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Results 1-10 of 250 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2016/013918 BIOLOGICAL ACCELERATORS OF ORGANIC WASTE METHANIZATIONWO28.01.2016
C12P 5/02
PCT/MA2015/000008UNIVERSITE HASSAN 1ER DE SETTAT AROUCH, Moha
The present invention relates to a process for treating organic waste by anaerobic digestion allowing the production of methane at high yield and in a reduced period of time which begins from the second week of fermentation, using biological accelerators of the fermentation process. The invention also relates to the preparation and the conditioning of an active mixed microbial culture with the various agricultural effluents.

2. WO/2016/006987 WATER SCOOTER PROPELLED BY A PNEUMATIC MOTORWO14.01.2016
PCT/MA2015/000007NOUR EL ALAOUI, Omar NOUR EL ALAOUI, Omar
The present invention applies to the technical sector of watercraft for sports and motorized leisure. It comprises a lower half-shell (2) which contains the pneumatic motor (14) and the compressed air tanks (11) (12). The saddle (6) and the handlebars (3) are fixed on the upper half-shell (1). The turbine (18) which provides the propulsion of the watercraft is driven by the pneumatic motor (14) via the transmission shaft (17). The waterjet drawn by the turbine (18) through the intake (5) is expelled through the water ejection nozzle (4). By reaction, the water scooter is propelled forwards. This invention is mainly intended for watersports amateurs wishing to practice activities on watercourses.

3. WO/2016/006988 INSTALLING A SINGLE FRAME (FIXED) FOR PRODUCING A COMPLETE WINDOW COMPRISING THE SLIDING WING OF THE WINDOW AND THE SCREEN FRAME OF THE ROLLER SHUTTERWO14.01.2016
E06B 1/36
PCT/MA2015/000009ESPACE ZEMMOURI EL BLAGE, Abdellah
The present invention relates to a joinery system grouping together the fixed frame of a sliding window and the frame of the screen cover into a single frame, by using a single intermediate profile (6), to separate the casements and the part reserved for the roller shutter. Said profile (6) is guided during vertical translational movement along the vertical profiles of the fixed frame by use of L-shaped connection means (4) which are housed both in the vertical profiles of the fixed frame and in the intermediate profile (6) by means of dedicated grooves (13, 14).

4. WO/2015/199521 ENZYMATIC METHOD FOR EXTRACTING DRY FRUIT KERNELS FROM A LIGNOCELLULOSIC SHELLWO30.12.2015
C12P 19/14
PCT/MA2015/000006MOROCCAN FOUNDATION FOR ADVANCED SCIENCE, INNOVATION & RESEARCH (MASCIR) WAHBY, Imane
The invention relates to a composition and a method for weakening the layers of lignocellulosic nature which constitute the shell of nuts for the purpose of easy and non-destructive recovery of the edible kernel. The process is characterized in that the lignocellulosic layers are treated with an enzyme-based composition and the kernel is subsequently recovered manually or by mechanically stripping off the treated layers, followed by drying of the stripped nuts.

5. WO/2015/194925 DUCT WITH PICKING MEANS AND CUTTING MEANS FOR HARVESTING PRICKLY PEARSWO23.12.2015
A01D 46/247
PCT/MA2014/000021AICHA, Farid AICHA, Farid
The invention relates to a duct system with a picking means and a cutting means for harvesting prickly pears, characterised by the use of a long duct (no. 1), open at both ends, detachable into two portions A and B. Said duct (no. 1) provides the link between the cactus fruit and the collection baskets. The duct is provided with a cutting and ejection means which is used to cut the prickly pear and push same into the collector. Said cutting and ejection means is made up of an assembly of a pushing and cutting rotary lever (no. 13) and a cutting fork (no. 12) secured to the front of the collector (no. 11). A second cutting means is made up of a pair of shears (no. 4) with a movable pushing lever (no. 5). The duct (no. 1) may be provided with a picking means made up of a system with a telescopic rod (no. 15) provided with a clamp having two jaws (no. 16). The duct, together with either the picking means or the cutting means is operated by an operator (farmer or labourer) using a handle (no. 23) and a control lever (no. 19). By actuating the control lever (no. 19), the operator pulls on a rigid cable sliding in a flexible sheath (no. 10) in order to actuate the picking means or the cutting and ejection means to be used. Once the fruit has been cut or picked, it is deposited into a collector (no. 2) mounted on the end of the duct. Next, under the effect of gravity, the fruit slides along the duct (no. 1). At the end of the travel, at the other end of the duct (no. 1), the fruit passes through a flexible, resilient pipe (no. 24) and then falls directly into the collection means.

6. WO/2015/190901 PORTABLE DEVICE FOR PRODUCING PHOTOVOLTAIC ENERGYWO17.12.2015
H02S 10/40
PCT/MA2014/000013CAP SOL MANSOURI, Radhouane
The portable photovoltaic energy device of the present invention relates to an autonomous transportable facility for producing solar energy, carried in a towable trailer (R), comprising a plurality of photovoltaic panels (1) mounted in the frames (2) of a carrier structure (S) thereof, and a current conversion device (3), the entirety forming a compact assembly for transformation in situ of DC electrical current produced by the assembly of panels (1), with a typical voltage of 380 V AC. The invention enables transport and delivery of a photovoltaic facility that is easy and quick to assemble and fold, designed to be accessible to isolated and inaccessible areas, in particular areas not served by electrical connections, producible immediately on arrival on-site and with no difficulty during installation, adaptable, whatever the nature of the equipment to be connected thereto, and usable, separately and simultaneously, in the same interval, for multiple applications and at a plurality of locations. The accumulation method (4) considered in the present invention is taught for functional use only. Optionally, additional batteries (4) can be associated therewith, when the electrical energy needs to be utilized at night.

7. WO/2015/186996 MECHANISM FOR PRODUCING ELECTRICAL ENERGY USING THE MOTIVE POWER OF THE WAVES GENERATED BY THE WIND AT DAMSWO10.12.2015
F03B 13/18
PCT/MA2014/000032AKDI, Mahmoud AKDI, Mahmoud
The mechanism for producing electrical energy using the motive power of the waves generated by the wind at dams is made up of a fixed central post to which a circular ring is fitted coaxially. This ring accepts a rotor/shaft the second end of which on the other hand is fixed to a floating barge of hydrodynamic shape which self-orientates in the direction of the waves. This shaft supports the blade assemblies/stators turned by the impact with the waves thereby producing electrical energy. The mobile assembly thus defined has two degrees of freedom, namely rotation about the axis of the post then oriented by the direction given by the barge, and translational movement with respect to the horizontal plane, according to the water level.

8. WO/2015/183062 MULTI-USE ECOLOGICAL BIOCIDE FORMULATIONS AND METHOD FOR THE PRODUCTION THEREOFWO03.12.2015
A01N 59/00
PCT/MA2014/000033EL MORABIT, M hamed EL MORABIT, M hamed
The invention relates to multi-use ecological biocide formulations which are non-herbicide and do not present any risk to humans, animals and the natural environment, consisting of substances of mineral and/or plant origin, which are easy to prepare. Said formulations are used to control insects, mites, fungi and bacteria. They are used to protect both grain stocks, and plants, livestock, and pets, as well as for workshops, warehouses and habitats.

9. WO/2015/183064 AERODYNAMIC AND MECHANICAL DEVICES FOR EXHAUST GAS SUCTIONWO03.12.2015
F02B 35/02
PCT/MA2015/000005LAFKIH, Abdelilah LAFKIH, Abdelilah
The present invention concerns a device for improving the performances and operation of internal combustion engines by aerodynamic and mechanical suction of the burnt gases at the exhaust pipe. The engine (M) comprises, according to the invention, an aerodynamic suction device (A) inside the cylinder head, with two exhaust channels (3A) and (3B) that suck the burnt gases (EC), by jet pump effect, and a mechanical device (B), outside the cylinder head, that is a "turbocharger/suction" assembly comprising two (hot) wheels (5) and (7) and one (cold) wheel (6). According to the invention, the aerodynamic suction device (A) and the (hot) suction wheel (7) of the mechanical assembly (B) produce a vacuum in the exhaust channel (3B). The burnt gases (EC) are discharged freely from the cylinder (1), without counter-pressure resistance.

10. WO/2015/183063 SLIDING COUPLING DEVICEWO03.12.2015
B62D 53/08
PCT/MA2015/000004LAFKIH, Abdelilah LAFKIH, Abdelilah
The present invention relates to a sliding device, intended for being used in coupling devices, in particular in a fifth-wheel coupling mechanism of a semi-trailer truck. The truck (1) comprises, according to the invention: a sliding fifth wheel device (10), and a sliding semi-trailer kingpin device (28). According to the invention, the two devices (10) and (28) comprise a sliding fifth wheel (4) and a sliding semi-trailer kingpin (7), mounted on two sliding mountings (15) and (32). Said mountings (15) and (32) slide along two pairs of guide rails (11) and (11B), arranged parallel to the axis (X) of the axle (E) of the rear wheels (9a) and (9b) of the tractor unit (2). The trailer (3) of the truck (1) pivots in both directions — right and left — according to said axis (X), between two assumed ends (Μ') and (M") of an arc, and about an assumed point (0), located on the main axis of symmetry (Y) of the truck (1). The rear wheels (9c) and (9d) of the trailer (3) rotate in the direction (B) of driving towards the rear parallel to the axes of symmetry (Υ') and (Y") of the trailer (3).


Results 1-10 of 250 for Criteria: Office(s):all Language:EN Stemming: true
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