||WO||WO/2013/101525 - MAIN BODY CORE SET ASSEMBLY AND CORE BOX FOR A COUPLER BODY||04.07.2013||
||PCT/US2012/070140||BEDLOE INDUSTRIES LLC||NIBOUAR, F., Andrew|
A main body core box assembly for creating coupler head cores which are attachable to various shank cores includes a main body core box including two halves, each half including a pattern configured to form the outer walls of a first head core having a first shank core. A plug is insertable into an end of respective patterns to form a second, alternative head core having a first half of a connection joint attachable to a second shank core that includes a second half of the connection joint, the second shank core being different than the first shank core. The first half of the connection joint may be a male connector, where the plug includes a recess having an angled surface to create a notch on the male connector. The second half of the connection joint may be a female connector with a raised surface corresponding to the notch.
||WO||WO/2013/093650 - DISPENSING CLOSURE||27.06.2013||
||PCT/IB2012/050626||ISOLINE EU, S.R.O.||Pichrt, Vladislav|
The dispensing closure consisting of a closure body with dispensing-metering chambers has the dispensing closure body (1) which has in its bottom part at least two chambers (3) passing into an upper guiding part of the body (1) having a form of guides (2), the cross- section of which coincides with the cross-sections of the chambers (3) in the transition point, while in each of the chambers (3) a piston (4) is situated, having in its upper part a lock preventing unintentional twisting-off of the plastic cover (5), and on its bottom side the piston (4) is fitted with a plastic cutter for perforation of the covering foil (6), while the body (1) containing the pistons (4) is sheltered from upside with a rotationally fitted plastic cover (5) featuring a separable lock (7) preventing any intervention, while the chambers (3) are closed from the body (1) downside with a covering foil (6). The chambers (3) of the dispensing closure are shaped in a form of equal-armed triangle, the longest side of which has a form of circular sector. The piston (4) is hollow in the direction from the circular side of the piston (4) towards the centre. The separable lock (7) against intervention is fitted with an attachment ring. The plastic cutter of the piston (4) is shaped as an extension of the circular edge of the piston (4).
||WO||WO/2013/083096 - STATIONARY FIRE EXTINGUISHING SYSTEM, ESPECIALLY FOR TUNNELS AND ENCLOSED AREAS||13.06.2013||
||PCT/CZ2011/000113||KPM CONSULT, A.S.||VĚŽNÍK, Miloslav|
The stable fire extinguishing system, especially for tunnels and enclosed areas, comprising fire fighting unit (1) connected with sensors, and with the control module (6) through the switching module (13), and with the power supply (2), which use the explosion to disperse the powder extinguishing agent to extinguish fire. Its principle consist of the fire fighting units (1) arranged on both the walls (3) of a tunnel or enclosed area so that every fire fighting unit (1) is placed in front with the middle point between two adjacent fire fighting units (1) arranged on the opposite wall of the tunnel or enclosed area. Every fire fighting unit (1) comprises at least, two fire fighting segments (8) with the extinguishing charge arranged inside the hermetically sealed container (11) together with the explosive charge. Every fire fighting unit (1) comprises the switching module (13) with the sensors for fast and direct indication of the centre of fire. The particular fire fighting units (1) are connected to the control module (6) which is connected both to the power supply (2) and to the closed data network (4).
||WO||WO/2013/077775 - METHOD FOR PRODUCING HIGH-PURITY CRYSTALLINE CARBAMIDE||30.05.2013||
||PCT/RU2012/001014||BATULLIN, Farid Alekovich||BATULLIN, Farid Alekovich|
The invention relates to a method for producing high-purity crystalline carbamide. The method comprises the crystallization and drying of carbamide, wherein an aqueous carbamide solution is preheated from +30°C to +130°C, and thereafter the solution is purified by electrodialysis at a voltage in the range of 400 V - 600 V. The technical result is the production of high-purity crystalline carbamide that can be used as an additive in the food industry and as a reagent in laboratory analyses.
||WO||WO/2013/061957 - MULTI-CYLINDER ROTARY COMPRESSOR AND METHOD FOR JOINING DIVISION PLATE BETWEEN COMPRESSION CHAMBERS THEREOF||02.05.2013||
||PCT/JP2012/077340||MITSUBISHI ELECTRIC CORPORATION||KOKUBUN Shinobu|
This multi-cylinder rotary compressor is provided with a plurality of adjacent compression chambers (21a, 21b), and a division plate (35) which is separated into two separate plates (42a, 42b), and divides the adjacent compression chambers (21a, 21b) with the joint surfaces (43) of the separate plates (42a, 42b) thereof pressure-joined and affixed to each other. At least one separate plate (42b) has a phase determination surface (phase determination cutout (48)) which is parallel to the joint surface (43) and determines the phase between the two separate plates (42a, 42b) in the middle of the outer peripheral surface thereof.
||WO||WO/2013/061879 - MULTI-CYLINDER ROTARY COMPRESSOR||02.05.2013||
||PCT/JP2012/077092||MITSUBISHI ELECTRIC CORPORATION||NAMURA Hisashi|
This multi-cylinder rotary compressor (100) is provided with: a plurality of compression chambers (21a, 21b) that are adjacent to each other; and a partition plate (35) divided into two division plates (42), the meeting surfaces (43) of the division plates (42) being pressed and secured against each other, for partitioning mutually adjacent compression chambers. The meeting surface (43) of at least one of the division plates (42) has, in the axial direction of the crank shaft (6) of a compression mechanism part (3), a cutout (48) forming an oil hole (51). The oil hole (51) communicates with an oil path (52a) penetrating cylinder blocks (33a, 33b) of the compression mechanism (3) in the axial direction of the crank shaft (6).
||WO||WO/2013/060446 - A THROUGH SECTION FOR SCRAPER CHAIN CONVEYORS WITH A SPILL PLATE ATTACHMENT AND SPILL PLATE ATTACHMENT THEREFOR||02.05.2013||
||PCT/EP2012/004430||CATERPILLAR GLOBAL MINING EUROPE GMBH||HESSE, Norbert|
The present disclosure relates to a trough section for a scraper chain conveyor, comprising a conveying trough (2) having on at least one side a lateral boundary (3) to which a spill plate attachment (4) with a spill plate (5) is fastened. In order to provide a trough section and a spill plate attachment for a trough section, which may make it possible with low outlay in mounting terms to raise or lower the lateral boundary of the conveying trough quickly and reliably, the spill plate (5) may be fastened on the spill plate attachment (4) pivotably about a first pivot axis (6) and may be pivotable between a storage position and an operating position, in which position the spill plate (5) may be raising the lateral boundary (3).
||WO||WO/2013/056798 - SEAT HAVING A WELDED TRANSVERSE SHAFT||25.04.2013||
||PCT/EP2012/004263||BROSE FAHRZEUGTEILE GMBH & CO. KOMMANDITGESELLSCHAFT, COBURG||FISCHER, Matthias|
The invention relates to a seat, in particular a motor vehicle seat (K), having a seat part (S) and a backrest (R), which is mounted such that said backrest can be pivoted relative to the seat part (S) and has a rest frame (H1, H1*, H2, Q) having two mutually opposite side bars (H1, H2), wherein the two side bars (H1, H1*, H2) are connected to each other by means of a transverse shaft (1), which is mounted in a rotatable manner on the seat part (S) in the respective region of a side bar (S1, S2), and wherein at least one fitting arrangement (2) having a fitting part (20) that is fixed to the rest frame (H1, H1*, H2, Q) is provided in order to lock the pivotably mounted backrest (R) relative to the seat part (S). According to the invention, in order to in particular improve the ease of assembly and the flow of force between the transverse shaft (1) and the rest frame (H1, Η1*, H2, Q), the fitting part (20) fixed to the rest frame (H1, H1*, H2, Q) is welded to one of the side bars (H1, H1*, H2) and transverse shaft (1) is furthermore welded to said fitting part (20). The transverse shaft (1) further passes through one of the two side bars (H1, H1*, H2) and one end (11) of the transverse shaft is rotatably mounted in a seat side part (S1) of the seat part (S), such that the transverse shaft (1) defines a pivot axis (D) about which the backrest (R) can be pivoted relative to the seat part (S).
||WO||WO/2013/050049 - BIODEGRADABLE STENT FOR USE IN THE TREATMENT OF ACUTE AND CHRONIC PANCREATITIS.||11.04.2013||
||PCT/DK2012/050382||HVIDOVRE HOSPITAL||SCHMIDT, Palle Nordblad|
The present invention relates to a transmural, self-expanding biodegradable stent (1) for the use of treating collections complicat¬ ing acute and chronic pancreatitis. The stent is compressible for inser¬ tion through the gastric or duodenal wall and into the collections. The stent expands after insertion to stay in place by the specific dimen¬ sions of the stent.
||WO||WO/2013/048962 - CASTING PROCESS FOR RAILCAR COUPLER THROWERS||04.04.2013||
||PCT/US2012/056895||BEDLOE INDUSTRIES LLC||NIBOUAR, F., Andrew|
A method for casting at least one thrower for a railcar coupler includes creating a mold box that is vertically parted in halves, each half defining a side of at least one thrower cavity and that includes at least a portion of a sprue at a location above the at least one thrower cavity, the at least one thrower cavity also being oriented vertically; pouring molten metal into the mold box through the sprue and into the at least one thrower cavity while the mold is oriented vertically; and shaking out the mold box to release the at least one thrower after the at least one thrower has cooled. Creating the mold box may be executed through a cold shell process. The halves of the mold box may include reflective images of the sides of two thrower cavities and an ingate connected between the sprue and one of the two thrower cavities, such that the molten metal passes through each of the ingates into respective hubs of the two thrower cavities, to cast the two throwers simultaneously.