WO/2016/190728 EXCHANGEABLE KNOT COVER||WO||01.12.2016|
||PCT/NL2015/050370||JONES, David William||JONES, David William|
A knot cover for placing on a tie with a generally triangular shape comprising a multi-piece body with three apertures at well chosen places, two at opposite ends of a top wall and a larger one at the bottom.
WO/2016/190731 FILLING DEVICE FOR FILLING A HOLDER WITH VULNERABLE PRODUCTS, AND METHOD THEREFOR||WO||01.12.2016|
||PCT/NL2016/050356||DE GREEF'S WAGEN-, CARROSSERIE- EN MACHINEBOUW B.V.||NIJLAND, Wilhelm Jan|
The invention relates to a filling device (2) for filling a holder with vulnerable products, for instance apples, and a method therefor. The filling device according to the invention comprises: - a main frame (14) provided with an elevator conveyor (4) with a supply side (10) and a filling side (12); - a distributing device (28) connected operatively to the filling side of the elevator conveyor and provided with one or more distributors configured to distribute products over the holder; - height adjusting means (42,44) configured to move the distributing device in the height relative to the holder such that the distributing device is movable in the height during filling of the holder; and - a supply side guide arranged (66,68,70) on the main frame (14) for operation with the height adjusting means and configured to align the supply side of the elevator conveyor with a delivery endof a feed conveyor during a movement of the distributing device in the height.
WO/2016/190732 INSERTABLE HYDRAULIC TURBINE FOR INSERTION INTO A FLUID CONDUIT||WO||01.12.2016|
||PCT/NL2016/050357||KINETRON B.V.||HOEDJES, Maarten Adrianus Hubertus|
The invention relates to an insertable hydraulic turbine for insertion into a fluid conduit. The invention also relates to a fluid conduit comprising at least one accommodating space for a turbine according to the invention. The invention further relates to an assembly of such a fluid conduit and such a turbine.
WO/2016/190733 TEST APPARATUS IN OR FOR AN AUTOCLAVE||WO||01.12.2016|
||PCT/NL2016/050365||DENTAL VALIDATION SYSTEMS B.V.||MIDDELINK, Jan Albertus|
A test apparatus for an autoclave comprises a temperature sensor (33) and a pressure sensor (38) for registering an ambient temperature and ambient pressure which are coupled to a central processor unit (35) which also comprises a transmitter device for wireless signal transfer to display and/or storage means located outside the autoclave. The device is further provided with an electronic power supply (34). A lumen (20) in the device has a first outer end in open communication with the surrounding area and a second outer end which opens into a measuring chamber (25) of the device. A first temperature sensor (31) is provided close to the first outer end of the lumen in a reference chamber for the purpose of registering a reference temperature, and a second temperature sensor (32) is provided in the measuring chamber for the purpose of registering a process temperature. The first and the second temperature sensor (31,32) are coupled to the central processor unit (35) and the reference chamber and measuring chamber take an at least substantially identical form.
WO/2016/190734 YO-YO TOY||WO||01.12.2016|
||PCT/NL2016/050367||BIOPROMOTIONS B.V.||DE WAAL, Robert Christoffel|
Device (1), provided and arranged as a yo-yo toy, comprising two rotary bodies (2) connected to each other by means of a connecting shaft (3), wherein each of the rotary bodies comprises a base portion (4) and a therewith connectable or connected frame part (5), which is configured, optionally partly in cooperation with the base portion, for attaching a number of hexagonal covering elements (6). The covering elements and the half-hexagonal segments (8) of the base portions are arranged and/or coloured in such a way that the device strongly resembles a football or basketball. The covering elements are snap-action connectable with the frame parts and the base portions respectively, and are interchangeable with covering elements of, for example, a different colour, texture and/or lettering.
WO/2016/190735 METHOD FOR REMOVING A CABLE CORE FROM A CABLE SHEATH||WO||01.12.2016|
||PCT/NL2016/050368||EAGLES, Nigel James||EAGLES, Nigel James|
A method for removing a cable core (2) from a cable sheath (1) that includes a cable having a cable sheath (1) and a cable core (2) between an introduction end and an extraction end, in which the cable core (2) includes a core wrapping (3) and a bundle of conductors (4), includes a liquid compound (L) is introduced in the cable at the introduction end (10a), the liquid component (L) being an agent that reacts with the core wrapping (3); holding the liquid compound (L) inside the cable during a predetermined reaction time, in which the core wrapping (3) releases a lubricant; after the reaction time ends, the inside of the cable is flushed with a rehydration liquid (W) introduced at the introduction end (10a) of the cable and the cable core (2) is removed from the cable sheath (1) at the extraction end (10b).
WO/2016/190736 METHOD FOR MANUFACTURING A PLASTIC PRODUCT SUCH AS A FLOWER BUCKET||WO||01.12.2016|
||PCT/NL2016/050370||NABER BEHEER B.V.||NABER, Wilhelmus Cornelis Maria|
For the purpose of manufacturing a plastic product (1) having a bottom (10) and an upright wall (20) extending from the periphery (11) of the bottom (10), an injection mold having a bottom forming cavity and a wall forming cavity connecting to the periphery thereof is applied. The forming cavity of the injection mold is filled with fluid plastic while pressure is being exerted, in two stages with an interruption of the supply of fluid plastic between, wherein only a central bottom part (12) is formed in a first stage, after which the supply of plastic is temporarily stopped, until the start of a second stage in which the forming cavity of the injection mold is further filled.
WO/2016/190737 METHOD TO PRODUCE ELECTRICALLY ISOLATED OR INSULATED AREAS IN A METAL, AND A PRODUCT COMPRISING SUCH AREA||WO||01.12.2016|
||PCT/NL2016/050372||METALMEMBRANES.COM B.V.||METZ, Sybrandus Jacob|
The present invention relates to a method to produce electrically isolated or insulated areas in a metal, and a product comprising such area. The method according to the invention comprising the steps of: -providing a metallic structure; -performing a plasma electrolytic oxidation and/or anodization process such that an oxide layer is achieved on an area of the metallic structure; and -electrically isolating a part of the metallic structure by removing part of the metallic structure and/or connecting a further metallic structure to the metallic structure with the oxide layer.
WO/2016/190738 ELONGATE FLEXIBLE CONTAINER||WO||01.12.2016|
||PCT/NL2016/050374||TENCATE GEOSYNTHETICS NETHERLANDS B.V.||TER HARMSEL, Mink|
The invention relates to an elongate flexible container, for example for solid liquid separation and/or dewatering and/or consolidation, said container comprising at least one filling opening for filling the container with a material, for example a material to be separated and/or dewatered and/or consolidated, wherein said container comprises at least two elongate container parts, which container parts are joined to each other over a circumferential seam, and wherein the at least one filling opening is arranged between the two container parts by locally not (directly) joining the two container parts to each other by said circumferential seam in a filling opening area. The invention further relates to the use of such a container, to a structure comprising such a container, a method of using such a container, and a method for producing such a container.
WO/2016/190739 PROCESS FOR THE PREPARATION OF A FRUCTOSE-RICH SOLUTION FROM A SOLID COMPOSITION COMPRISING FRUCTOSE AND GLUCOSE||WO||01.12.2016|
||PCT/NL2016/050376||AVANTIUM KNOWLEDGE CENTRE B.V.||MCKAY, Benjamin|
A fructose-rich solution is prepared from a solid composition comprising fructose and glucose, in a process comprising i) admixing the solid composition comprising fructose and glucose with a selective solvent that consist for at least 80%wt of methanol to obtain a slurry of glucose-rich solids in a methanolic fructose-rich solution; and ii) separating the methanolic fructose-rich solution from the glucose-rich solids.