (13) beﬁnden, zu der Einspritzstation (11), und wobei der zweite Formvorgang umfasstEinspritzen von Harz in einen Zwischenraum, der zwischen dem dritten Paar Formen (33, 43, 330, 430) definiert ist, das mit der dazwischen eingefügten inneren Form zusammengefügt ist, um ein drittes Paar unterteilter Stücke an der Einspritzstation (11) zu formen,Entnehmen des ersten hohlen Gegenstandes aus dem ersten Paar Formen (31, 41, 310, 410) an der Entnahmestation (12), undEntfernen der anderen inneren Form von dem zweiten Paar Formen (32, 42, 320, 420), während ein zweites Paar unterteilter Stücke zwischen dem zweiten Paar Formen an der Einrichtstation (13) belassen wird.
Patent CZ-279393-B6 (CZ)
Inventor: HALADA ZDENEK
IPC: F02D19/06
Filed: 1991-03-26
Abstract: Zařízení má hydraulický přenos ovládací síly  mezi hlavním válcem (2), ovládaným plynovým  pedálem (1), a ovládacím válcem (3)  vstřikovacího čerpadla a ovládacím válcem (4)  směšovače. Ovládací válec (3) vstřikovacího  čerpadla a ovládací válec (4) směšovače jsou s  hlavním válcem (2) spojeny přes rozvaděč (5),  který má dva řídící prostory (8, 9) oddělené od  sebe šoupátkem (6). První řídící prostor (8) je  spojen se spínacím prostorem (14) pneumatického  válce (13) pro ovládání spojky vstřikovacího  čerpadla. Druhý řídící rostor (9), ve kterém je  mezi šoupátkem (6) a skříní rozvaděče (5)  uspořádána tlačná pružina (7), je spojen s  vypínacím prostorem (15) téhož pneumatického  válce (13).ŕ
Patent CZ-281017-B6 (CZ)
Inventor: HORVATH ATTILA
IPC: D01H13/10
Filed: 1994-01-20
Abstract: Talířová niťová brzdička (11) sestává ze dvou  brzdových elementů (26) mezi nimiž probíhá nit  (12), a které jsou poddajně k sobě přitlačovány  zátěžnými prostředky. Tyto brzdové elementy (26)  jsou excentricky uloženy na vnitřní stěně (32)  středového otvoru (27) ne úložných prostředcích  (36), které vyplňují pouze malou část  středového otvoru (27). Kromě toho jsou v  oblasti tohoto středového otvoru (27) uspořádány  vodicí prostředky (46) nitě (12).ŕ
Patent CZ-299634-B6 (CZ)
Title: Amidine derivative and use thereof
Inventor: BAUCKE DORIT
IPC: A61K38/00
Filed: 1997-07-29
Abstract: In the present invention, there are described amidine derivatives of the general formula I wherein A, B, E and D have the meanings indicated in the description, as well as process for preparing thereof. These substances can be used to suppress various diseases.
Patent SK-281629-B6 (SK)
Inventor: VLHA JOZEF
IPC: G21C9/004
Filed: 1997-02-11
Abstract: Zariadenie na obmedzenie následkov havárie jadrovej elektrárne pri havarijnom výtoku chladiva z primárneho okruhu reaktora, zohľadňujúce aj možnosť roztrhnutia hlavného cirkulačného potrubia tohto okruhu. Zariadenie pozostáva z prepúšťacích ústrojenstiev (1), spojovacieho kanála (2) a barbotážneho ústrojenstva (3). Riešeným problémom je umožnenie rekonštrukcií starších prevádzkovaných jadrových elektrární, ktoré nemajú zabudovaný dostatočne výkonný lokalizačný systém na obmedzenie následkov havárie pri väčšom výtoku chladiva z primárneho okruhu, pričom aspoň tri prepúšťacie ústrojenstvá (1) sú usporiadané v mieste výtokových otvorov (4) stropu (5) reaktorovej budovy (6).ŕ
Patent SK-284886-B6 (SK)
Title: Safety device for damping or preventing the movements of a broken section of a piping system
Inventor: BOTH HUBERT
IPC: F16L57/02
Filed: 1997-11-21
Abstract: A safety device is disclosed for damping or preventing the movements of a broken section of a piping system (1). In a first embodiment, at least two stiff or deformable traction bars (5) bridge a possible breaking point (2) so as to prevent it from breaking. In another embodiment, a part of the piping system (1) is supported by a buttress (7) at a branch (6) or fitting housing so as to prevent it from breaking. The branch (6) is further joined to the buttress (7) by at least two deformable traction bars (5), in particular a deformable hoop (11).
Patent CS-276498-B6 (CS)
Inventor: FENDRICH DUSAN ING
IPC: B24B41/02
Filed: 1989-08-10
Abstract: Zařízení je určeno především pro zařízení
na opracování brusných kotoučů. Na prachotěsné
konzole (1) je upraveno těleso (2)
s primatickými vodícími plochami (22) pro
vodicí desky (5), opatřené stěračem (47)
a lamelovým krytem (29). Desky (5) nesou
úhelník (4) s držákem (28) nástroje (30).
Pohýb je odvozen od pracovního válce (8)
s oboustrannou píatnicí (3) oboustranně
utěsněnou harmonikovými kryty (20, 24).
Jeden konec pístnice (3) je propojen s ozubenou
tyčí (7), která ovládá jednak rotační
čidlo (27), jednak koncový spínač
(42). Rovněž ozubená tyč (7) je na výstupu
z tělesa (2), do kterého je zavedena,
opatřena harmonikovým krytem (24)·
Patent CZ-282470-B6 (CZ)
Inventor: OSBORN THOMAS WARD
IPC: A61F13/515
Filed: 1990-10-26
Abstract: Hygienická vložka s horní vrstvou (22) a s  absorpčním jádrem (26) spojeným s horní vrstvou  (22). Horní vrstva (22) a přidružené absorpční  jádro (26) se oddělují od spodní vrstvy (24)  hygienické vložky (20). Hygienická vložka (20)  má upevněný příčný okraj (32), spojující horní  vrstvu (22) a spodní vrstvu (24), který tvoří  pant k usnadnění oddělování. Hygienická vložka  (20) dále řídí míru oddělování horní vrstvy (22)  a sdruženého obsorpčního jádra (26) od spodní  vrstvy (24). Výhodným způsobem k ovládání míry  oddělení horní vrstvy (22) a sdruženého  absorpčního jádra (26) od spodní vrstvy (24)  jsou podélně orientované sklady (52).ŕ
Patent CZ-291726-B6 (CZ)
Title: Flue gas treating system
Inventor: KOTAKE SHINICHIRO
IPC: B01D53/56
Filed: 1998-04-17
Abstract: The present invention relates to a flue gas treating process comprising the denitration step of injecting ammonia (B) into flue gas (A) containing at least nitrogen oxides and sulfur oxides to decompose the nitrogen oxides present in the flue gas (A), and the desulfurization step of introducing the flue gas (A) leaving said denitration step into an absorption tower (21) where it is brought into gas-liquid contact with an absorbing fluid (E) to remove at least the sulfur oxides from the flue gas (A) by absorption thereof into the absorbing fluid (E), and/or ammonia (B) is injected into the flue gas (A) as required at a point downstream of said denitration step, whereby the amount of ammonia (B)  injected in said denitration step and/or the amount of ammonia (B) injected at the point downstream of said denitration step are determined so as to be on such an excessive level that ammonia (B) or an ammonium salt will remain in the flue gas (A) introduced into said desulfurization step. The amount of ammonia (B) injected in said denitration step is determined so that the concentration of ammonia (B) remaining in the flue gas (A) leaving said denitration step will be not less than 30 ppm.
Patent CZ-285417-B6 (CZ)
Title: Method of preventing starting of a controllable mechanism for retention passengers travelling in a vehicle and apparatus for making the same
Inventor: MAZUR JOSEPH F
IPC: G06K7/08
Filed: 1995-06-20
Abstract: An apparatus (20) for preventing actuation of an air bag restraining device (25) of a vehicle includes a weight sensor (36), a distance sensor (42), and a seat belt payout sensor (66). A controller (22) is operatively connected to the sensors (36, 42, 66) and to the air bag restraining device (25). The controller (22) prevents actuation of the air bag when the sensors (36, 42, 66) sense a rearward facing child seat (46) on the occupant seat (40) by sensing a weight of an object less than a predetermined amount, a distance to an object on the seat (40) less than a predetermined amount, and a seat belt payout of greater than a predetermined amount.
Patent CZ-290810-B6 (CZ)
Title: Vaccine for vaccinating a domesticated bird against coccidiosis comprising administering in ovo
Inventor: EVANS NIGEL A
IPC: A61K35/00
Filed: 1996-06-06
Abstract: The present invention relates to the use of live Eimeria sporozoites or merozoites, or a mixture thereof for preparing a vaccine for vaccination in ovo of a domesticated bird, wherein the vaccination is carried out during the final quarter of incubation and the domesticated bird that is vaccinated is particularly a chicken or turkey.
Patent CZ-290275-B6 (CZ)
Title: Method for consuming yarn loop after yarn spinning on a rotor spinning machine
Inventor: SPINDLER ZDENEK ING
IPC: D01H4/48
Filed: 1999-05-31
Abstract: Disclosed is a method for consuming yarn (7) loop (71) after yarn (7) spinning on a rotor spinning machine. The method is characterized in that spinning is carried out during full operating speed with a bobbin (112) moved away from a driving cylinder (111). After spinning the bobbin (112) is brought into contact with the driving cylinder (111), which causes its rotation in the winding direction, whereupon the bobbin (112) is moved away from the driving cylinder (111) and is accelerated to a higher circumferential velocity that the operating winding velocity. Subsequently acceleration to the  higher circumferential velocity is stopped and the bobbin (112) is brought again into contact with the driving cylinder (111), which causes its deceleration to the operating winding speed and this results in reduction of the yarn (7) loop (71) produced due to excess production of the yarn (7) during the bobbin (112) running-up period.
Patent CZ-296191-B6 (CZ)
Title: Enhanced process for preparing thiazolidinediones and novel thiazolidinediones
IPC: A61P3/10
Filed: 1998-03-17
Abstract: In the present invention, there is disclosed an enhanced process for preparing compounds of the general formula III, in which A represents CH=CH or sulfur; W denotes oxygen, X represents sulfur, oxygen or NRe2, wherein the radical Re2 denotes hydrogen or alkyl containing 1 to 6 carbon atoms, Y represents CH or nitrogen, R represents naphthyl, thienyl or phenyl, being optionally mono- or disubstituted with alkyl having 1 to 3 carbon atoms, CFi3, an alkoxy group containing 1 to 3 carbon atoms, fluorine, chlorine or bromine, Re1 represents hydrogen or alkyl containing 1 to 6 carbon atoms, and n is 1 to 3, by reacting compounds of the general formula IV, in which A, W, X, R, Re1 a n are as specified above, with activated aluminium in protic solvents. Disclosed are also novel compounds of the general formula III, medicaments in which these compounds are comprised as well as their use in the treatment of diabetes mellitus.
Patent CZ-291858-B6 (CZ)
Title: Regeneration method of a filtration adjuvant and liquid filtration process
Inventor: VAN DEN EYNDE ERIK
IPC: B01J20/34
Filed: 1996-05-10
Abstract: The present invention relates to a filtration adjuvant containing grains of natural or synthetic polymers or incompressible natural grains of average size ranging from 20 microns to 70 microns and with a sphericity coefficient within the range of 0.6 to 0.9. The regeneration process is carried out by washing the filtration adjuvant with a caustic soda solution at concentration thereof in the range of 2 to 5 percent at a temperature of at least 80 degC for a period of 60 to 120 minutes, whereby caustic soda wash is carried out "in situ" such that the caustic soda solution passes through a filter installation in the same direction of flow of the washed liquid intended for filtration. Subsequently a washing of a liquid intended for filtration is carried out in the same direction of flow at a temperature of 40 degC to 60 degC and for a period of 100 to 200 minutes using an enzyme preparation, and then grains of filtration adjuvant collected on a filtration carrier are removed to enabling cleaning of the carrier, whereby the removed grains are used for a new filtration cycle.
Patent CZ-292228-B6 (CZ)
Title: Garment blank subassembly
Inventor: RAJALA GREGORY JOHN
IPC: A61F13/72
Filed: 1996-06-03
Abstract: The present invention relates to a garment blank subassembly (10) having a front body portion (16), a back body portion (20), a crotch intermediate portion (24) extending from the front body portion (16) to the back body portion (20) and at the same time between a pair of leg openings (44, 46) in a garment to be assembled from the garment blank subassembly (10). Elastic members (48, 50, and 51) of the invented garment mediate elastic openings for legs and body so that the body opening is extendable about the hip and abdominal regions of the user in order to secure sealing fit about the legs, particularly in the crotch zone (31).
Patent SK-282391-B6 (SK)
Inventor: JONCZYK ALFRED
IPC: C07K7/64
Filed: 1996-09-12
Abstract: Cyklopeptid vzorca (I) Cyklo-(Arg-Gly-Asp-DPhe-NMeVal)a jeho fyziologicky prijateľné soli ako inhibítory integrínu využiteľné na výrobu farmaceutických prostriedkov na profylaxiu a ošetrovanie chorôb krvného obehu, angiogénnych ochorení, mikrobiálnych infekcií a nádorov a na ďalšie účely v biológii a v molekulárnej biológii. Ďalej je uvedený spôsob jeho prípravy.ŕ
Patent SK-283575-B6 (SK)
Title: Compounds related to the amidinium family, pharmaceutical compositions containing same and use thereof
Inventor: LEHN JEAN-MARIE
IPC: C07J41/00
Filed: 1997-02-28
Abstract: Novel amidinium derivatives of formula (I), wherein R1 is a cholesterol derivative or an alkylamino-NR'R'' grouping, and each of R2 and R3 is independently a hydrogen atom or a grouping of formula (II), wherein each of R4 and R5 is independently a hydrogen atom or a grouping of formula (III), are disclosed. The corresponding pharmaceutical compositions, which are particularly useful in gene therapy for transferring therapeutic genes into cells, are also disclosed.
Patent SK-279969-B6 (SK)
Title: Method of preparation of sio2 - aerogel scintillator doped by diphenyloxazolylbenzene
Inventor: FAJNOR STEFAN V
IPC: C01B33/18
Filed: 1992-07-22
Abstract: SiO2 - aerogel is subjected to 1,4-bis[5-phenyl-2- -oxazoly]benzene vapour saturation at 200 to 300 degrees Celsius, at decreased pressure, for 10 to 30 hours. Thus prepared scintillator is usable as a scintillator detector for monitoring low-energy micro-particles, as well as for monitoring micro-particles and heavy ions in such cases when it is necessary to obstacle a registered object with a minimum amount of detection substance.
Patent SK-277832-B6 (SK)
Title: Alkylation method of isoparafin by olefin
Inventor: CHILD JONATHAN EDWARD
IPC: C07C2/58
Filed: 1990-06-07
Abstract: Alkylation isoparafin by olefin by origin alkylate, is realised with present of catalyst-zeolite having next lines of diffraction diagram of rontgene rays: interplanar d-distance (A)           relative intensity I/Io x 100 ____________________________________________________________ 30,0   [ 2,2                W - M 22,1   [ 1,3                W 12,36  [ 0,4                M - VS 11,03  [ 0,2                M - S 8,83  [ 0,14               M - VS 6,18  [ 0,12               M - VS 6,00  [ 0,10               W - M 4,06  [ 0.07               W - S 3,91  [ 0,07               M - VS 3,42  [ 0,06               VS ------------------------------------------------------------- where relative intensities are marked as follows: W = 0 to 20, M = 20 to 40, S = 40 to 60, VS = 60 to 100.
Patent SK-277899-B6 (SK)
Title: Mixture for treatment of glass fibers
Inventor: FORRO JURAK
IPC: C03C25/10
Filed: 1988-09-26
Abstract: Mixture consists of 0,1 to 6 per cent of weight of catione tenside, 0,001 to 1 per cent of weight of flocculating agent, 0,05 to 1,5 per cent of weight of aminosilanes 0,01 to 1 per cent weight of acidic regulators of pH and 100 per cent weight of water, or 0,05 to 4 per cent weight of nonionic tensides, polyethyleneglycol and polyvinylalcohol.
Patent CZ-296463-B6 (CZ)
Title: Device for sealing a system for maintaining temperature of products located on a palette
Inventor: PAUPARDIN MICHEL
IPC: F25D23/00
Filed: 1998-07-30
Abstract: The invention relates to a device for sealing a system for regulating the temperature of products located on a palette placed in a tunnel (5) circulating ventilation air. Said device is characterized in that, in the tunnel (5), in order to avoid air leakage around the products located on the palette, there is arranged a sheet (1) that is arranged so as to adhere to the sides and the top of the products by the effect of the ventilation air pressure circulating in the tunnel (5). The sheet (1) is located within the space (E) extending between the surface (4A) of the product pack (4), a carrier and the opposite surface (5A) of the tunnel (5), and after inflating, it encloses said space (E) with simultaneous restriction of air circulation to passages between the products, only.
Patent CZ-290196-B6 (CZ)
Title: Method of securing an architectural finish element
Inventor: ABOU-RACHED ROGER GEORGES
IPC: E04B1/04
Filed: 2001-02-14
Abstract: In the present invention there is disclosed a method of securing an architectural finish element to a surface substantially formed by a castable material cast about a mesh material wherein the method includes the steps of: a) securing at least one projection to a backing surface of said architectural finish element such that said projection extends generally away from said backing surface; b) inserting said at least one projection into said castable material before said castable material has set, until said backing surface rests on a surface of said castable material, whereby said at least one projection co-operates with said mesh material to engage therewith; and c) permitting said castable material to set about said at least one projection, thereby firmly securing said projection in said castable material and securing said architectural finish element thereto.