WO/2017/020098 CONNECTION PART||WO||09.02.2017|
||PCT/BE2016/000035||DELFELD, Marc||DELFELD, Marc|
The invention relates to a structure comprising at least four wooden beams attached to each other by means of connection parts, said metal connection parts (1) having flats that are supported on the faces of a longitudinal groove (G1 or G2) of a first I-shaped or U-shaped beam (PU, PI) and at least one flat supported on at least the central web (2) of another beam (P).
WO/2017/015728 METHOD FOR PRODUCING AN ADSORPTION AGENT FOR TREATING COMPRESSED GAS AND AN ADSORPTION DEVICE PROVIDED WITH SUCH AN ADSORPTION AGENT||WO||02.02.2017|
||PCT/BE2016/000032||ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAP||LAMMERS, Carlo|
Method for manufacturing an adsorption agent for treating compressed gas, whereby this method comprises the following steps: — the provision of a monolithic supporting structure; - the production of a coating suspension that comprises an adsorbent; - the application of the aforementioned coating suspension on the aforementioned supporting structure to form a coating; - the application of a thermal treatment to the supporting structure with the coating, in order to sinter the coating.
WO/2017/015729 ELECTRIC CENTRIFUGAL COMPRESSOR WITH CHANNELS IN THE IMPELLER HUB FOR BLEEDING AIR FOR COOLING THE MOTOR AND THE BEARINGS||WO||02.02.2017|
||PCT/BE2016/000034||ATLAS COPCO AIRPOWER, naamloze vennootschap||FABRY, Erik, Paul|
Centrifugal impeller with a hub (11) with a hub surface (12) and a central shaft (13), whereby this hub (11) increases in diameter in the direction from an inlet side (9) to an outlet side (10) of the impeller (5), whereby the hub (11) is provided with a back wall (15) on the outlet side (10), whereby the impeller (5) comprises a number of protruding blades (17) that are provided on the hub surface (12), characterised in that the hub (11) is provided with channels (18) that extend from an input opening (19) in the hub surface (12) to an output opening (20) in the back wall (15), whereby these channels (18) split off a proportion of the gas that is drawn in and guide it to the back wall (15) of the impeller (5).
WO/2017/008129 HOLLOW PLASTIC OBJECT, PARTICULARLY PREFORM, RESP. CONTAINER, WITH A POLYMER BARRIER AND MANUFACTURING METHOD THEREOF||WO||19.01.2017|
||PCT/BE2016/000033||RESILUX||DE CUYPER, Dirk|
The invention relates to a hollow article with rigid walls (18 98), surrounding an enclosed space (19,..., 99) that occupies the interior of the hollow article (10,..., 90), made of a primary plastic base material (1) in which there is provided a secondary plastic material (2), consisting of a polymer, characterized in that this secondary polymer (2) is formed by a first component (A), being a cyclic diisocyanate as a cyclic compound, with an aromatic or optionally an aliphatic structure, and by at least one additional component (B), wherein this secondary plastic material (2) forms a barrier (12,..., 92) in the hollow article (10,..., 90), and method for producing thereof.
WO/2017/000047 TUNING OF A DRUM||WO||05.01.2017|
||PCT/BE2016/000031||VAN DEN BROECK, Bram||VAN DEN BROECK, Bram|
Method for assisting a user in tuning a drum, with the steps of: - considering a strike on the drum; - recording a first sound fragment of the strike; - converting the first sound fragment from the time domain to the frequency domain; - analysing the first sound fragment in order to detect a fundamental tone with fundamental tone frequency of the drum; - calculating an overtone frequency or overtone frequency range of a first overtone of the drum by means of a predetermined algorithm related to the fundamental tone frequency; - setting a filter with a pass frequency band comprising the calculated overtone frequency or overtone frequency range so that at each further strike on the drum the frequency of the first overtone of the drum is detectable within the frequency band; - indicating at each further strike via a user interface when the frequency of the first overtone detected in the pass frequency band is higher or lower than a target overtone frequency.
WO/2017/000045 CULTIVATION SYSTEM||WO||05.01.2017|
||PCT/BE2016/000029||GREEN PRODUCTION SYSTEMS BVBA||DEFORCHE, Frans Andre Victor Cornelius|
System for cultivating a crop, wherein the system comprises: a sowing unit (40) for sowing at least two crop seeds per substrate unit; a transfer unit (41) for transferring a plurality of substrate units (44) from a first zone to a second zone; a harvesting unit (43) for harvesting the crop; a first transport system in the first zone for transporting substrate units (44) from the sowing unit (40) to the transfer unit (41); a second transport system in the second zone for transporting substrate units (44) from the transfer unit (41) to the harvesting unit (43); wherein the sowing unit (40) is provided to sow the at least two crop seeds in the substrate unit (44) with a predetermined mutual distance and orientation, wherein the first and second transport system and the transfer unit (41) are configured to respectively transport and transfer the plurality of substrate units (44) in a manner such that the substrate units (44) display a predetermined orientation progression from the sowing unit (40) to the harvesting unit (43).
WO/2017/000046 CULTIVATION SYSTEM||WO||05.01.2017|
||PCT/BE2016/000030||GREEN PRODUCTION SYSTEMS BVBA||DEFORCHE Frans Andre Victor Cornelius|
System for cultivating a crop, comprising a guide and a plurality of gutters, wherein each gutter is provided to contain a plurality of crop units and wherein the guide is provided to guide the gutters in a first direction and to gradually increase the distance between adjacent gutters in said direction so that the number of crop units per square metre id the area substantially decreases, wherein the area comprises a first zone and a second zone, and wherein each gutter in the first zone contains crop units with a first intermediate distance and wherein each gutter in the second zone contains crop units with a second intermediate distance, wherein the first intermediate distance is considerably smaller than the second intermediate distance and wherein the distance between gutters in the first zone at the position of a transition from the first zone to the second zone is considerably greater than the distance between gutters in the second zone.
WO/2016/205901 COVER FOR A SWIMMING POOL OR WHIRLPOOL BATH AND SWIMMING POOL OR WHIRLPOOL BATH THAT IS PROVIDED THEREWITH||WO||29.12.2016|
||PCT/BE2016/000025||TECHNICS & APPLICATIONS, AFGEKORT T&A, BESLOTEN
VENNOOTSCHAP MET BEPERKTE AANSPRAKELIJKHEID||VERVOORT, Ludo Jozef|
Cover (1) for a swimming pool or whirlpool bath (8), whereby the cover (1) comprises a rollup screen (2) whereby the screen (2) has two side edges (5) and whereby the screen (2) has a first edge (6) perpendicular to the side edges (5) and a second edge (7) perpendicular to the side edges (5), whereby the cover (1) comprises a rollup shaft (3), whereby the first edge (6) of the screen (2) is connected to the rollup shaft (3) and whereby the screen (2) can be rolled up and rolled out on the rollup shaft (3), whereby the rollup shaft (3) is horizontally movable so that the screen (2) can be rolled out while the second edge (7) is in a fixed position and whereby the cover (1) is provided with means (25) to exert a rotational force on the rollup shaft (3) to thereby roll up the screen (2).
WO/2016/205902 COMPOSITIONS AND METHODS FOR TREATING BIOFILMS||WO||29.12.2016|
||PCT/BE2016/000028||KATHOLIEKE UNIVERSITEIT LEUVEN KU LEUVEN RESEARCH & DEVELOPMENT||CAMMUE, Bruno|
The present invention relates to a novel composition for use in inhibiting or treating microbial biofilm formation, said composition comprising a plant defensin or a peptide derivative thereof and an antifungal compound, preferably caspofungin, anidulafungin, micafungin, or amphotericin B. Accordingly, the present invention relates to use of said composition for the inhibition or treatment of biofilms, particularly fungal biofilms, such as Candida biofilms, in a subject or on a surface or other medium susceptible to biofilm formation.
WO/2016/197210 METHOD FOR CONTROLLING AN ADSORPTION PHASE OF A GAS GENERATOR AND A GAS GENERATOR APPLYING SUCH A METHOD||WO||15.12.2016|
||PCT/BE2016/000027||ATLAS COPCO AIRPOWER,NAAMLOZE VENNOOTSCHAP||COREMANS, Tom|
A method for controlling an adsorption phase of a gas generator, said generator comprising an adsorbent medium capable of selectively adsorbing a first gaseous component from an inlet gas flow comprising a gaseous mixture, and allowing an outlet gas flow mainly comprising a second gaseous component, said method comprising the steps of: - directing the inlet gas flow through an inlet of said gas generator; - measuring the outlet gas flow; - determining the concentration of said second gaseous component at the outlet of said vessel,; wherein the method further comprises the steps of: A9) calculating the capacity of the generator; A10) comparing the measured outlet gas flow with the calculated capacity; All) if the measured outlet gas flow is lower than the calculated capacity, and if the determined concentration is higher than or equal to a set value, maintaining the generator in adsorption phase for a predetermined time interval, Δs; subjecting the generator to a regenerating cycle after said predetermined time interval, Δs.