Fecha de publicación
Nº de solicitud
|1.||WO||WO/2013/178201 - FILTER||05.12.2013||
|PCT/DE2012/100162||EFFENBERGER, Klaus||EFFENBERGER, Klaus|
The present invention relates to a filter (1) for cleaning fluids, particularly for the removal of the finest liquid and/or solid particles from exhaust air, waste water and/or process gas flows, comprising at least one filter element (2) through which the medium to be filtered flows. The filter is characterised in that the filter element (2) is mounted in a rotatable manner and at least one device (4) is provided on the filter element (2) for setting the filter element (2) in rotation, wherein particles to be filtered out are separated autonomously by the filter element (2) by means of centrifugal force due to the rotation of the filter element (2).
|2.||WO||WO/2013/178202 - PHOTOVOLTAIC SYSTEM FLOATING ON WATER AND HAVING A WEIGHTING DEVICE||05.12.2013||
|PCT/DE2013/000082||SOLON ENERGY GMBH|
PV systems floating on the surface of water must be secured against turning over or lifting up by reason of being acted upon by wind and wave forces. Cost-intensive weighting devices placed below the PV system with permanent weights which are difficult to handle are known. The claimed PV system (01, 20) is characterised according to the invention in that the weighting device (06) has a resistance surface (08) with an upper side (07) facing the water surface (02) and having the surface area (A), which, in a water depth (T), is oriented substantially in parallel with the water surface (02) and is accessible for the water (03), and in that once in the water (03), a water volume (Vw) with the volume size (A⋅T) is formed above the upper side (07) of the resistance surface (08), the water mass (Mw) of said volume generating the weight force (Gw). The weight force (Gw) is thus applied by the water (03) itself and only when a load force (GL) acts thereon. A simple planar plate (11) may be used which is disposed centrally below the PV system (01). However, a water trough (26) can also preferably be formed from a flexible canvas (23), which is connected at one of its edges (24) to the PV system (20) and is open at both end faces (27), wherein the resistance surface (08) is then formed by the bottom (33) of the water trough (26).
|3.||WO||WO/2013/178203 - METHOD FOR PRODUCING AN OIL CONTROL PISTON RING||05.12.2013||
|PCT/DE2013/000225||FEDERAL-MOGUL BURSCHEID GMBH||MEYER, Klaus|
Method for producing an oil control piston ring (1) which has an axial construction height ≤ 2.0 mm and contains two interspaced radially outer running surface ribs (3, 4), an inner peripheral surface and upper (7) and lower flank regions (6), a wear-resistant coating being applied at least to the running surface ribs. A main part (2) which consists of a cast material is provided with a running surface profile in such a manner that a groove (5) of a definable width and depth is produced at a given axial distance of the running surface ribs so that rib flanks (8, 9) lying opposite each other run substantially parallel to the upper (7) and lower flank regions (6). A wear-resistant coating (11, 12) based on chromium or an alloy thereof is deposited onto the running surface ribs and the final contour of the running surface ribs is produced by profiling, only the edge regions (14, 15, 16, 17) of the running surface ribs being mechanically machined and drainage bores being subsequently introduced in the region of the groove base.
|4.||WO||WO/2013/178204 - METHOD FOR PRODUCING AN OIL CONTROL PISTON RING||05.12.2013||
|PCT/DE2013/000226||FEDERAL-MOGUL BURSCHEID GMBH||MEYER, Klaus|
Method for producing an oil control piston ring, wherein a main part (2) is provided with a running surface profile by mechanically machining the radially outer peripheral surface of the main part, the running surface profile containing two running surface ribs (3, 4) and a groove (8) lying thereinbetween and the running surface profile corresponding to that of the finished oil control piston ring; introducing drainage bores (16) in the groove base (15) on the groove end; providing at least the running surface ribs with a wear-resistant PVD, DLC or TaC layer; and polishing, honing or lapping the wear-resistant (9, 10) layer as required.
|5.||WO||WO/2013/178205 - ARRANGEMENT FOR SOLIDIFYING IN SMALL PIECES LIQUID SLAG OCCURRING IN METAL PRODUCTION||05.12.2013||
|PCT/DE2013/000229||KME GERMANY GMBH & CO. KG||WOBKER, Hans-Günter|
The invention relates to an arrangement (A) comprising a channel-like cooling segment (2) that can be charged with slag (S), is arranged at an inclination angle to the horizontal and can be subjected to vibrations. The cooling segment (2) integrated in a fluid circuit with an integrated energy conversion unit for using the thermal energy contained in the slag (S) consists of copper or a copper alloy and is coupled to a vibrating conveyor (8).
|6.||WO||WO/2013/178206 - CONSTRUCTION PANEL||05.12.2013||
|PCT/DE2013/000231||WATERMANN POLYWORKS GMBH||WATERMANN, Markus|
The invention concerns a construction panel which comprises at least one honeycomb core which is laminated on both flat sides, the honeycomb core (3) consisting of a thermoplastic and the construction panel (1) itself being stress-free owing to stresses running in opposite directions in the laminations (4).
|7.||WO||WO/2013/178207 - METHOD AND DEVICE FOR RECYCLING THE BASE PLATES OF PHOTOVOLTAIC PLANTS||05.12.2013||
||PCT/DE2013/000260||ROLD, Eugen||ROLD, Adelbert|
A base plate (1) of photovoltaic plants has a glass plate (2) as main body, furthermore small aluminium plates (3) fastened to the glass plate (2) by a layer of adhesive (4), and finally pollutant-containing cells (5) arranged fixedly on the small aluminium plates (3). In order to recycle the base plates (1) the small aluminium plate (3) is severed around the cell (5), leaving the adhesive fastening. Subsequently, the small aluminium plates (3) are detached from the glass plate (2). The separated regions of the small aluminium plates (3) having the cells (5) are separated from the remaining small aluminium plates (3) without the cells (5).
|8.||WO||WO/2013/178208 - MOTOR VEHICLE DOOR LOCK||05.12.2013||
||PCT/DE2013/000264||KIEKERT AKTIENGESELLSCHAFT||BENDEL, Thorsten|
The invention relates to a motor vehicle door lock, having a lever chain (2 to 6) which can be acted upon by a motor, and having an electric motor (10) featuring an associated control unit (11), wherein the electric motor (10) moves the lever chain (2 to 6) into a predetermined position or, starting from the predetermined position, acts thereon, and wherein the control unit (11) uses data of the electric motor (10) for acting thereon. According to the invention the control unit (11) evaluates gradients of performance data of the electric motor (10) for adjusting the position of the lever chain (2 to 6).
|9.||WO||WO/2013/178209 - USE OF AN IO LINK FOR LINKING FIELD DEVICES||05.12.2013||
|PCT/DE2013/000270||BALLUFF GMBH||FEINÄUGLE, Albert|
The invention relates to the use of an IO link for linking a field device to a master assembly.
|10.||WO||WO/2013/178210 - FIELD BUS SYSTEM||05.12.2013||
|PCT/DE2013/000280||BALLUFF GMBH||FEINÄUGLE, Albert|
The invention relates to a field bus system comprising at least one bus module designed as a master module with at least one connecting device for connection to a network and with at least one port for connecting a parameterisable IO link device. Said field bus system uses a data storage device which is designed as an IO link device and which can be connected to the at least one port for connecting an IO link device and in which all parameters of the IO link devices connected to the master module are stored and can be read by the master module.