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Results 1-10 of 3,164 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2016/112437 DOOR LEAF WITH PANEL AND PANEL KIT FOR SUCH A DOOR LEAFWO21.07.2016
E06B 3/72
PCT/BE2015/000071HARINCK, naamloze vennootschapHARINCK, Kris André
.Door leaf comprising a frame (4) and a door panel (5) with a front leaf (6), a back leaf (7) and a filler plate (8), whereby the frame (4) is composed of conventional profiles (9) with a lip (14) oriented inwards to form a groove (15), whereby the front leaf (6) is affixed against the front of the frame (4), and at least partially covers the front of the frame (4) and whereby the door panel (5) is fastened to the back of the frame (4) by means of panel slats (17), characterised in that the front leaf (6) is provided with clamping means (20) that enable the front leaf (6) to be pulled against the front of the frame (4), whereby these clamping means (20) are formed by one or more clamps along the periphery of the frame (4) with a basic element (21) that is fastened on the front leaf (6) and a clamping slat (22) affixed thereon that hooks behind an aforementioned lip (14) and can be tightened on the basic element (21) towards the front leaf (6).

2. WO/2016/112436 A SWIMMING POOL, USE OF SWIMMING POOL MODULES AND A CONSTRUCTIONMETHOD FOR THE BUILDING OF A SWIMMING POOLWO21.07.2016
E04H 4/14
PCT/BE2015/000070ARTABEL ENGINEERING BVBADE WIT, Jan Luc G
A swimming pool comprising an upstanding side wall of plastic, wherein the plastic- side wall being slidably arranged with respect to an underlying building structure; and a method for building a modular plastic pool.

3. WO/2016/112439 OIL-INJECTED VACUUM PUMP ELEMENTWO21.07.2016
F04C 28/26
PCT/BE2016/000002ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAPBOECKX Jens
Oil-injected vacuum pump element, whereby two cooperating helical rotors (3) are rotatably provided in a housing (2), whereby this housing (2) comprises an inlet port (8) and an outlet end face (6) with an outlet port (9), whereby compression chambers (11a, lib) are formed between the helical rotors (3) and the housing (2), characterised in that the vacuum pump element (1) is provided with a connection that extends from a first compression chamber (11a) to a second smaller compression chamber (lib) at the outlet end face (6), whereby this first compression chamber (11a) is at a lower pressure than the second compression chamber (lib) and whereby this second compression chamber (lib) can make connection with the outlet port (9) upon rotation of the helical rotors (3), whereby the connection is such that a flow from the second compression chamber (lib) to the first compression chamber (11a) is possible, whereby the connection is not directly connected to the outlet port (9).

4. WO/2016/112441 METHOD FOR CONTROLLING THE SPEED OF A COMPRESSOR/VACUUM PUMPWO21.07.2016
F04C 28/24
PCT/BE2016/000004ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAPCOECKELBERGS Joeri
The present invention is directed to a method for regulating the speed of a compressor/vacuum element, said method comprising the steps of: - starting the compressor/vacuum element (1); - regulating the pressure within the compressor/vacuum element (1) by adjusting the volume of fluid flowing between a process channel (4) and the compressor/vacuum element (1) relative to the difference between the pressure value within said compressor/vacuum element (1) and a preset pressure value; characterized in that the method further comprises the steps of: - connecting the compressor/vacuum element (1) to a process channel (4) after the speed of the compressor/vacuum element (1) reaches a preset speed value; and - adjusting the speed of the compressor/vacuum element (1) such that the power of the compressor/vacuum element (1) is maintained at a relatively constant value.

5. WO/2016/112442 METHOD FOR CONTROLLING A GAS SUPPLY TO A VACUUM PUMPWO21.07.2016
F04C 28/24
PCT/BE2016/000005ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAPCOECKELBERGS, 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.

6. WO/2016/112440 INLET VALVE AND VACUUM PUMP PROVIDED WITH SUCH AN INLET VALVEWO21.07.2016
F04C 28/24
PCT/BE2016/000003ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAPDESIRON, Andries
The present invention is directed to an inlet valve for regulating the pressure at the inlet channel of a vacuum pump (11) comprising: - a first chamber (1) defined by a housing (3) having at least one inlet channel (4) connected to a first supply of a fluid, the first chamber (1) comprising a movable element (5) defining two cavities (1a and 1b) fluidly sealed from each-other and means for exerting a force on the movable element (5); - a second chamber (2) separated from the first chamber (1) by a wall (7) and defined by a housing (3), said second chamber (2) being in direct communication with a process channel (8) of a second supply of a fluid;a valve body (9) slidably mounted in the wall (7) in such a way as to prevent a fluid flow between the second chamber (2) and the second cavity of the first chamber (1b), the valve body (9) having a distal end (9a) in extending into the first cavity (1a) of the first chamber (1) and a proximal end (9b), said valve body being movable between an initial closed state in which the proximal end (9b) is pushed against a sealing flange (10) and a second, opened state, in which a fluid flows from the process channel to the inlet channel (11) of the vacuum pump, characterized in that - the valve body (12) comprises a fluid channel (18) extending through the valve body (12) allowing a fluid flow between the first cavity (6a) and the inlet channel (14) of the vacuum element (1).

7. WO/2016/112438 HOUSING FOR A COMPRESSOR OR EXPANDER INSTALLATION, VACUUM PUMP, GENERATOR OR THE LIKEWO21.07.2016
F01C 21/10
PCT/BE2016/000001ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAPCOOLS, Ronny Antoine J.
Housing for a compressor or expander installation (2), vacuum pump, generator or similar, whereby this housing (1) is made of metal plates (3), characterised in that at least one of the aforementioned metal plates (3) is provided with one or more reinforcing profiles, respectively longitudinal profiles (9) that extend in a certain longitudinal direction (X-X' ) and transverse profiles (7) that extend along a transverse direction (Y-Y' ) that forms an angle to the aforementioned longitudinal direction (X-X' ), whereby the various metal plates (3) and longitudinal profiles (9) and/or transverse profiles (7) are joined together solely by means of mechanical fasteners (13).

8. WO/2016/106439 COATED PREFORM FOR CONTAINER AND METHOD FOR PRODUCING THE SAMEWO07.07.2016
C08J 7/04
PCT/BE2014/000046RESILUXDE CUYPER, Dirk
This invention relates to a coated preform of a biaxially stretchable plastics material, intended for the manufacture of a coated container. At least one coating layer consisting of polymer coating is provided on the outside of the plastics preform. The coating is formed with at least one base layer made of polymers having similar structures, notably polar structures. A corresponding process is provided as well.

9. WO/2016/094968 DRYER FOR COMPRESSED GAS, COMPRESSOR INSTALLATION PROVIDED WITH SUCH A DRYER AND METHOD FOR DRYING GASWO23.06.2016
B01D 53/06
PCT/BE2015/000016ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAPVAN MINNEBRUGGEN, Ewan
Dryer for a Compressed gas provided with a vessel (2) with a drying agent and a drying zone (7) and a regeneration zone (8); at least one intermediate zone (9) that, viewed in the direction of rotation (R) of the drum (3), is situated between the regeneration zone (7) and the drying zone (5) and which is provided with a separate inlet (24) and an outlet that is shared with or connected to the outlet (15) of the regeneration zone (8); a tap-off pipe (22) that branches off from the outlet (19) of the drying zone (8) and connects to the aforementioned separate inlet (24) of the intermediate zone (9); means for effectuating an intermediate flow from the drying zone (7), through the tap- off pipe (22), to the intermediate zone (9), whereby the dryer is configured such that the entire flow of gas to be dried supplied to the dryer is first guided through the regeneration zone (8) before flowing through the drying zone (7), characterised in that the aforementioned means are only formed by one or more blowers (25) in the aforementioned tap-off pipe (22).

10. WO/2016/094970 IN VITRO MATURATION OF A MAMMALIAN CUMULUS OOCYTE COMPLEXWO23.06.2016
C12N 5/075
PCT/BE2015/000068VRIJE UNIVERSITEIT BRUSSELROMERO, Sergio
The present invention relates to a composition and method for assisted reproductive technology in mammals. In particular, the present invention provides compositions and methods for in vivo maturation of an immature cumulus oocyte complex (COC), thereby enhancing the embryology outcome.


Results 1-10 of 3,164 for Criteria: Office(s):all Language:EN Stemming: true
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