baber/WOPTO huggingface dataset:
Patent EE-9900500-A (EE)
Inventor: STEFAN DUTZMANN
IPC: A01N43/653
Filed: 1998-04-06
Abstract: The novel active compound combinations comprising 2-[2-(1-chlorocyclopropyl)-3-(2-chlorophenyl)-2-hydroxypropyl]-2,4-dihydro-[1,2,4]-triazole-3-thione of the formula and the active compound of groups (1) to (24) listed in the description have very good fungicidal properties.
Patent FI-20030352-A (FI)
Inventor: WESTERLUND DAN
IPC: B63B29/02
Filed: 2003-03-07
Abstract: A method of arranging cabin decks in a large passenger vessel comprising a deck building (2) to be arranged at least for the most part above the board of the actual hull (1) of the vessel, which deck building includes a number of cabin decks (3) on top of each other which are provided with movable cabin units (4) preferably as prefabricated as possible, and in which in the lateral direction of the vessel, in the middle section thereof, each cabin deck (3) is provided with a longitudinal space, in which is arranged at least one cabin corridor (5) and a technical space (6), where at least most of the vessel's heating, plumbing, ventilation and electrical installation and/or corresponding systems for the cabin units on the cabin deck in question are installed. The cabin units (4) are arranged in said longitudinal space on both sides thereof side by side in the longitudinal direction of the vessel according to the pitch of the decks' transverse bulkheads (7) so that the lower parts of the walls of the cabin unit (4) being parallel with the transverse bulkheads are attached to the deck (3) in conjunction with said transverse bulkheads. The upper parts of the walls of the cabin unit (4) are arranged between said transverse bulkheads and are provided with a recess (4a) or a similar space for the flange part (7a) of the transverse bulkheads. Said systems in the technical space (6) are connected to the cabin units (4) between said transverse bulkheads (7) by piping, ducts or cables, which are at least substantially transverse with respect to the vessel. <IMAGE>
Patent FI-20125439-A (FI)
Inventor: KIVIJAERVI ANTERO
IPC: B66C13/08
Filed: 2012-04-23
Abstract: The present invention concerns a transfer apparatus (1) configured to lift and lower anode plates (2) and cathode plates (3) moved to a position above an electrolytic cell (4), to place the anode and cathode plates into the electrolytic cell and to remove the anode and cathode plates from the electrolytic cell. Each anode hook (10) is configured and dimensioned to be insertable into a spacing between the anode plate (2) and the cathode plate (3) residing in the electrolysis cell at a first side of each anode plate to be grabbed and lifted. The apparatus comprises a plurality of counterpart members (16) which are fixedly attached to the grab device (8). Each counterpart member is arranged in pair and co-operation with an anode hook (10), and each counterpart member (16) is configured and dimensioned to be insertable into a spacing between the anode plate and the cathode plate residing in the electrolysis cell at the second side of said anode plate to be grabbed and lifted so that the hanging lug of said anode plate to be grabbed and lifted is between said pair of the anode hook and the counterpart member. The counterpart member (16) comprises a slot (17) into which a part of the transversal member (16) is receivable when the anode hook is turned to the grabbing position (II).
Patent FI-20125653-A (FI)
Inventor: AHOKAINEN TAPIO
IPC: C22B7/04
Filed: 2012-06-13
Abstract: The invention relates to a method and to an arrangement for refining copper concentrate (1). The arrangement comprises a suspension smelting furnace (2) comprising a reaction shaft (5), and a settler (6).The reaction shaft (5) is provided with a concentrate burner (8) for feeding copper concentrate (1) such as copper sulfide concentrate and/or copper matte and additionally at least reaction gas (9) into the reaction shaft (5) to obtain a blister layer (11) containing blister and a first slag layer (12) containing slag on top of the blister layer (11) in the settler (6), and a slag cleaning furnace (3). The arrangement comprises feeding means (16, 18, 23) for feeding blister from the blister layer (11) in the settler (6) and for feeding slag from the first slag layer (12) in the settler (6) into the slag cleaning furnace (3).
Patent FI-20207094-A (FI)
Inventor: PIRHONEN ARI
IPC: B60G17/052
Filed: 2020-05-26
Abstract: Keksinnön kohteena on Menetelmä kuormanvakaamiseksi, jota käytetään perävaunussa jonka kokonaispaino on korkeintaan 3500 kg, perävaunussa on vetorunko (1), jossa on yksi tai useampi vetoaisa (1a), pyörät (1c) ja yksi tai useampi kannatusrunko (1b). Keksinnölle on tunnusomaista se, että pyörien (1c) ja kannatusrungon (1b) välissä pyöränakselin (1caa) tai telinakselin (1cb) molemmissa päissä (1caaA) ja (1caaB) tai (1cbA) ja (1cbB) on yksi tai useampi nostoelin (2) kannatusrungon (1b) nostamiseksi ja laskemiseksi pyöränakselista (1caa) tai telinakselista (1cb) ylöspäin, molemmissa päissä (1caaA) ja (1caaB) tai (1cbA) ja 1cbB olevat nostoelimet (2) ovat yhdistetty yhteen tai useampaan kompressoriin (3), jolla nostoelinten (2) sisäistä ilmanpainetta on muutettavissa, yhdellä tai useammalla mittauselimellä (6) on mitattavissa pyöränakselin (1caa) tai telinakselin (1cb) kummankin pään (1caaA) ja (1caaB) tai (1cbA) ja (1cbB) etäisyyttä kannatusrunkoon (1b), pyöränakselin (1caa) pään (1caaA) ja (1caaB) etäisyysmitan kannatusrunkoon (1b) muuttuessa kompressori nostaa pienemmän etäisyysmitan puoleisen nostoelimen (2) sisäistä painetta kunnes pyöränakselin (1caa) pään (1caaA) ja (1caaB) etäisyysmitat kannatusrunkoon (1b) ovat samat tai telinakselin (1cb) pään (1cbA) ja (1cbB) etäisyysmitan kannatusrunkoon (1b) muuttuessa kompressori nostaa pienemmän etäisyysmitan puoleisen nostoelimen (2) sisäistä painetta kunnes telinakselin (1cb) pään (1cbA) ja (1cbB) etäisyysmitat kannatusrunkoon (1b) ovat samat.
Patent FR-1592252-A (FR)
IPC: B05B7/14
Filed: 1968-11-14
Granted: 1970-05-11
Abstract: 1,207,556. Opening fibrous material; lapforming. K. K. K. KROYER. 7 Nov., 1968 [15 Nov., 1967], No. 52836/68. Heading D1N. The formation of fibre clots in a fibre layer formed on a moving surface 5 is avoided by feeding fibres suspended in a stream of gas through an inlet 22 into a housing 1 placed above the surface 5 and which has a perforated plane base 4 and a stirring device with impellers 13 rotating just above the base. A suction box 6 is mounted beneath the surface 5. Any lumps accumulating on the base are removed through a slit in the housing wall by means of a stream of compressed air issuing from nozzle 19. The lumps then pass via pipe 21 to a disintegrating device, preferably provided with a plurality of nozzles connected with a source of compressed air, before being recycled to the housing. (For Figures see next column)
Patent GB-1047396-A (GB)
IPC: G03D3/13
Abstract: 1, 047, 396. Photographic processing apparatus. A. ARNOLD (trading as ARNOLD & RICHTER, KOMM. GES). July 23, 1963 [July 25, 1962 (2)], No. 29139/63. Heading G2A. A photographic processing tank is divided into two compartments by a partition, and has a forked frame extending down into the tank with one arm of the fork in each compartment, each arm having upper and lower shafts carrying film-supporting rollers. As shown, the tank 1 is divided into two compartments by a wall 22. Upper rollers 5 and lower rollers 6 are mounted on respective shafts 3 and 4, 4<SP>1</SP> carried by an inverted U-shaped frame 2 whose limbs dip down into the respective compartments. Upper rollers 5 are loose on shaft 3, but lower rollers 6 are fast with shafts 4, 4<SP>1</SP> which are disposed generally at right-angles to the wall 22. Shafts 4, 4<SP>1</SP> are driven by chains 11, 12 of an acid-resistant plastics material from sprockets 7, 8 fast with shaft 3, which is itself driven via gears 13, 15 from a drive unit. The film passes over the rollers in a helical path in the usual way. The floors 32, 33 of the compartments are on different levels, with separate entry conduits 35, 34 and overflow pipes 37, 38. The lower shafts 4, 4<SP>1</SP> are mounted in slides 23, 24 and 25, 26, so that they can be adjusted vertically. The frame 2 is hollow, and a temperature-controlling liquid is circulated through it, from inlet 20 to outlet 21. Connecting pipes 46, 47, 48 allow the liquid to flow in a circuit.
Patent GB-1053819-A (GB)
IPC: D06F37/28
Abstract: 1,053,819. Washing machines. GEBR. POENSGEN G.m.b.H. Dec. 11, 1964 [Dec. 14, 1963], No. 50661/64. Heading D1A. A washing machine having coaxial inner and outer relatively rotatable drums 11, 10 each having a sliding door with coupling means for so coupling it to the other drum that the door is opened by the relative rotation of the drums. As shown, inner drum 11 is driven by a motor 12, Fig. 1 (not shown) and has two sliding doors 23, 25 one in each of the halves separated by partition 24, Fig. 1 (not shown). Outer drum 10 has one door 22 carrying pneumatically controlled forks 27 which engage pins 28 on the flanges 29 of the end walls 30, 31 of drum 11. Similar forks 37 mounted on couplings outside walls 20, 21 of drum 10 pass through walls 20, 21 and engage pins 40 mounted on doors 23, 25. Operation of the doors is controlled by the automatic programme control and rotation in opposite directions of drum 11 opens door 22 first and then door 23.
Patent GB-1054474-A (GB)
IPC: B65B3/00
Abstract: 1,054,474. Filling containers. F.M.C. (AUSTRALIA) Ltd. May 17. 1965, No. 20791/65. Heading B8T. In an apparatus for filling ampoules, liquid solution is continuously fed to a bowl 11 containing measuring pots 23 from the bottom of each of which leads a tube 16 passing over the edge of the bowl to a filler nozzle 33 attached to a plate 34. A bell closure 39 is associated with each pot and is supplied with air, so that when the bowl and pot assembly is raised, the bell closures seal against the pots and liquid is forced to the nozzles. The apparatus, which is mounted within a sterilized cabinet, includes four support pillars 10 on which a frame 32, carrying the bowl and pot assembly, slides vertically. The ampoules are carried in a receptacle 69, Fig. 4, brought into position below the filling nozzles, with the aid of guide rollers 73, by a carriage 67 of a conveyer 66. The receptacle is slidably mounted on posts 68 of the conveyer. The frame 32 and a cradle 62, also slidable on the pillars 10, are interconnected, and when the ampoules are aligned with the nozzles a lifting cylinder 63 raises the cradle and the ampoule receptacle, and causes the necks of the ampoules to enter the nozzles; at the same time the pots seal against the bell closures. When all the liquid has been fed from the pots to the ampoules, a timing mechanism causes the cylinder 63 to lower the frame and cradle whereupon the pots are re-submerged and the filled ampoules are returned to the conveyer carriage. Should an ampoule neck be misaligned with its filler nozzle the plate 34 would be raised against the action of springs 36, a microswitch 37 operated to reverse the lifting cylinder to lower the cradle. In the non-filling position each tube 16 is squeezed closed by spring-urged members 17 pivoted about shafts 18. When the cradle is raised lugs 85 on rods 65 upstanding from the cradle pivot the members 17 to release the tubes. If it is not required to supply all the liquid in the filled pots to the ampoules, a plug 24 within each bell closure may be lowered a desired amount so that some of the liquid in the pots is discharged therefrom before the bell closures seal against them. The pots are mounted in carriers 28 vertically adjustable in the bowl by threaded shafts 30 engaging sockets 29 and passing through brackets on the frame 32. As described, the receptacle 69 accommodates eight one-litre ampoules, and when inverted eight half-litre ampoules, and is such that the filler necks of both sizes are located the same distance beneath the filler nozzles.
Patent GB-1225414-A (GB)
IPC: B01F15/06
Filed: 1968-06-17
Abstract: 1,225,414. Mixing apparatus. BUSS A.G. 17 June, 1968 [22 June, 1967], No. 28704/68. Heading B1C. An attachment for providing a further mixing stage comprises a housing 4 having a rotatable shaft 14 and a coaxial flanged mounting 10. The shaft carries blades 16 secured by nuts 17 whereby their pitch may be adjusted, and may (as shown) be separately driven or may be driven by the shaft 1 of the preceding mixing stage. There is a degassing outlet 6, a material outlet 7, and a cleaning and inspection aperture 8. The bearings, and the seal 15, are accommodated in a separate housing 11 having an inspection window 18. The housing 4 may have internal teeth and the shaft may be reciprocated as well as rotated. The blades nearer the discharge end are arranged to be of opposite pitch to the rear.
Patent GB-1225970-A (GB)
IPC: G21C3/20
Filed: 1967-12-20
Abstract: 1,225,970. Fuel elements. UNITED KING- DOM ATOMIC ENERGY AUTHORITY. 5 Dec., 1968 [20 Dec., 1967; 3 Dec., 1968], Nos. 57974/67 and 57213/68. Heading G6C. A fuel member for a fuel element of the kind which has a cluster of elongate parallel sheathed fuel members comprises a sheath of silicon carbide containing fissile oxide nuclear fuel, e.g. enriched U0 2 , and means interposed between the sheath and the fuel for absorbing fission fragments and for preventing reaction between sheath and fuel. The interposed means may be pyrolytic carbon and may be applied to the sheath interior as a deposited layer, preferably by the thermal decomposition of a hydrocarbon gas such as methane or acetylene. Alternatively, the interposed means may be alumina or beryllia applied as a deposited layer on the sheath interior by any suitable known technique, or a sprayed coating on the sheath interior of a metal compatible with both sheath and fuel, e.g. a coating of silicon. The fuel may be in the form of a stack of solid or hollow pellets, or a solid or hollow rod of full sheath length, or a mass of vibrocompacted particles. In order to accommodate gaseous fission products and/or thermal expansion of the fuel and thus avoids straining of the sheath beyond its elastic limit, a gap may be initially provided between the fuel and the coating on the sheath. Alternatively, the coating may be of low density so as to be crushable and possess porosity. Where the fuel is in the form of a rod of full sheath height, the coating may be applied to the exterior of the rod before this is fitted into the sheath.
Patent GB-1226261-A (GB)
IPC: C21C7/064
Filed: 1969-05-09
Abstract: 1,226,261. Making grain oriented magnetic steel sheets. COMPAGNIE DES ATELIERS ET FORGES DE LA LOIRE (ST. CHAMOND, FIRMINY, ST. ETIENNE, JACOB-HOLTZER). May 9, 1969, No.23879/69. Heading C7D. Magnetic steel sheets, preferably having a single or double grain orientation, are produced by desulphurizing a carbonized steel melt to give a S content of less than 0À005%, reheating the melt under strongly oxidizing conditions to reduce the C content to below 0À03% whilst avoiding resulphurization, vacuum decarburizing the melt in a ladle to obtain a C content below 0À005%, adding the required Al and/or Si, stirring the melt for homogenization, casting and then rolling the ingots to form sheets. The desulphurizing may be accomplished using the reducing slag from the decarburizing in an electric furnace wherein the steel and slag are tapped into two ladles successively or by treating the melt, in a ladle, with a basic exothermic desulphurizing flux consisting of powdered lime, Ca F 2 , NaF and Si or Fe Si. The stirring may be accomplished using an inert gas (e.g. Ar) or electromagnetic stirring. The initial steel melt may be produced by treating pig iron in an oxygen converter. For a cube-on-edge structure (110) [(001)] the alloy contents are preferably 2-5% Si and a low Al content preferably below 0À02% and for flat-cube structure (100) [(001)] they are 3-4À5% Al and an extremely low Si content (e.g. below 0À05%) or Al 1-2À5% and Si 0À8-2%. Rolling sequences are set out.
Patent GB-1226313-A (GB)
IPC: F16K47/00
Filed: 1969-08-21
Abstract: 1,226,313. Valves; composite spring units. GENERAL MOTORS CORP. 21 Aug., 1969 [29 Nov., 1968], No. 41675/69. Headings F2S and F2V. The bellows 10 of a fluid-actuated valve is resiliently mounted in a housing 34 by a silicone rubber member 35 provided with ribs 38 in contact with the bellows convolutions, and a boss 39 which engages inlet 31 to locate the member 35. In a modification (Fig. 5, not shown), member 35 is replaced by three rubber rods (46) located in grooves in the inner wall of the housing and contacting the bellows. The Specification states that the invention can be applied to the resilient mounting of other convoluted bodies, e.g. coil springs.
Patent GB-1232579-A (GB)
IPC: B64C25/00
Filed: 1967-10-19
Abstract: 1,232,579. Aircraft landing gear. DOWTY ROTOL Ltd. 14 Oct., 1968 [19 Oct., 1967], No. 47708/67. Heading B7G. Aircraft landing gear comprises a steerable nosewheel and two laterally spaced telescopic legs carrying wheels, either of which legs may be locked against telescopic motion so that when the aircraft is steered in a turn the telescopic leg which is inboard during the turn does not expand, and roll of the aircraft is minimized. The left side telescopic leg as shown in the Figure comprises an hydraulic cylinder 11 and piston 12 carrying wheels 13, and an hydraulic flow control valve 21 operated by a solenoid 38 in response to a cam 43 connected to the nosewheel 44. The profile of the cam 43 is such that during take-off or landing, electrical switches 42, 42<SP>1</SP> are closed and normal telescopic motion is possible. On landing, hydraulic oil in the left leg flows from chamber 18 to chamber 16 through damping valve 20, chamber 16 being allowed to expand by piston 14 and gas chamber 15. Oil also flows from chamber 18 to annular chamber 19 via control valve 21, passing through chamber 22, by-pass 36, chamber 34, valve 32, 37 which has been opened by solenoid 38, spring chamber 33, orifice 35 and duct 26. On take-off, the flow is reversed; the telescopic leg shown at the right of the Figure operates similarly. During steering, cam 43 opens switch 42 or 42<SP>1</SP> when the nosewheel turns through a given angle. If switch 42 is opened, i.e. a turn to the left of the Figure, spring 41 closes valve 32, 37 so that while flow from chamber 22 to chamber 19 is through valve 27 formed by spring-loaded piston 31 and seat 25 into chamber 24 and along duct 26, no reverse flow is possible because orifice 35 equalizes the pressure in chambers 24 and 33, and spring 30 closes valve 27. The inboard, left leg is thus locked against extension, and roll is reduced. In a turn to the right, the right side leg would be similarly locked by switch 42<SP>1</SP>. The nose-wheel switch may be replaced by a turn-sensitive inertia device.
Patent GB-1234615-A (GB)
IPC: F16C29/06
Filed: 1968-07-05
Abstract: 1,234,615. Slides. G. GOEBEL. 5 July, 1968 [13 July, 1967; 11 June, 1968], No. 32147/68. Heading B3B. [Also in Division F2] A machine carriage 22 is guided by a bearing comprising a bearing body 2 with a recirculating roller path 4a provided in one face and a further recirculating roller path 4b provided in another face lying transversely to the first, and deflecting elements joined to the body and formed with tunnels for the recirculating rollers. The rollers may have step-cut and rounded ends (15, 16) (Fig. 4, not shown) and may be retained by strips (17) of spring-steel, or of a plastics material such as polycaprolactam.
Patent GB-1250372-A (GB)
IPC: F16H55/06
Filed: 1969-06-12
Abstract: 1,250,372. Toothed gears. GENERAL MOTORS Ltd. 11 June, 1970 [12 June, 1969], No. 29727/69. Heading F2Q. The teeth 7 of a plastics gear-wheel, e.g. of glass-filled nylon, are separated by recesses 8 extending radially inwardly of the dedendum circle 9 to a substantial depth d which may exceed the tooth height, at least one face of each recess having an integral projection 10 extending towards but spaced from an opposite surface of the recess to limit relative movement of adjacent teeth by abutment of the projection with the opposed surface. The worm-wheel shown comprises two halves 1, 2 riveted together, the leading flanks of one half and the trailing flanks of the other half carrying tapered projections 10, each extending the full face width of the teeth so that on assembly they present closely spaced opposed parallel faces.
Patent GB-1251629-A (GB)
IPC: F27D17/00
Filed: 1970-05-11
Abstract: 1,251,629. Suction hoods. FULLER CO. 11 May, 1970 [24 June, 1969], No. 22610/70. Heading F4X. In a suction hood 10 for an electric arc furnace and comprising a circular enclosure 11 having openings 17, 19 in its top and bottom walls 14, 15 for the passage of heating electrodes 18, a baffle 20 depending from the top wall 15 and surrounding a portion of the opening 17 is provided to ensure a substantially equal pressure drop across the entire area of the electrode openings and to define with the enclosure walls 14, 15 and 16 a duct 21 for collecting fumes and dust emitted by the furnace. A conduit 12 links the duct 21 with the intake of a dust collector and suction source. The side wall of the enclosure is provided with dilution air ports 22 having gates 23 for adjusting the flow of air into the collector duct 21. In an alternative embodiment (Fig. 3, not shown) the baffle (40) is constructed as a composite member so that its depth can be varied as required. The hood is supported from above by e.g. a roof ring and may have a sealing ring (50, Fig. 3) co-extensive with the side wall of the enclosure and movably attached thereto by means of chains (51).
Patent GB-1257000-A (GB)
IPC: B05B3/06
Filed: 1970-06-16
Abstract: 1,257,000. Sprinkler device. FLYMO S.A. 16 June, 1970, No. 29117/70. Heading B2F. In a sprinkler device, e.g. of the horticultural type, wherein water under pressure is discharged from a nozzle after automatically being dosed with fertilizer from a reservoir, the reservoir 4 is arranged for rotation about a vertical axis on stand 1 and is caused to rotate by jet reaction of water discharging from inclined nozzles 9 and 10 of two pipes 7 and 8, dosing pasages 11 and 12 for the fertilizer being arranged so that fertilizer only flows therethrough when the reservoir rotates. As shown, the passages discharge adjacent the nozzle outlets and fertilizer flow is induced by the vacuum effect of the water stream and centrifugal forces generated by reservoir rotation.
Patent GB-1257154-A (GB)
IPC: G03G5/09
Filed: 1970-01-19
Abstract: 1,257,154. Electrophotographic element. FUJI PHOTO FILM CO. Ltd. 19 Jan., 1970 [21 Jan., 1969], No. 2448/70. Heading H1K. In a process of forming an electrophotographic element comprising coating a dispersion of zinc oxide in an organic solvent solution of a resinous binder on a support, the zinc oxide has adsorbed thereon at least one cyanine or merocyanine dye which forms a J-aggregate with the oxide and 1 to 30% water based on the weight of the oxide. The dye has a planar molecular structure and is preferably anhydro- 3,3<SP>1</SP> - di - # - carboxyethyl - 9 - ethylthiacarbocyanine hydroxide or 3,3<SP>1</SP>-di-#-sulphoethyl - 5,51 - dichloro - 9 - ethylthiacarbocyanine hydroxide. The dye is absorbed on to the zinc oxide by adding the oxide to an aqueous methanolic solution of the dye and stirring ultrasonically. The dispersed powder is centrifuged off and dried at 60 C. to contain 20 wt. per cent of solvent. The dyed zinc oxide is blended with copoly vinyl chloride/acetate in toluene and methanol and coated on to an aluminium foil to give an electrophotographic plate. The absorption of the dye on the zinc oxide may be aided by adding to the dye solution gelatine, casein, potassium polyvinyl benzene sulphonate, a surface-active agent, triphenyltetrazonium chloride or a hygroscopic inorganic salt. Other resin binders may be used amongst which is a mixture of styrenated alkyd resin, polyisocyanate and butyl acetate. The presence of water in the dyed zinc oxide is said to prevent the resin binder destroying the J-aggregate.