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Results 1-10 of 18 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2016/148609 SAFE FOOD PUSHERWO22.09.2016
B02C 18/38
PCT/SA2015/000018JALKHAF, Abdulaziz SaeedJALKHAF, Abdulaziz Saeed
The invention relates to safety when using electric meat mincers and concerns a square electrical plug (4) that has three copper pins for conducting electricity from an electricity source (21) mounted in the wall, and slots (5) on the other side for connecting the plug (26) of the meat mincer. A one-metre long electrical cable (7) extends from a side of the square electrical plug and is connected to a food pusher (12) that has three electrical buttons (9, 10, 11) on the handle (8) thereof.

2. WO/2016/140598 AIR CONDITIONING WITH A CLOSED PATH SYSTEMWO09.09.2016
F24F 5/00
PCT/SA2016/000003TATARI, AbdulkaderTATARI, Abdulkader
An air conditioning for home, office and open spaces, which works based on a closed path of Metal tube having high thermal conductivity, filled with fluid having certain physical properties. The system consists of several basic parts as follows: a pack of cooling or heating filled with fluid (such as blue Gel) or (PCM Phase-change material) (1) and placed in thermal insulated box (2), fan (3) pump (4), connected to a Metal tube having high thermal conductivity, filled with fluid having certain physical properties -antifreeze- (5) and connected to the Heat exchanger -Optional- (6), and the pump also connected to thermostat (7), filters (8), and finally condensation collection tank (9). What makes this invention unique is that the air conditioning system does not fully depends on compressor or heating coil, rather it depends on (thermal energy storage) placed in a thermal insulated box for cooling or heating the closed path of Metal pipes filled with fluid having special specifications, with suitable pump for cooling or heating the entire system delivering cold or hot air, which achieves the objective of the invention, in addition to the possibility of using (thermoelectric cooling/ heating) see Figure 1 and Figure 3

3. WO/2016/137362 TWO AIRCRAFT FORMING AN AEROPLANE FUSELAGE THAT SEPARATES INTO TWO SELF-CONTAINED AIRCRAFTWO01.09.2016
B64C 27/22
PCT/SA2015/000002ALJANDEL, MohammedALJANDEL, Mohammed
The invention relates to two aircraft forming the fuselage of an aeroplane that flies vertically and horizontally, moves forward and backward, and separates to form two self-contained aircraft while in flight mode. When required, the fuselage separates to form an upper part to protect the passengers and a lower part to protect the passengers' luggage. The upper part of the aeroplane comprises: a main upper rotor (1); a rear tail rotor (4) to balance the airflow with the main rotor; two panels (5) in the centre of the fuselage, which divide the two parts of the aeroplane and protect same when they separate; an additional fuel store (6); hinges (7) between the two panels, which secure the upper and lower parts together and allow a controlled separation; and flaps (8) that slide in the wing, the aeroplane moving forward and backward by means of the upper-rotor downwash on the sliding flaps. The aeroplane is characterised in that the upper part (9) of the complete fuselage separates to form a smaller, self-contained fuselage (such as a helicopter). The lower part of the aeroplane is characterised in that it has: a second thrust source, composed of two jet engines (10) for vertical flight; and an electronic control device (11) (autopilot) to continue the journey of the lower part of the aeroplane upon separation. The aeroplane is characterised in that it provides two landing methods, the first by landing on wheels (12) during a conventional landing and the second by sliding on landing skids (13) that are installed in the lower part of the aeroplane, slightly above the wheels, and are used during vertical landing, or as required; and in that the lower part (14) of the complete fuselage separates to form a smaller, self-contained fuselage (such as an Airbus 320) that flies horizontally. The improvements relate to the entire fuselage (15), which supports a combination of horizontal and vertical thrust sources and forward and backward motion, which enables the aeroplane to manoeuvre with greater stability and at high speed and to separate to form two completely self-contained aircraft, distinguishing the aeroplane from similar aeroplanes.

4. WO/2016/122357 METHOD FOR THE PRODUCTION OF A PLASTIC PALLETWO04.08.2016
PCT/SA2016/000002ALSANEA, Abdullah Ali AhmedALSANEA, Abdullah Ali Ahmed
The invention relates to a method for the production of an assembled plastic pallet, consisting in producing 13 small identical plastic parts and assembling said parts, by means of interlocking, in order to produce the end plastic pallet, in various sizes, said pallet being intended for a wide range of uses associated with the transport and unloading of goods using a forklift truck.

5. WO/2016/122356 ELECTRICAL VENTILATION DEVICE IN A MOTOR HOODWO04.08.2016
PCT/SA2015/000012ALMASOUD, MohammedALMASOUD, Mohammed
The invention relates to an electrical ventilation device that allows a driver to open and close the ventilation openings in a motor hood in an electric and fully controlled manner, for example to close the ventilation openings when the vehicle is being washed, in the event of rain or when the vehicle is stopped, so as to prevent water, dirt and other dust from penetrating beneath the hood, and to open the ventilation openings when the vehicle is started so as to cool the vehicle in the event of intense heat, using welded ventilation louvres that are connected to a welded shaft at the ends thereof. The base of the aforementioned shaft is mounted in a dynamo that lifts the shaft in order to open the louvres and lowers the shaft in order to close the louvers, in an electric and fully controlled manner, using controls located in the passenger compartment of the vehicle. A ventilation grille (2) is fitted in the motor hood (2), enclosing the electrical ventilation louvres (4) that are secured to the shaft (5) mounted in the dynamo, and an electric wire (7) connects the dynamo (6) to the controls (10) and, in turn, the controls to the group of electric wires connected to the key of the vehicle (11).

6. WO/2016/093743 USE OF HENNA PLANT LEAVES TO TREAT HAEMORRHOIDSWO16.06.2016
A61K 36/185
PCT/SA2015/000008RAYES, IsmailRAYES, Ismail
The present invention concerns the use of dry henna (Lawsonia inermis) leaves. In a preferred embodiment, dry leaves are boiled with water to give a brown transparent liquid. The solution is to be administered orally as a single dose before going to sleep to treat pain caused by hemorrhoids.

7. WO/2016/093744 COOLING OF ENGINE COOLANT BY MEANS OF A COOLING BOX PROVIDED WITH A REFRIGERATION COMPRESSORWO16.06.2016
F01P 9/00
PCT/SA2015/000013ALMASOUD, Mohammed RachedALMASOUD, Mohammed Rached
The invention relates to an efficient method for cooling coolant in internal combustion engines that use a radiator, the method not being affected by the external temperature, particularly when the temperature rises. The method involves the use of a cooling box (1) on one side of which is secured a radiator (6), the cooling box (1) having two openings on two levels in order to extend two hoses from the radiator (6) in the cooling box (1) in order for the engine coolant to enter and exit the radiator (6). An evaporator (19) for a cooling circuit is secured to the other side of the cooling box (1), opposite the radiator (6), and two other openings in the edges of the cooling box (1) are provided for extending the pipes of the evaporator (19) of the cooling circuit, said pipes being connected to a refrigeration compressor (23) which is secured on a support outside the cooling box (1). The evaporator (19) is equipped with an extraction fan (21) that extracts the cool air from the evaporator (19) to the radiator (6) inside the cooling box (1) in order to cool the radiator (6) and disperse the heat thereof, thus completing the heat exchange. The invention allows the engine coolant to be cooled efficiently by means of a cooling box provided with a refrigeration compressor for internal combustion engines that use a radiator, without being affected by the external temperature, particularly when the temperature rises. Therefore, the cooling box functions as a heat exchange box.

8. WO/2016/089255 FAN FOR EXTRACTING HEAT RETAINED UNDER ENGINE HOODSWO09.06.2016
F01P 1/00
PCT/SA2015/000017ALMASOUD, MohammedALMASOUD, Mohammed
The invention relates to a practical method for extracting the heat retained under an engine hood in the area in which the engine and other mechanical and electrical parts are located, whether the vehicle is in motion or stationary, while also preventing water, dust and dirt from entering the engine hood. A circular opening (9) is made in the engine hood (8) and an extractor fan (1) is secured in the opening, the fan (1) being covered by a rounded, basin- or bowl-like cover (2) that is made of aluminium or any other metal. The cover (2) is ventilated by means of openings (6) that are provided with connectors (7) in the shape of an inverted "J" or inverted pipe elbow (i.e. helical). The fan (1) extracts the heat retained in the engine hood (8) and ejects the heat to the exterior through the aforementioned openings (6), thereby extracting the heat retained under the engine hood in the area in which the engine and other mechanical and electrical parts are located, whether the vehicle is in motion or stationary, while also preventing water, dust and dirt from entering the engine hood.

9. WO/2016/064306 PROTECTIVE PISTONWO28.04.2016
B60D 1/00
PCT/SA2015/000004ALFHIED, AbdulrahmanALFHIED, Abdulrahman
The invention presents a number of features: protection against the theft of a vehicle when it is left running; protection against the vehicle overturning when ascending or descending slopes, by acting as an emergency brake; protection against tyre theft; protection against the detachment of the tyre due to the loosening of poorly fastened nuts; and easy removal of the tyre. The invention allows the nuts to be dispensed with.

10. WO/2016/043632 SAFETEX PLUS WIPES (4 IN 1)WO24.03.2016
A61K 8/37
PCT/SA2015/050002ARABI, OsamaARABI, Osama
Prepackaged wipes are becoming the standard of bathing patients, especially the bed ridden. The comprehensive skin care, especially in the ICU, deals with cleaning the skin, stopping infections and preventing skin lesions due to incontinence. For that, the wipes should include the following four elements: 2% Chlorhexidine, no-rinse surfactant, moisturizer and skin protectant (3% Dimethicone). All in a balance solution of PH = 5.5: (Safetex Plus - 4 in 1).


Results 1-10 of 18 for Criteria: Office(s):all Language:EN Stemming: true
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