baber/WOPTO huggingface dataset:
Patent EC-SP993115-A (EC)
Title: Agentes herbicidas para cultivos de arroz tolerantes o resistentes
Inventor: BIERINGER HERMANN
IPC: A01N47/36
Filed: 1999-08-26
Abstract: Para la represión de plantas dañinas en presencia de arroz, que consta de mutantes tolerantes o resistentes o plantas de arroz transgénicas, se adecuan combinaciones de herbicidas (A) + (B), eventualmente en presencia de antídotos con un contenido activo de (A) un herbicida de amplio espectro de efectos tomado entre el grupo de (A1) glufosinato (sales) y compuestos afines (A2) glisofato (sales y compuestos afines tales como sulsofato. (A3) imidazolinonas tales como imazetapir, imazapir, imazaquin, imazamox o sus sales, y (A4) azoles herbicidas tomados entre el grupo de las sustancias inhibidoras de la protoporfirinógeno-oxidasa (sustancias inhibidoras de PPO) y (B) uno o varios herbicidas tomados entre el grupo de los compuestos, que consta de (Bo) uno o varios otros herbicidas estructuralmente, distintos, tomados entre el mencionado grupo (A), y/o (B1) herbicidas con efecto foliar y efecto sobre el suelo (efecto residual) que son activos de manera selectiva en presencia de arrozcontra plantas dañinas monocotiledóneas y dicotiledóneas, y/o (B2) herbicidas que son activas en presencia de arroz contra plantas dañinas dicotiledóneas y/o cárex, y/o (B3) herbicidas con efecto foliar que son activos de manera selectiva en presencia de arroz contra plantas dañinas monocotiledóneas y/o (B4) herbicidas con efecto foliar y sobre el suelo que son eficaces de manera selectiva en presencia de arroz contra plantas dañinas monocotiledóneas, o herbicidas tomados de varios de los grupos (BO) hasta (B4), y los cultivos de arroz son tolerantes frente a los herbicidas (A) y (B) contenidos en la combinación, eventualmente en presencia de antídotos.
Patent FI-20002554-A (FI)
Inventor: KIVIPURO RISTO
IPC: G06F21/10
Filed: 2000-11-21
Abstract: The invention relates to a method for providing contents in a wireless communication device (5a, 5b, 5c) which is equipped with at least means for utilizing the contents. In the method, at least one content component (21a-21f) is formed of the contents. Said at least one content component (21a-21f) is supplemented with at least one data structure (44), in which is defined information related to the content component (21a-21f). Furthermore in the method, at least one content packet (20) is formed, which is supplemented with said at least one content component (21a-21f) and with at least one data structure (44) related to said at least one content component (21a-21f). Said content packet (20) is stored, and said content packet (20) is loaded in the wireless communication device (5a, 5b, 5c).
Patent FI-20115688-A (FI)
Inventor: NESTARES OSCAR
IPC: H04N5/911
Filed: 2011-06-30
Abstract: In some embodiments, a method of processing a video sequence may include receiving an input video sequence having an input video sequence resolution, aligning images from the input video sequence, reducing noise in the aligned images, and producing an output video sequence from the reduced noise images, wherein the output video sequence has the same resolution as the input video sequence resolution. Other embodiments are disclosed and claimed.
Patent FI-20175668-A (FI)
Title: Method for producing cell cultures of the family betulaceae, compositions comprising said cell cultures and use of said cell cultures
Inventor: PUUPPONEN-PIMIÄ RIITTA
IPC: C12N5/04
Filed: 2017-07-07
Abstract: The present invention relates to a method for producing a cell culture of a plant of the family Betulaceae, said method comprising two stages, where in the first stage birch callus line is cultured in a liquid medium comprising a medium used for plant cell and tissue culture, with or without irradiation, to obtain primary suspension cell culture, and in the second stage the primary suspension cell culture is up-scaled in at least two steps in the liquid medium with or without irradiation.
Patent FR-1074055-A (FR)
IPC: F16K17/16
Filed: 1953-01-28
Granted: 1954-10-01
Abstract: 716,734. Pressure relieving devices for fluids. DISTILLERS CO., Ltd. Jan. 23, 1953 [Feb. 8, 1952], No. 3332/52. Class 135 In a safety device consisting of a domed frangible diaphragm 1 clamped between body parts comprising a fitting 5 connected to a vessel in which pressure is to be relieved and a fitting 6 which receives a clamping ring 3 and leads to atmosphere, either the body or the annular clamping flange 2 of the diaphragm has attached thereto a peg or pegs 7 mating with holes in the other member whereby, by varying the number and/or arrangement of pegs in constructions having different bursting pressures, only one design of diaphragm may be inserted in a given device. The invention may be applied to devices in which a cutter, mounted on the clamping ring 3, ruptures the diaphragm at a given pressure. It is also applicable to diaphragms with vacuum supports as described in Specification 711,516. To strengthen diaphragms which are designed to burst at low pressures the clamping ring 3 may be attached to the flange of the diaphragm, e.g. by adhesive, rivets, bolts or spot welding. When rivets or bolts are used their ends may coact with recesses in the body to serve as the interrelated mating means.
Patent FR-1605030-A (FR)
Title: Protecting plug device - to restrain menstrual flow
IPC: A61F13/20
Filed: 1968-10-25
Granted: 1972-08-28
Abstract: Plug device for obstructing the menstrual flow from the vagina consists of a conical penetrating portion and a cylindrical body which expands due to the warmth and humidity of the vagina to produce an hermetic seal. The plug is small in volume, sealing is perfect and placing in position is easy. It is kept in position by the pelvic muscles and rejected voluntarily by the same muscles.
Patent GB-1052008-A (GB)
IPC: F01D5/30
Abstract: 1,052,008. Mounting turbine and compressor rotor blades. ROLLS-ROYCE Ltd. June 21, 1965, No.26208/65. Heading F1T. A rotor, for use e.g. in a gas turbine engine, is provided with a plurality of angularly spaced apart aerofoil-shaped blades each of which has a root portion which is located in a slot which extends radially inwardly from the periphery of the rotor, the rotor being provided with a peripheral annular groove which is intersected by the slots and in which are mounted and retained spacer members each of which extends between the root portions of adjacent blades, each slot having walls which slidably engage the respective root portion and which prevent both angular and radial movement of the respective blade with respect to the rotor, and each root portion having a recess in which is located a projection which is mounted on an adjacent spacer member and which prevents movement of the respective blade axially of the rotor. The rotor disc 14 (Fig. 3) is provided with a peripheral annular groove 30 which is intersected by slots 17. Each slot 17 and its respective root portion 16 are of dove-tail shape. The groove 30 has dove-tail shaped walls 34 which slidably engage correspondingly shaped walls 35 on spacer members 31. The walls 34 are cut away at 38 adjacent to a slot 17 to permit each spacer member 31 to be introduced radially into the adjacent slot 17 and region 38, and so into the groove 30. The spacer members 31 are each provided with a pin 32 adapted to be located within a recess 33 in the root portion of a blade 15. In addition to the blades 15 the rotor disc 14 is provided with a blade 36 of exactly the same shape except that it is not provided with a recess 33 and this blade is secured in a slot 17 as by cementing or by means of a lock-plate having tabs, a spring loaded pin or a leaf spring (not shown). The root portion 16 of the blade 36 is engaged by a spacer member similar to the spacer members 31 but without a pin 32. The rotor is assembled by first introducing a blade 15 into the slot 17 adjacent to but spaced anticlockwise from that communicating with the cutaway region 38. A spacer member 31 is then introduced into the groove 30 via the region 38 and the adjacent slot 17 and moved clockwise until its pin 32 engages the recess 33 in the root portion 16 of the blade 15. This process is repeated until all the blades 15 and spacer members 31 have been assembled when the spacer member without a pin 32 is introduced into the last slot 17 and the region 38, and is moved anticlockwise until it clears the last slot 17, in which slot the blade 36 is secured in position. The blades and spacer members may be of synthetic resin if the rotor is to be used in the compressor of a gas turbine engine, but are of metal if it is to be used in the turbine.
Patent GB-1052598-A (GB)
IPC: A01K31/17
Abstract: 1,052,598. Poultry battery cages. BIG DUTCHMAN Inc. Nov. 23, 1965, No. 49718/65. Heading A1M. Poultry battery cages are supported on a framework comprising beams 54 mounted on legs 50 and carrying support elements 56 arranged in pairs and extending parallel to the cage rows a series of cantilever rods 74 being attached to the outer-most elements 56 and having an upwardly sloping part to support the cage and a vertical part extending up and attached to the back of the cage and having an inwardly directed flange 75 to extend over the top of the cage. Additional support for the outer rows of cages is provided by rods 70 attached to the elements 56 and to the ends of the legs 50. Two inner rows of cages are supported on compression rods 60 having a central peak 60<SP>1</SP>. A conveyer belt is located between the elements 56 and receives eggs which roll from the cages. Four cage rows form a unit which is served by a feed conveyer e.g. a feed chain extending round the two inner rows.
Patent GB-1053765-A (GB)
IPC: C07H15/08
Abstract: 1,053,765. Starch ethers. OLIN MATHIESON CHEMICAL CORPORATION. June 10, 1963 [June 27, 1962], No. 23043/63. Heading C3U. A starch polyhydroxy-polyether is made by mixing starch, and at least 0À5 mole, per anhydroglucose unit weight of starch, of a polyhydric alcohol containing at least two hydroxyl groups, in the presence of at least 0À5% by weight, based on the weight of starch and alcohol, of a Lewis acid catalyst; heating the mixture and introducing into the heated mixture a compound containing a 1,2-oxide group. The starch-alcohol mixture may be heated to 30-250‹ C. and maintained at this temperature during introduction of the 1,2-oxide. The polyol may be glycerol, ethylene glycol, propylene glycol or sorbitol. Specified 1,2-oxides are ethylene, propylene and butylene oxides, glycidol, isobutylene oxide, tetramethylene oxide, n-hexyl oxide, epichlorohydrin, cyclobutylene oxide, and cyclohexylene oxide. Specified Lewis acid catalysts are boron trifluoride, boron trichloride, aluminium chloride, titanium chloride, tin tetrachloride, ferric chloride and acidic clays. Examples describe the etherification of potato starch. The ethers may be cross-linked with diisocyanates to form polyurethane foams (Specification 1,053,766).
Patent GB-1225649-A (GB)
IPC: D06N3/14
Filed: 1968-07-30
Abstract: 1,225,649. Porous laminates. FARBENFABRIKEN BAYER A.G. 30 July, 1968 [9 Aug., 1967; 7 Dec., 1967 (2)], No. 36277/68. Heading B5N. [Also in Divisions B2 and C3] A microporous polyurethane foil may be glued on to bonded fleece, split leather or fabric by means of discontinuous layers of adhesive, according to Example 7. The foil is prepared by forming a sloution of a polyester prepared from adipic acid, diethylene glycol and 1,1,1- trihydroxymethylpropane, butane-1,4 diol and diazabicyclooctane as catalyst in butyl acetate and adding to this solution a solution of phenylene-1,4-diisocyanate in xylene and butyl acetate, flowing the resulting mixture on to a conveyer band made of glass fibre fabric coated with polytetrafluoroethylene and moving the conveyer band through a heating zone in which the solvents are evaporated. The microporous foil is then stripped from the conveyer band.
Patent GB-1227962-A (GB)
IPC: C07D455/03
Filed: 1968-06-13
Abstract: 1,227,962. Diels-Alder adducts of quinolizinium salts. EASTMAN KODAK CO. 13 June, 1968 [14 June, 1967], No. 28246/68. Heading C2C. [Also in Divisions C3 and G2] Novel quinolizinium salts of the formula in which X is an anion, D represents -CO- or -C=N 2  and the additional atoms required to complete a 5- or 6-membered ring, which may be substituted or fused to a further ring system, each of V, W, Y and Z represents H, alkyl, hydroxymethyl, cyano, alkylthio, alkoxy, dialkylamino, heterocyclic or an aralkyl group (provided that no more than one of V, W, Y or Z is cyano) or Y and Z together represent an alkylenedioxy radical, or one of Y and Z and one of V and W represent the atoms required to complete a 5- or 6- membered ring containing the 2 carbon atoms to which they are bonded, are prepared by a Diels- Alder reaction between a diene salt of the formula with a dienophile of the formula in the presence of an organic diluent. The reaction of an unsymmetrical diene with an unsymmetrical idienophile may give a product which is a mixture of structural isomers in which the and groups are interchanged. Specified diene reactants are salts derived from the anhydride of 2,3 - dicarboxyquinolizine, 6 - diaza - 5 - oxo- 8 - phenyl - 4a - aza - anthracene, 4a - azaanthracene - 5,8 - dione, 4a - aza - anthracene- 5,6 - dione and 8 - phenyl - 4a - aza - anthracene - 5,6 - dione. Specified dienophiles inelude α-olefines, styrenes, vinyl substituted heterocycles, enamines, vinyl ethers and thioethers, acrylonitrile, allyl alcohol, dialkylamino propenes, ketene acetals, ketene aminals, 1-1- dialkyi-, 1,1,2,2-tetraalkyl- and 1,2-dialkoxyethylenes, cyclodienes and dihydro-pyrans and furans. When cyclopentadiene is used as the dienophile it also reacts as a diene in respect of any cyclenone ring in the quinolizinium reactant, the product containing two fused cyclopentene ring structures. The anion X may be e.g. halide, perchlorate or fluoroborate. The novel salts are modified on exposure to light and can be used to make photoresists and coatings for lithographic plates (see Divisions C3 and G2).
Patent GB-1233231-A (GB)
IPC: D21C3/06
Filed: 1968-10-10
Abstract: 1,233,231. Wood pulp. EASTMAN KODAK CO. 10 Oct., 1968 [16 Oct., 1967], No. 48127/68. Heading D2W. Wood chips are mixed with water and at least 30% by wt SO 2  (calculated on the combined weight of water and sulphur dioxide), and the temperature is raised quickly, within 2 hours, to at least 120‹C., and maintained above 120‹C until the chips are pulped, at least 30 wt% of SO 2  being maintained in the suspension for at least 5 mins after reaching 120‹C. The wood chips may be blended with a mixture comprising water and 30-80% S0 2 , the temperature of the mixture being from 120-145‹C during the blending, and the temperature of the resulting blend then maintained within this range for at least 30 mins., a 30% concentration of SO 2  being maintained for at least 15 minutes. Free or combined SO 2  may be used. The suspension may also contain 5-50 wt% of a miscible additive such as an aliphatic alcohol containing 1-5 C atoms; an aliphatic carboxylic acid containing 1-5 C atoms or a glycol. Woods pulpable by this method are:-Eastern spruce, Southern pine, Douglas fir, gumwood, White birch and alder.
Patent GB-1233499-A (GB)
IPC: G09D3/00
Filed: 1969-12-05
Abstract: 1,233,499. Calendars. R.G. MERRICK. Dec. 5, 1969, [Dec.30, 1968], No.59592/69. Heading G3T. A transparent calendar leaf 16 on which the calendar for one month is printed is removably adhered to the glass 15 of a wristwatch 10 and enables the dial 12 to be observed through the leaf. Twelve leaves, one for each month, are initially mounted on a paper backing from which they are removed in turn and fixed to the watch glass. The leaves are made of a hard acetate or polyester material and the characters are printed on the leaves with transparent ink.
Patent GB-1238286-A (GB)
IPC: H01H37/48
Filed: 1967-11-02
Abstract: 1,238,286. Thermal switches. SIMPLEX ELECTRIC CO. Ltd. 29 Oct., 1968 [2 Nov., 1967], No. 49866/67. Heading H1N. A thermostat for a self-cleaning electric oven comprises contacts 13a and 13b, operable in the cooking range of temperatures by differential expansion of rod 12 and tube 11, and a microswitch 26 actuated by a bar 23 at a predetermined cleaning temperature (about 300‹ F. higher than the maximum cooking temperature). The contact 13a is rigidly supported on rod 12 while contact 13b is carried by a blade 15 secured to rod 12, the contacts being opened upon engagement of the push rod 21 between blade 15 and an abutment lever 18 which is adjustable by screw member 20. A magnet 16 and armature 17 provide snap action. A spring 19 acting on lever 18 yields upon overtravel of rod 12 and prevents damage to the contact arrangement 13 during the cleaning operation.
Patent GB-1238749-A (GB)
IPC: B01D46/04
Filed: 1969-09-18
Abstract: 1,238,749. Gas filter with cleaning means. INTENSIV-FILTER G.m.b.H. 18 Sept., 1969 [18 Sept., 1968], No. 46068/69. Heading BIT. Cleaning of a selected row of gas filter elements 11 by outward gas flow while the rest of the elements 11 are still carrying out inward flow gas filtration is effected by placing manifold 18 over the selected row so that air from air supply duct 20 can pass in at the sides of movable stand 23, Fig. 3 and thence through the slot 24, Fig. 2 in the base of duct 20 into manifold 18 and hence through the selected row of elements 11. Passage of air from duct 20 through slot 24 is confined to that part of the slot 24 occupied by stand 23 by a flexible cover strip 25, Fig. 3, which covers that area of the slot 24 not occupied by stand 23. Stand 23 is movable along slot 24 together with manifold 18. The gas to be filtered and the cleaning air can be sucked or blown into the filter.
Patent GB-1239155-A (GB)
IPC: H01M6/34
Filed: 1969-04-28
Abstract: 1,239,155. Deferred-action battery. GLOBE UNION Inc. 28 April, 1969 [5 Sept., 1968], No. 21509/69. Heading H1B. A deferred action battery 10 which is activated by immersion in an electrolyte, e.g. seawater, comprises a tubular jacket 12 coaxial with an inner smaller core member 16 and a plurality of electrodes 24 extending radially between the core and jacket, and non-conductive spacer means provided interiorly of the jacket and exteriorly of the core for spacing the ends of the electrodes. An electrolyte can be freely passed between the electrodes in a direction parallel to the axis of the jacket and conductor means are provided for drawing current from the cell. As shown, Fig. 4, the spacer means may comprise longitudinal grooves 14 and 18 in the jacket 12 and core 16, respectively, which receive the ends of the electrodes. At least some of the electrodes are preferably bipolar and in the embodiment some electrodes are anodes 25, e.g. Mg, some are bipolar assemblies 26 and others are cathodes 27, e.g. AgCl. Each bipolar electrode comprises an anode 28 separated from a cathode 30 by an insulating film 32. Thus between each anode 25 and cathode assembly 27 there is a battery unit 36 comprising series connected voltaic cells 38. Several such units 36 may be connected in parallel, preferably by a pair of concentric highly conductive bus-bars 40, 42, e.g. silver-plated copper. A non-conductive spider bracket 20 at one end, with annular body 21 and radial arms 22 maintains jacket 12 and core 16 in spaced concentric relationship. In a modification the spacing of the inner ends of the electrodes is effected by eliminating grooves 18 and extending the insulating tape 32 farther about the edge of anode plates 28 and applying it to the edges of anodes 25 so that the cathode 30 of the adjacent electrode rests against the tape.
Patent GB-1251597-A (GB)
IPC: H04N1/413
Filed: 1969-01-24
Abstract: 1,251,597. Digital facsimile transmission systems. SOUTHERN PACIFIC TRANSPORTATION CO. 24 Jan., 1969 [24 Jan., 1968], No. 4197/69. Headings H4F and H4P. Binary signals from a facsimile scanner are converted to bi-polar form prior to transmission. The transmitter circuit, Fig. 1, uses a photomultiplier scanner, threshold circuit 16 giving binary single current signals corresponding to the scanner's output. Bi-stable 26 changes state each time circuit 16 outputs a 1-bit, so enabling gates 22, 24 alternately. By adding at 32 the output of gate 22 and the inverse of the output of gate 24 a bi-polar signal is obtained, i.e. alternate 1-bits are of opposite polarity. The bi-polar signal is passed to line as a vestigial side-band A.M. signal. Prior to each line scan bi-stable 28 is reset by a sync. pulse. If grey level is to be transmitted in addition to black and white, an A.C. signal from 11, of higher frequency than the bit repetition frequency, is added to the scanner output. This signal is of such amplitude that circuit 16 outputs a highfrequency sequence 1010 ... during the grey level. The receiver, Fig. 3, includes a demodulator 50 which passes the bi-polar signal to a rectifier 54 which outputs binary single current signals to threshold circuit 66 which feeds transducer 72. During the sync. pulse the bias on rectifier 54 is adjusted by units 56, 60, 62.
Patent GB-1252212-A (GB)
IPC: H01L21/761
Filed: 1969-01-15
Abstract: 1,252,212. Semi-conductor devices. INTERNATIONAL BUSINESS MACHINES CORP. 15 Jan., 1969 [15 Jan., 1968], No. 2358/69. Heading H1K. A semi-conductor integrated circuit 20 has metallic electrodes 15 and 39a, connecting it to two power supplies + V and- V, a capacitor formed in the body decoupling these two power supplies, and low resistance semi-conductor regions in and through the body to provide paths for distributing the electrical power. The semiconductor body is of silicon and the circuit comprises transistors. One of the electrodes 39a is deposited on a silicon dioxide layer 37 on major surface 25 of the body and leads power from the supply 19 via conductive metal contacts 11 and 13 to the transistor emitters and the interior region 5<SP>1</SP> of the semi-conductor body which forms part of the decoupling capacitor. The other power supply path to the transistors is provided by electrode 15, substrate region 1, the low-resistance low-inductance heavily doped semi-conductor channel 23 which forms the other part of the decoupling capacitor, metal contacts 12, portions 40, 39 and 42 of the metal layer on the silicon dioxide layer 37 and metal layers 10 connecting with the transistor collectors. The PN junction 28 between channel 23 and the interior of the semi-conductor body 5<SP>1</SP> provides the capacitance required for decoupling. Extensions 27, 29 and 31 of the interior of the body serve to isolate the transistors and allow connection to be made to the body interior region 5<SP>1</SP>.
Patent GB-1252392-A (GB)
IPC: C08F2/38
Filed: 1970-09-01
Abstract: 1,252,392. Stabilization of acrylic amides. SUMITOMO CHEMICAL CO. Ltd. 1 Sept., 1970 [30 Aug., 1969], No. 41831/70. Heading C2C. An acrylic amide is stabilized by the addition of an o,o<SP>1</SP>-dimethyl-nitrosobenzene (which optionally is further substituted). A process which comprises hydrolysing acrylonitrile (or an α- substituted acrylonitrile) with water and H 2 SO 4  to give an acrylic amide sulphate, and neutralizing the sulphate with an alkali or ammonia in water or an organic solvent, may be performed in the presence of a small amount of the stabilizer.