WO/2016/134426 COMPRESSOR DEVICE||WO||01.09.2016|
||PCT/BE2016/000008||ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAP||PEETERS, Kurt|
Compressor device for compressing gas that comprises a compressor element (2) with a housing (3) with, an inlet (3) and an outlet (6), whereby at least one rotor is affixed in the housing (3) that is provided with a drive (7), whereby the compressor device (1) is provided with an oil circuit (16) for injecting oil into the housing (3) f characterised in that the oil circuit (16) only comprises one pump (23) for driving the oil around in the oil circuit (16), whereby this pump (23) is coupled to a first shaft (9) via a first disengageable coupling (24), more specifically a shaft (9) of the aforementioned drive (7) on the one hand, and to a second shaft (27) via a second disengageable coupling (28), more specifically a shaft (27) of a secondary drive (25) on the other hand, whereby the first and second disengageable couplings (24, 28) between the pump (23) and the first shaft (9) and between the pump (23) and the second shaft (27) are such that the pump (23) is only driven by the shaft of these two shafts (9, 27) that has the highest speed.
WO/2016/134427 METHOD AND DEVICE FOR MUTUAL LOCKING OF SLATS||WO||01.09.2016|
||PCT/BE2016/000013||NIMME BVBA||NIMMEGEERS, Andy Omer Elvire|
Device for mutual locking of slats of a roll-down shutter leaf, comprising a carrier for supporting a set of slats comprising a first slat and a second slat which are coupled slidably in the longitudinal direction to each other; a positioning station for bringing the second slat into a first position and second position relative to the first slat; and a sawing module for arranging, in the first position of the set of slats, a first recess and for arranging a second recess in the second longitudinal side of the second slat; an insertion module for arranging, in the second position of the set of slats, a first locking element and a second locking element in the protruding end part of the second slat.
WO/2016/131112 A SWIMMING POOL, USE OF SWIMMING POOL MODULES AND A CONSTRUCTION METHOD FOR THE BUILDING OF A SWIMMING POOL||WO||25.08.2016|
||PCT/BE2015/000069||ARTABEL ENGINEERING BVBA||DE WIT Jan Luc G.|
A public swimming pool comprising a side wall, consisting of a plastic inner and a plastic outer pane, which are connected to each other by a connecting device, hereby forming an enhanced side-wall; associated use of pool modules and associated method for building a swimming pool.
WO/2016/131113 BARREL FOR CO2-CONTAINING DRINKS AND USE THEREOF||WO||25.08.2016|
||PCT/BE2016/000012||CARDIFF GROUP, NAAMLOZE VENNOOTSCHAP||STANDAERT, Geert Norbert R.|
Barrel for CO2-containing drinks, whereby the barrel comprises a rigid holder that comprises at least two layers, i.e. a first layer that is made of a polymer and a second, fibre-reinforced, layer, whereby the second layer is outside the first layer and whereby the second layer is attached to the first layer.
WO/2016/127225 IMPELLER AND METHOD FOR MANUFACTURING SUCH AN IMPELLER||WO||18.08.2016|
||PCT/BE2016/000007||ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAP||PULNIKOV, Aleksandr|
Impeller comprising: - a central, shaft or a tube (2) for mounting on a shaft; - around the shaft or tube (2) f a hollow hub with an outside (9) and an inside (14) oriented towards the shaft or tubs (2); - a series of blades (11) that are attached to the outside (9) of the hob (5) fey their teases (12), characterised in that for each blade (11), or for at least a number of these blades (11), a reinforcing rib (13) is provided that extends on the shaft or tube (2) in a radial direction and forms a facial connection between the shaft or tube (2) and the inside (14) of the hub (5) at a position opposite the attachment of the base (12) of a blade (11) concerned.
WO/2016/127226 METHOD AND DEVICE FOR CONTROLLING THE OIL TEMPERATURE OF AN OIL-INJECTED COMPRESSOR INSTALLATION OF A VACUUM PUMP AND VALVE APPLIED IN SUCH A DEVICE||WO||18.08.2016|
||PCT/BE2016/000011||ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAP||DESIRON Andries Jan F|
Device for controlling the oil temperature of an oil-injected compressor installation (1) with a compressor element (2) that is provided with a gas inlet (3) and an outlet (5) for compressed gas that is connected to an oil separator (8) that is connected by means of an injection pipe (12) to the aforementioned compressor element (2), and whereby a cooler (17) is affixed in a part (19) of the injection pipe (12) that can be bypassed by means of a bypass pipe (18), characterised in that the device (20) is provided with an extra pipe (21) that is intended to be connected in parallel with the bypass pipe (18) and the cooler (17), and in which an energy recovery system (22) can be connected, and that the device (20) is provided with flow distribution means (23) through the cooler (17), the bypass pipe (18) and the extra pipe (21), and a controller (28) for controlling these temperature (Tout) control means at the aforementioned outlet (5) of the compressor element (2).
WO/2016/123681 DRY LUBRICATING CONVEYOR BELT EQUIPMENT||WO||11.08.2016|
||PCT/BE2016/000010||TURCK PIETER||TURCK PIETER|
The invention relates to a system for dry lubricating equipment for a moving conveyor, said system comprising a friction control unit.
WO/2016/123680 CYLINDRICAL FOAM BODY, USE THEREOF AND METHOD FOR PRODUCING THIS||WO||11.08.2016|
||PCT/BE2016/000009||ADVANCED SPRING TECHNOLOGY, NAAMLOZE VENNOOTSCHAP||POPPE, Willy|
Cylindrical foam body (1) with a central cavity (9), whereby the foam body (1) is formed by a curved flexible foam strip (2) of which two opposite ends (3) are fastened together, whereby the foam body has a height (H), whereby the strip 2 has a length (L), a height (h) and a width (b), whereby after forming the foam body (1) the longitudinal direction (L) of the strip 2 is the height direction (H) of the foam body (1), whereby the foam body (1) has an outside (5) and an inside (8), characterised in that the foam body (1) is provided on its outside (5) with two or more grooves (7) that extend over the height (H) of the foam body (1) and which only cut into the foam body (1) over a part of the distance between the outside (5) and the inside (8).
WO/2016/115609 COLON CANCER||WO||28.07.2016|
||PCT/BE2016/000006||KATHOLIEKE UNIVERSITEIT LEUVEN||DELORENZI Mauro Claudio|
The present invention relates generally to a method of predicting clinical outcome in a subject diagnosed with colorectal cancer comprising determining evidence of a miRNA profile or the expression of one or more predictive RNA transcripts in a biological sample, in particular a biological sample of cancer cells obtained from the subject. It further concerns using the profile a prognostic miRNA signature for relapse-free survival (RFS) in prognosis of a patient for colorectal cancer, in particular stage III colon cancer, and recurrence or response to therapy for colon cancer, in particular stage III colon cancer.
WO/2016/112442 METHOD FOR CONTROLLING A GAS SUPPLY TO A VACUUM PUMP||WO||21.07.2016|
||PCT/BE2016/000005||ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAP||COECKELBERGS, Joeri|
The present invention is directed to a method for regulating the temperature at an outlet channel (3) of a compressor or a vacuum element (1), the method comprising the step of providing a pressure regulating valve (4) on a influence channel (9), said influence channel (9) being in direct fluid communication with the compressor or vacuum element (1), said valve (4) regulating the pressure within the compressor or vacuum element (1) by adjusting the volume of fluid flowing between a process channel (8) and the compressor or vacuum element (1) relative to the difference between the pressure value within said compressor or vacuum element (1) and a set pressure value, wherein the method further comprises the steps of: - starting the compressor or vacuum element (1) and starting a pre-purge cycle by connecting the inlet channel (2) of the compressor or vacuum element (1) to a supply of a purge gas for a preselected time interval; - subsequently connecting the influence channel 9 to a process channel (8); and - disconnecting the inlet channel (2) from the process channel (8) and starting a post-purge cycle in which a flow of a gas is regulated at the inlet channel (2), for maintaining a set temperature within the vacuum element (1) for a selected time interval.