WO/2016/115582 METHOD AND PLANT FOR THE TREATMENT OF COMBUSTION EXHAUST GAS||WO||28.07.2016|
||PCT/AT2016/050005||BILFINGER BOHR- UND ROHRTECHNIK GMBH||ATAIMISCH, Nabeel|
The invention presents a method for the treatment of combustion exhaust gas (9) comprising carbon monoxide and carbon dioxide. In order that the product gas obtained after the purification can be supplied for combustion again or to a natural gas network, it is proposed that, – in a first step, a mixture of at least carbon monoxide and carbon dioxide is removed, as first product gas (11), from the combustion exhaust gas (9) and, – in a second step, carbon monoxide and/or carbon dioxide from the first product gas (11) is converted, using water, to form a second product gas (12) comprising molecular hydrogen and/or methane.
WO/2016/115584 COMPONENT PREPARATION DEVICE||WO||28.07.2016|
||PCT/AT2016/050008||STIWA HOLDING GMBH||KRITZINGER, Johann|
The invention relates to a component preparation device (1) for a production plant (2), comprising: at least one preparation platform (5, 6) and at least one feeding unit (3, 4) for feeding components (10) to the preparation platform (5, 6). In order to return excess or incorrectly oriented components to the process, at least one return device (8, 9) is provided, extending from the region of the preparation platform (5, 6) and leading into the feeding unit (3, 4), preferably in the starting region thereof. The invention also relates to a production plant for producing assemblies (30) from individual components (10) and to a method for preparing and removing components (10) in a production plant (2).
WO/2016/115581 HARD METAL-CERMET COMPOSITE MATERIAL AND METHOD FOR THE PRODUCTION THEREOF||WO||28.07.2016|
||PCT/AT2016/000001||CERATIZIT AUSTRIA GESELLSCHAFT M.B.H.||ZHANG, Jiulai|
The invention relates to a hard metal-cermet composite material (1) which comprises: a continuous phase (2) of a tungsten carbide-based hard metal having a metallic binder (2b) of Co, Ni, Fe or an alloy thereof and tungsten carbide particles (2a) embedded in the metallic binder (2b); embedded in the continuous phase (2), distributed regions (3) of a titanium carbide-, titanium nitride-, titanium carbonitride-, niobium carbide-, niobium carbonitride- or niobium nitride-based cermet, having a second metallic binder (3b) of Co, Ni, Fe or an alloy thereof, and hard material particles (3a) embedded in the second metallic binder (3b), at least 97% by volume of the embedded regions (3) of the cermet having a longest diameter of <35 μm and at least 20% by volume of the embedded regions (3) of the cermet having a shortest diameter of at least three times the average diameter of the tungsten carbide particles (2a) in the continuous phase (2).
WO/2016/115580 CONNECTING ELEMENT FOR CLOTHING PARTS WHICH ARE TO BE CONNECTED TO ONE ANOTHER||WO||28.07.2016|
||PCT/AT2015/000004||CONCEPTOS PIRKER GMBH||PIRKER, Hans|
Connecting element (20) for clothing parts (21, 22) which are to be connected to one another, in particular bras, underwear, corsetry or swimwear, comprising: - a multi-layered, elongate carrier (10) having a first layer (1) and a second layer (2), - an intermediate layer (3), which is arranged between the first and second layers (1, 2), and - at least one fastening portion (4) for fastening the elongate carrier (10) to a first clothing part (21), wherein the intermediate layer (3) is set back relative to the first and/or second layers (1, 2), at least in part, by a region (b) and thus forms a clearance (30) in which the first clothing part (21) can be fastened.
WO/2016/115585 MAGNETIC PICKUP||WO||28.07.2016|
||PCT/AT2016/050009||KOBER, Cölestin Julius||KOBER, Cölestin Julius|
The invention relates to a magnetic pickup (2, 3; 102, 103, 104, 105) for a stringed instrument with at least one string, the stringed instrument comprising a neck part and a body which has a soundboard (70), the north and south pole of the magnetic pickup (1, 2, 3) defining a magnetic axis (80). The magnetic axis (80) of the magnetic pickup (2, 3) is oriented substantially parallel to the soundboard (70) or in the region of the magnetic pickup (102, 103, 104, 105) an auxiliary magnet (61, 62) having a magnetic axis (81) is arranged, the magnetic axis (81) of the auxiliary magnet (61, 62) being oriented substantially parallel to the soundboard (70) or at a right angle to the magnetic axis (800) of the magnetic pickup (102, 103, 104, 105).
||PCT/AT2016/050007||STEINKOGLER, Peter||STEINKOGLER, Peter|
The invention relates to a sailboat with a hull (1), two flow profiles (2, 3) which laterally project from the hull (1), and at least one underwater foil (16). In order to achieve high travel speeds while maintaining the stability of the sailboat and allowing a balanced steering behavior, the flow profiles (2, 3) project upwards from the hull in a V shape, each forming an aerodynamic control unit having an aerodynamic aileron (4, 5), and/or the at least one underwater foil (16) is provided with a hydrodynamic control unit forming an hydrodynamic aileron.
WO/2016/112414 MEDICAL PROTECTIVE BAG||WO||21.07.2016|
||PCT/AT2015/000147||A.M.I. AGENCY FOR MEDICAL INNOVATIONS GMBH||HOHLRIEDER, Martin|
A medical protective bag for collecting tissue particles that are separated during the morcellation of a resected material, wherein the protective bag is inflatable with a gas and, in the inflated state, has a gas-filled receiving chamber for the resected material. The protective bag has a first opening for introducing the resected material into the receiving chamber of the protective bag, and at least one neck which opens into the receiving chamber, is formed by a tube and has a second opening, wherein the protective bag has an initial state in which a first portion of the longitudinal extent of the tube is turned back and surrounds a second portion of the longitudinal extent of the tube. The neck has a double wall at least along part of its length and is extensible in order to increase its length.
WO/2016/112415 DETACHABLE THREADED CONNECTION WITH ASYMMETRIC COATING||WO||21.07.2016|
||PCT/AT2015/000165||VOESTALPINE TUBULARS GMBH & CO KG||SCHAFFER, Markus|
The invention relates to a screw connection with an internal thread (7) and an external thread (6), both threads being provided with a phosphate layer (8, 9) as a first layer, wherein the internal thread comprises a ceramic material (11) having a friction-reducing effect as a second layer and the external thread comprises a paint layer (10) with a binder of an organic polymer as a second layer, in which solid lubricant particles are distributed.
WO/2016/112416 LIFECYCLE MANAGEMENT AND MONITORING SYSTEM WITH LEAKAGE MONITORING FOR BATTERY CELLS||WO||21.07.2016|
||PCT/AT2015/050008||SCHEIT, Michael Walter||SCHEIT, Michael Walter|
Durch die technische Lösung können integrale Probleme der Batterietechnik speziell im Consumerbereich nachhaltig verbessert werden. Weiters steigert es den Umweltschutz durch eine zu erwartende hohe Rücklaufrate von gebrauchten Batterien für eine fachgerechte Entsorgung bzw. Wiederverwertung. Der Batterie-Auslaufschutz wird technisch mittels eines Überwachungsstromkreises bei Säureaustritt (Position gezielt durch Materialverjüngung festgelegt) innerhalb der Batteriehülle realisiert. Das Signal (inkl. optionaler Spannungsmessung) kann vielfältig weiterverarbeitet bzw. gesendet werden. Die technischen Komponenten sind schematisch in [Fig. 1] dargestellt. Durch eine Inventarisierung bzw. Dokumentation von Batteriedaten bzw. deren Verwendung im Lifecycle-Management kann ein Batterienaustausch sowohl statistisch vorhergesagt werden als auch eine automatische Nachbeschaffung sowie fachgerechte Entsorgung erfolgen.
WO/2016/112417 PROCESS FOR COATING AN ARTICLE AND COATING PRODUCED THEREBY||WO||21.07.2016|
||PCT/AT2015/050277||BOEHLERIT GMBH & CO.KG.||PITONAK, Reinhard|
The invention relates to a process for coating an article (1), wherein a coating (2) having one or more coating layers (3, 4, 5) is applied to the article (1), wherein at least one coating layer (5) is formed essentially from aluminium, titanium and nitrogen, wherein the coating layer (5) has, at least in some regions, adjoining lamellae of different chemical composition and is deposited from a gas phase comprising at least one aluminium precursor and at least one titanium precursor. According to the invention, by setting a molar ratio of aluminium to titanium, the lamellae of different chemical composition are each formed with a cubic structure, it being possible for aluminium and titanium to be partly replaced by other metals and for nitrogen to be partly replaced by oxygen and/or carbon with retention of the cubic structure. The invention further relates to a correspondingly produced coating (2).