baber/WOPTO huggingface dataset:
Patent FI-801569-A (FI)
Inventor: MOOR BEAT
IPC: A63C11/22
Filed: 1980-05-14
Abstract: PCT No. PCT/CH80/00058 Sec. 371 Date Feb. 7, 1981 Sec. 102(e) Date Jan. 22, 1981 PCT Filed May 13, 1980 PCT Pub. No. WO80/02649 PCT Pub. Date Dec. 11, 1980.A ski stick grip, comprising a T-shaped part, the two arms of the T being symmetrically placed. The middle part of the T is shaped as a surface for the application of the hand and is enlarged in the direction of the T arms. The transition to the T arms is adapted to the shape of the hand and the thumb grip. The upper extremity of the grip with the two arms is built up into a pommel to take the bent fingers of the hand.
Patent FI-842422-A (FI)
Inventor: HADVARY PAUL
IPC: C07D305/12
Filed: 1984-06-14
Abstract: Novel compounds of the formula    <IMAGE>  I  wherein A signifies the group   <IMAGE>  or -(CH2)5-, which inhibit pancreas lipase and can be used for the control or prevention of obesity and hyperlipaemia, are disclosed. The inventive compounds can be produced by the cultivation of microorganism Streptomyces toxytricini, identified as NRRL 15443.
Patent FI-864304-A (FI)
Inventor: DORRESTIJN ANTOON
IPC: B05B15/04
Filed: 1986-10-23
Abstract: The invention relates to a process for the preparation of a moulded article comprising thermosetting material with a coating by applying particles comprising thermosetting material as coating material onto a heated mould which mould is partly covered with a mask, removing the mask from the mould, applying a moulding compound into the mould, closing the mould and applying pressure in order to cure the compound and coating further and is characterized in that the mask substantially consists of heat-conducting material which is cooled by a cooling agent. The invention also relates to a mask suitable for this process.
Patent FI-871215-A (FI)
Inventor: FIELD JAMES AARON
IPC: G01N33/18
Filed: 1987-03-19
Abstract: A process for treating waste water containing both phenolic compounds being toxic for methanogenic organisms and degradable non-phenolic compounds prior to its anaerobic purification as well as a process for detoxifying waste water containing phenolic compounds being toxic for aquatic organisms by subjecting said waste water to an oxidative treatment in such a way that no or virtually no precipitation is formed of the polyphenol compounds produced and virtually no influence is executed on the biochemical oxygen demand and the chemical oxygen demand of the waste water.
Patent FI-885471-A (FI)
Inventor: FAISSAT MICHEL
IPC: C08L57/02
Filed: 1988-11-24
Abstract: Block copolymer rubber when tackified with a resin obtained by copolymerising using a Friedel Crafts catalyst a mixture of:   (i) 5 to 55 wt % of a feed comprising C5 olefines and/or diolefines, and/or C6 olefines and/or diolefines and/or a mixture of C5 and C6 olefines and/or diolefines,   (ii) 5 to 55 wt % of a terpene and (iii) 3 to 55 wt % of an olefinically unsaturated aromatic compound said mixture containing less than 2 wt % of cyclopentadiene or diculcopentadiene provide excellent hot melt pressure sensitive adhesives providing the softening point of the resin is below 75 DEG C. l
Patent FI-906217-A (FI)
Inventor: TEEKMAN GERTJAN ARNOLD OLIVIER
IPC: C04B18/08
Filed: 1990-12-17
Abstract: This invention relates to a method for reducing the leachability of granular material, which essentially consists of an inorganic binder and a filler, which contains contaminants. According to the invention the granular material prepared is coated with a closed coating of water-insoluble and water-repellent material. Said coating (2) being preferably a watertight and/or water-repellent polymer composition. <IMAGE>
Patent FI-920335-A (FI)
Inventor: ARBELOA MARGUERITE
IPC: D21C9/10
Filed: 1992-01-24
Abstract: The invention relates to a process for the treatment of a ligno-cellulose pulp with a preparation containing enzymes having a solubilising activity on lignin and, where appropriate, hemicellulolytic activity, these enzymes being derived from the bacterium Streptomyces viridosporus. This enzymatic treatment may be applied to the separation of lignin from the ligno-cellulose pulp, for example to supplement a bleaching process. <IMAGE>
Patent FI-921030-A (FI)
Inventor: HIMMELSBACH FRANK
IPC: C07D211/58
Filed: 1992-03-10
Abstract: The invention relates to cyclic urea derivatives of general formula    <IMAGE>  (I)  wherein Ra, Rb, X and Y are as defined herein, pharmaceutical compositions containing the derivatives and processes for preparing them.
Patent FI-925776-A (FI)
Inventor: CAHOON JOHN M
IPC: C10N20/00
Filed: 1992-12-18
Abstract: The invention relates to a composition, comprising: at least one basic alkali metal salt of at least one hydrocarbyl-substituted acidic organic compound, wherein the hydrocarbyl group is derived from a polyalkene having an M &cir&  NOt n of at least 600, provided that when the organic compound is a sulfonic acid, the polyalkene has an M &cir&  NOt n of at least 900; and provided that when the acidic organic compound is a mixture of acidic organic compounds containing a carboxylic acid and a sulfonic acid which has a hydrocarbyl group derived from a polyalkene having an M &cir&  NOt n of less than 900, then the carboxylic acid comprises at least 10 % of the equivalents of the mixture.
Patent FI-930457-A (FI)
Inventor: RIZVI RIAZ
IPC: A61K8/00
Filed: 1993-02-02
Abstract: A conditioning shampoo containing water; an anionic surfactant; a water-soluble cationic, preferably polymeric, conditioning compound; a liquid, water-insoluble conditioning compound having a viscosity at 25 DEG C less than about 20 centipoises, a specific gravity less than 1.0, preferably less than about 0.95, and a refractive index of at least about 1.4 at 25 DEG C; and a suspending agent for the water-insoluble conditioning compound; in a suitable carrier, has extended product stability, excellent cleansing properties and provides unexpected overall conditioning to human hair, particularly superior wet and dry combing properties. The composition effectively deposits the water-insoluble conditioning agent onto the hair to substantially improve dry comb and dry lubrication properties that the water-soluble cationic conditioning agent does not substantially improve.
Patent FI-932174-A (FI)
Inventor: QUALLICH GEORGE J
IPC: C07D277/24
Filed: 1993-05-13
Abstract: The borane reduction of prochiral ketones to optically pure alcohols is effectively achieved by the utilization of catalytic amounts of the new and valuable oxazaborolidine catalysts of formula (I).
Patent FI-933273-A (FI)
Inventor: AHLERS MICHAEL
IPC: A23L33/00
Filed: 1993-07-20
Abstract: The invention relates to polyvinylamine derivatives containing hydrophilic centres, of the formula I <IMAGE> in which R<1>, R<2>, R<3>, X, w, x, y and z are as defined, and to a process for their preparation, and to the use of these compounds as medicaments (drugs, pharmaceuticals), active compound (active ingredient) carriers and as foodstuff auxiliaries. The preparation starts, in particular, from highly pure polyvinylamines containing the recurring unit of the formula Ia <IMAGE> whose preparation is likewise described.a
Patent FI-935159-A (FI)
Inventor: HUHTIALA VEIKKO ILMARI
IPC: E01C19/20
Filed: 1993-11-22
Abstract: An arrangement for precise spreading of a granular or liquid substance consists of a portable container 1 which, at the lower edge, has a connection for a spray pipe. The spray pipe is made up of a flexible part 3 and of a rigid part 4, 5, 6, and at the end of the rigid part there is a nozzle 7. <IMAGE>
Patent FI-940726-A (FI)
Inventor: ARVINTE TUDOR
IPC: A61K47/02
Filed: 1994-02-16
Abstract: The present invention provides an aqueous depot formulation comprising water, hirudin, and calcium, magnesium or zinc ions in the form of a water insoluble salt.
Patent FI-942428-A (FI)
Inventor: JACOBSSON HANS
IPC: H03K3/53
Filed: 1994-05-25
Abstract: PCT No. PCT/SE92/00815 Sec. 371 Date May 9, 1994 Sec. 102(e) Date May 9, 1994 PCT Filed Nov. 26, 1991 PCT Pub. No. WO93/10902 PCT Pub. Date Jun. 10, 1993.The present invention relates to a method for controlling, in an electrostatic precipitator unit comprising discharge electrodes and collecting electrodes between which a varying high voltage is maintained, a pulsating direct current supplied to these electrodes. In the method according to the invention the frequency, pulse charge and/or pulse duration of the pulsating direct current are caused to vary such that a plurality of combinations of frequency, charge and duration are obtained. For each of these combinations, the voltage U between discharge electrodes and collecting electrodes is measured, and for each of these combinations, a voltage level Uref is determined, measured or calculated. In a defined time interval, for each of these combinations, either the integral Ik= INTEGRAL Ux(U-Uref).dt is measured and/or calculated during the time interval, or Ai=Ux(U-Uref) is measured at a number of points of time, whereupon Ik or linear combinations of Ai are used to select the combination of frequency, charge and duration of the pulsating direct current.
Patent GB-283585-A (GB)
Title: Electric fuses for projectiles
IPC: F42C11/04
Filed: 1928-01-11
Abstract: 283,585. Rheinische Metallwaaren und Maschinenfabrik. Jan. 14, 1927, [Convention date]. Projectile fuzes.-Relates to electric projectile fuzes, as described in Specification 273,338, in which the energy of discharge of a condenser is utilized for igniting the detonator. According to the invention, two condensers which are connected together over the detonator are charged to the same potential before or during the firing of the projectile from a gun; the electrodes of one of the condensers are joined by a resistance, so that during the flight the charge on that condenser diminishes, and by this means an increasing potential difference is set up between the electrodes that are connected over the detonator, and after a predetermined time is sufficient to cause ignition. Fig 1 shows diagrammatically a percussion fuze embodying the invention. The condensers c, d, connected (with a contact-device p interposed) to an ignition wire n embedded in the detonator m, are automatically charged when the projectile is fired, by a current generated by the movement, due to inertia, of a magnet a through a coil b. Contacts f, g are opened by the magnet at the end of its movement, and at this instant the points k, l are at the same potential. As the projectile travels, the condenser d discharges through a resistance q. This sets up an increasing potential difference between the points k, l, which, after a given time, is sufficient to cause ignition when a circuit is completed from the condensers through the wire n. In the fuze shown in Fig. 1, such action occurs when the contacts p are closed by impact upon a target. Instead of using a wire n to ignite the detonator m, a spark gap may be provided. The resistance q may be adjustable, so that the time taken for the fuze to become armed, by the creation of the necessary potential difference at the points k, l may be varied as desired. Alternatively, by dispensing with the contacts p, and connecting the condensers over the detonator m except for a spark gap, the fuze may be converted into a time fuze. The width of the, gap may in this case be variable. Instead of charging the condensers by the means shown in Fig. 1, they may be charged from an external source of current. For this purpose, the modified arrangement shown in Fig. 3 may be used. Contacts connected by leads e, h, i to the condensers c, d are in this case provided on the outside of the fuze body, for connection to a generator or battery. The latter may be connected to contacts in the gun barrel, so that the condensers are when the projectile is placed in or fired from the gun. A switch is interposed when necessary, between the resistance q and the condenser d, this switch being closed automatically when the projectile is discharged.
Patent GB-134440-A (GB)
Title: Improvements in Machines for Cutting Spiral Bevel Gears.
Inventor: GEFFROY JULES HERVE
IPC: B23F1/06
Filed: 1919-01-15
Abstract: 134,440. Geffroy, J. H., and Fleury, P. Jan. 15, 1919. Gear-cutting.-A spiral bevel gear-cutting machine comprises (1) a pivoted frame 56 with setting means, carrying the blank-holding spindle 81 and its slide 57, and (2) a rotatable tool-carrier 12 having cross slides 15, 16 for adjusting the position of the cutter 18 with reference to the blank x. The cutter 18 comprises a disk on which a number of tools 49 are fixed with their working faces all in one plane, and so positioned as to form the flank of a tooth of a generating crown wheel. Means are provided to rotate the carrier 12 and blank x in unison, so that one tooth flank at a time is generated, the blank being indexed after the completion of a tooth flank. When the flanks on one side of all the teeth have been cut, the carrier 12 is disengaged from its gear 13 by slackening the bolts 14, and turned through approximately a semicircle, and the position of the cutter 18 is adjusted to finish the remaining tooth flanks. Instead of a milling cutter 18, a grinding-wheel may be employed to " rectify " previously-cut gears. The cutter is driven from the shaft 20 through a series of bevel and spur gears, and shafting 21 to 48. The blank-carrying frame 56 is mounted on a shaft 54, and is set at the required angle by a worm 62 and wheel 63, a graduated quadrant 53 showing the angle, The slide 57 carrying the blank-supporting spindle 81 and its driving means is adjusted to the correct distance from the centre of the shaft 54 by screws 73, 74, operated by turning a shaft 67. To facilitate this adjustment, and that of the cutter 18, a mandrel may be placed in the conical recess 124 of the shaft 54. The means for rotating the tool-carrier 12 and blank x in unison comprises reversing gearing 84, 85, 87, 88, 89, change-speed gearing 96, 97, and a quick-return motion 100, 101, 102 which drives a worm 107 gearing with a worm wheel 109 on a sleeve 108 having at its outer end a spur wheel 110 gearing with a rack 111 on a slide 112 in a frame 59 attached to and forming one piece with the blank-carrying frame 56. The rack 111 also engages a spur wheel 113, and through a shaft 80 and bevel gear 82, 83 drives the spindle 81 carrying the blank x. Pivotally connected to the slide 112 is a slide 115 sliding on a base 116 with a vertical rack, which moves on a vertical frame 117. The rate of vertical movement of this rack 116 therefore depends on the inclination of the frame 59 and the motion is transmitted through gearing 118, 120, 122, a rack 123, to the gear 13 for rotating the carrier 12. The blank is indexed by hand or mechanically operated indexing gear 125 &c. on a frame 129 which is rotated by the gear 83. The indexing gear rotates a worm wheel 128 on the spindle 81.
Patent GB-846918-A (GB)
Title: Shroud ring for an axial-flow compressor or turbine
Inventor: MOSS CHARLES ERNEST
IPC: F01D25/24
Filed: 1957-01-11
Abstract: 846,918. Turbine and compressor stator blading. POWER JETS (RESEARCH & DEVELOPMENT) Ltd. Dec. 24, 1957 [Jan. 11, 1957], No. 1137/57. Class 110 (3). In an elastic-fluid axialflow compressor or turbine having at least one row of stator blades mounted in the casing, a segmented blade-tip shroud ring is provided, each shroud ring segment being secured to the radially inner ends of stator blades of the blade row, the adjacent ends of neighbouring shroud ring segments being rigidly secured together by bridge-pieces so as to form an unbroken ring. In the compressor shown, the stator casing 6 is formed in two semi-circular halves 6a, 6b, each half carrying blades 7 by means of shroud ring portions 8, the radially inner ends of the blades being secured to semi-circular shroud ring segments 9a, 9b of channel-section. The abutting ends of each pair of shroud ring segments are rigidly held together by means of a coupling-device 10. In Figs. 3 and 4, the coupling-device comprises a pair of wedge members 11, secured one to each of the adjacent ends of the shroud ring segments 9a, 9b and a bridge member 12 which is shaped to engage over the two wedge members 11 when in their abutting positions. The abutting faces of the wedge members are recessed at 11a, 11b to receive two screwed bolts 13 which upon assembly are engaged in screwed holes 12b in the bridge member 12. Tongue portions 11d are formed on the inclined faces of the wedge members and are received in grooves 12a in the bridge member. In a further embodiment, the wedge portions have curved faces and the bridge member is correspondingly shaped. In a further embodiment, the wedge members are in the form of half frusto-conical members and the bridge member is a frusto-conical ring, a single bolt being used for securing the parts together.
Patent GB-687282-A (GB)
Title: Expanding mandrels for winding yarns
IPC: B65H54/54
Filed: 1950-01-17
Abstract: 687,282. Winding yarns. FISHWICK, T. April 10, 1951 [Jan. 17, 1950], No. 1142/50. Class 120(ii) An expanding mandrel to hold a tube to form a yarn package thereon comprises a central spindle, two split sleeves disposed around the spindle and expanded to grip the tube by two sleeve expanding members which are moved relatively to each other and in a direction longitudinally of the spindle to expand the split sleeves. As shown, the mandrel comprises a spindle 1 having disposed thereon two sleeve expanding members 2 and 3. The member 2 is connected to a boss 4 secured to the spindle by a pin 5, Fig. 4. The member 3 is connected to a nut 7 on the screw-threaded part 8 of spindle 1 so that by rotation of nut 7 member 3 can be made to move towards or away from member 2. Members 2 and 3 are formed with a series of collars 9 which support an inner split sleeve 10 around which is disposed an outer split sleeve 11. Sleeve 10 is formed with a series of circumferential ribs 12 which are so disposed that when members 2 and 3 are moved towards each other the ribs 12 move on to the collars 9 and thus expand the sleeves and vice versa. To prevent the nut 7 from being screwed off the spindle abutments 18 are formed by making two cuts 19 in the sleeve 10 and pressing that part of the sleeve there-between inwardly. The outer sleeve 11 may be provided with longitudinally disposed laterally extending lips on each side of the gap in the sleeve for use with a split tube. Flat springs may also be provided on the outer sleeve 11 to hold the tube on the mandrel prior to expanding the latter.
Patent GB-1340362-A (GB)
Title: Assembling a knitted fabric and its border
IPC: D05B7/00
Filed: 1971-01-11
Abstract: 1340362 Point bars; linking machines R SPAGNUOLO 11 Jan 1971 [17 Jan 1970] 1155/71 Headings D1C and DIG A knitted border folded parallel to its longitudinal edges into a U-shape is transferred from a first point bar to a second point bar, the garment edge to which the border is to be linked being disposed between the border edges during the transfer. The device disclosed comprises a base 5, a support 4 for the first comb 3 and supports 7 for the second comb 10. Pins 8, 9 on the supports 7 can engage slots 6<SP>1</SP>, 6<SP>11</SP> in a fixed block to determine the relative positions of the points of the combs 3, 10 as the latter is swung up to the former. In use, a folded edge strip (1, Figs. 8-12 not shown) for attachment to a garment edge (17) has both edges impaled on the points of comb 3 and a rod 15 is placed in the bight between the edges. Comb 10 is swung up into a stitch transfer position and one edge of border strip 1 is pushed onto its points by the rod (15). The comb 10 is swung back to a position (Fig. 10) where the garment edge may then be placed in the bight (Fig. 11 not shown) and impaled, the rod 15 withdrawn, placed under the points of comb 3 and used to move the other edge of the strip on to the points of comb 10 after the latter has moved back to the transfer position. The comb 10, with the strip and garment edge correctly impaled thereon is then removed. from supports 7 and transferred, to a straight bar linking machine (Fig. 13, not shown).
Patent GB-546786-A (GB)
Title: Improvements in or relating to the manufacture of polymeric materials
IPC: C08K5/21
Filed: 1941-01-29
Abstract: 546,786. Insolubilizing polyamides; coated fabrics ; films, making. DU PONT DE NEMOURS & CO., E. I., and COFFMAN, D. D. Jan. 29, 1941, No. 1169. [Classes 2 (ii) and 2 (iii)] [Also in Group VIII] An insolubilizing agent comprising an ether of dimethylol urea is incorporated in a watersoluble synthetic linear polyamide. The composition is then preferably heated. The melting point of the polyamide is raised by this insolubilizing treatment.' A film of the polyamide may be sprayed or brushed with a saturated aqueous solution of the insolubilizing agent, and then baked, or the agent may be added, as such or in solution, to a solution of the polyamide, just prior to casting the film, or the agent may be added to the film after casting but before it has dried. The polyamides are preferably treated while in pellicular form, though the insolubilizing treatment may be applied to the polyamide in ribbon, bristle, fibre, fabric or massive moulded form. Shaped articles may be formed by extruding a molten polyamide, or a solution of the polyamide, into a bath containing the insolubilizing agent. Baking temperatures of at least 75‹ C. are desirable, and much higher temperatures may be employed if the polyamide composition is blanketed with an inert gas. Examples are given of the incorporation of dimethylolurea diethyl ether into various polyamides, interpolyamides and ester-amide interpolymers. Specifications 461,236, 461,237 and 487,734, and U.S.A. Specifications 2,071,250, 2,130,948 and 2,191,556, are referred to.
Patent GB-1387773-A (GB)
Title: Fluid valve assemblies
IPC: F15B13/01
Filed: 1973-01-09
Abstract: 1387773 Fluid control circuits PARKERHANNIFIN CORP 9 Jan 1973 [10 Jan 1972] 1232/73 Heading F1P [Also in Division G3] A motor 5 and its directional control valve 3 are connected to a load control and holding valve 4 with a main closure member 23 controlling flow between valve 3 and the head end of the motor, member 23 being controllable by pilot valve member 27 which is unseated by excess pressure in chamber 36 and by pressure in the rod end by the motor acting on a piston 31 which can engage member 27 at 32, 34. When valve 3 is shifted to the left, conduit 17 allows supply pressure to act on member 27 and piston 31 to hold them depressed whereby member 23 functions simply as a check valve member to permit flow to the head end of the motor. When valve 3 is shifted to the right, the pressure in the rod end of the motor raises piston 31 to unseat member 27 whereby member 23 allows return flow from the head end, but if the rod end pressure falls due to load runaway the piston 31 will reseat member 27 and member 23 will restrict return flow to prevent cavitation in the rod end. Upon returning valve 3 to neutral, restricted by-pass 6 generates a back pressure which acts via 17 to seat member 27 whereby member 23 seats to arrest movement of the motor. With valve 3 in neutral, member 27 will respond to excess pressure arising due to thermal expansion and allow member 23 to unseat to relieve the pressure. Two valves 4 may be connected to the motor as in Fig. 2 to prevent cavitation in both motor chambers.