WO/2015/161332 COOLING AND HEATING PLATE, IN PARTICULAR FOR PRESENTING FOOD AND BEVERAGES||WO||29.10.2015|
||PCT/AT2015/050100||JOSEF HÖLLER GMBH ||HÖLLER, Josef |
The invention relates to a cooling and heating plate, in particular for presenting food and beverages, said plate being connected to a cooling assembly and having an electric heating device on the lower face. The plate is rolled as a multilayer plate (1) consisting of an upper plate (2) made of chromium-nickel steel, a central plate (3) made of aluminum with coolant channels (5), and a lower plate (4) made of chromium-nickel steel into one piece and has a heating mat (6) with insulation (7) on the lower face and a cover shell (8). The cover shell can be provided with a cooling assembly comprising a compressor (9), an evaporator (10), a ventilator (11), solenoid valves (12), and an electronic controller (13), which can be switched from a cooling mode to a heating mode. One or more plates (1) without dedicated cooling assemblies can be connected to a plate (1) with a cooling assembly. The plates (1) without cooling assemblies can also be connected to a separate central cooling assembly for a display case for example.
WO/2015/078637 METHOD AND DEVICE FOR EMBOSSING STRUCTURES||WO||04.06.2015|
||PCT/EP2014/072638||EV GROUP E. THALLNER GMBH ||TREIBLMAYR, Dominik |
The invention relates to a method for embossing at least one microstructure or nanostructure using a mold (1) that has at least one embossing structure (2), said method involving the following steps, in particular the following sequence: orienting the embossing structure (2) of the mold (1) in relation to a dosing device (4), dosing an imprint material (6) into the embossing structure (2) by means of the dosing device (4), at least partially curing the imprint material (6), and embossing the imprint material (6). The method is characterized in that the embossing structures (2) point in a direction of gravity (G) at least during the dosing step. The invention further relates to a corresponding device.
||PCT/EP2014/074471||HETTICH-ONI GMBH & CO. KG ||ROMMELMANN, Cord |
The invention relates to a hinge (1), in particular for furniture or domestic appliances, comprising a first hinge part (2), which has a holder (3) and a hinge arm (4) pivotably supported on the holder (3), and a second hinge part (6), which has a receptacle (9), into which an end segment of the hinge arm (4) can be inserted, wherein a locking mechanism (14, 18, 20) is provided in order to lock the hinge arm (4) to the second hinge part (6), wherein the locking mechanism comprises a pawl (18) preloaded into the locked position, which pawl protrudes from a surface (22) on the hinge arm (4) in a mounting position before the locking position. Thus, the mounting of the first hinge part (2) on the second hinge part (6) is simplified and the locking of the hinge parts (2, 6) to each other is ensured.
WO/2015/066739 WASTE CONTAINER, IN PARTICULAR FOR PAPER||WO||14.05.2015|
||PCT/AT2014/000188||HAGLEITNER, Hans, Georg ||HAGLEITNER, Hans, Georg |
The invention relates to a waste container, in particular for paper, comprising a substantially cuboid lower holder part (1) and with an upper part (2) which can be swung open about a horizontal pivot axis (4). The pivot axis (4) is provided in particular in the vicinity of the upper edge (6) of a wall (5) of the holder part (1). The wall (7) of the holder part (1) opposite the pivot axis (4) has means (8, 9) for connection to a stabilizer unit.
WO/2015/067977 STRUCTURAL ARRANGEMENT AND PROCEDURE FOR THE STABILISATION OF LINEAR EARTHWORKS||WO||14.05.2015|
||PCT/HU2014/000091||SZABÓ, József ||SZABÓ, József |
The subject of the invention relates to a structural arrangement for the stabilisation of linear earthworks, i.e. mainly railway line superstructures, for the prevention of movements of the superstructure due to the effect of forces transverse to the direction of the trace line, whilst intermittently maintaining traffic. The invention's distinctive feature is that the load-bearing support structure is made up of a support beam (3) stabilising the ballast bed (21) and running alongside the trace line on the side of the sleepers (22) where movements tend to occur, and a supporting wall (4) located at the other side of the support beam (3) opposite the sleepers (22), extending from the superstructure (2) down towards the subsoil, and a protective blanket (5) covering the support beam (3) and the supporting wall (4), simultaneously embracing the ends (22a) of the sleepers (22) facing towards the support beam (3). The invention also encompasses the procedure for creating the structural arrangement; this procedure involves building the support beam (3) stabilising the sleepers (22), which are part of the railway superstructure, and the ballast bed (21) under them, and running alongside the trace line on the side of the sleepers (22) where movements tend to occur, and constructing, when indicated, a supporting wall (4) in the earth lying up against the other side of the support beam (3) opposite the sleepers (22), covering the support beam (3) and the supporting wall (4) with a covering blanket (5), and constructing a drain (7) underneath the supporting wall (4) if necessary.
WO/2015/055540 ANGLED GUIDE PLATE FOR A RAIL PROFILE||WO||23.04.2015|
||PCT/EP2014/071790||SEMPERIT AG HOLDING ||MIESSBACHER, Herwig |
Angled guide plate, in particular for rail-fastening systems, comprising a basic body which has an upper side and an underside, wherein the underside is designed for arranging on a further element, in particular a (railway) sleeper, whereas the upper side describes an opposite plane, as seen substantially transversely to the (railway) sleeper, and wherein the angled guide plate consists of a guide region and a supporting region, wherein the guide region and the supporting region extend substantially parallel and adjacent to one another in a direction transverse to a track direction, wherein the upper side and the underside are spaced apart from one another such that a thickness of the supporting region, as measured substantially perpendicularly to the underside, is larger, at least in part, than a thickness of the guide region.
WO/2015/052181 A SECURITY DOCUMENT COMPRISING A FILM WITH INTERFERENTIAL EFFECTS, A METHOD FOR DETERMINING THE AUTHENTICITY OF SUCH A DOCUMENT AND A DEVICE FOR IMPLEMENTING SUCH A METHOD||WO||16.04.2015|
||PCT/EP2014/071434||BANQUE DE FRANCE ||BEAUCHET, Férédéric |
The invention relates to a security document comprising a support (2, 102, 202) having at least one security element (3, 103, 203). According to the invention, the security element comprises a film with interferential effects (4, 110, 220). The invention also relates to a method for determining the authenticity of such a document as well as a device for implementing such a method.
WO/2015/053893 SPRINKLER WITH MULTI-FUNCTIONAL, SIDE-LOAD NOZZLE WITH NOZZLE STORAGE CLIP AND RELATED TOOL||WO||16.04.2015|
||PCT/US2014/054674||NELSON IRRIGATION CORPORATION ||SESSER, George, L. |
A clip for holding a pair of nozzle inserts for use with an irrigation sprinkler includes at least two flexible attachment arms, each attachment arm provided with an elongated slot and a retention shoulder on an inside surface thereof, adjacent the elongated slot. Each attachment arm is adapted to be received in an opening in a respective nozzle insert and retained therein by the retention shoulder. A related tool includes a pair of gripper arms and a respective pair of jaws extending from the gripper arms, pivotally secured to one another. One jaw is formed with a pair of parallel prongs, and the other jaw is formed with a flat head projecting toward the pair of prongs. The jaws are adapted to engage the nozzle insert and disengage the retention shoulder to permit removal of the nozzle insert from the clip.
WO/2015/052463 IMPROVEMENTS IN NANOPARTICLE COUNTING||WO||16.04.2015|
||PCT/GB2014/000397||TWIGG SCIENTIFIC & TECHNICAL LTD ||TWIGG, Martyn Vincent |
An improved instrument for counting nanoparticles suspended in a gas, particularly in a combustion gas, incorporates a counter device such as a Condensation Particle Counter, incorporates a pre-treatment stage to remove substances which can cause nucleation and false results, comprising a flow through monolith carrying an oxidation catalyst and an absorber, wherein the monolith has a call density of no more than 400 cells per square inch and an open area of at least 80%.
WO/2015/043638 CHUCK FOR SUCTION AND HOLDING A WAFER||WO||02.04.2015|
||PCT/EP2013/070092||SUSS MICROTEC LITHOGRAPHY GMBH ||CONRADI, Matthias |
The invention relates to a chuck and a method for suction and holding a wafer by said chuck, wherein the chuck comprises: a flat top face being subdivided into several suction segments, wherein the suction segments are each configured for suctioning a fluid; and a bottom face. The method comprises the steps: bringing, within a fluid, wafer and top face of the chuck into vicinity such that two or more of the suction segments are covered, at least loosely covered, by the wafer; choosing, from the suction segments not yet been activated, a suction segment having a minimal distance to the wafer; activating the suction segment chosen in the previous step; once the wafer in the area of the last-activated suction segment tightly touches the top face of the chuck and as long as at least one suction segment is not yet activated: repeating the foregoing steps.