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Resultados 1-10 de 2.384 para loscriterios:(ANID:MY* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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Análisis
Análisis

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TítuloPaísFecha de publicación
Clasificación InternacionalNº de solicitudSolicitanteInventor/a
1. WO/2018/012956 METHOD AND APPARATUS FOR FORMING A NETWORKWO18.01.2018
H04W 8/00
PCT/MY2016/000039MOTOROLA SOLUTIONS, INC.KERR, Steven John
A method and apparatus for quickly forming a PAN is describe herein. During operation a device will detect that it has gone from a charging state to a non-charging state (i.e., a battery not being charged). Moving from a charging state to a non-charging state is utilized as a trigger to form or join a PAN. Thus, a PAN can quickly be formed at the beginning of an officer's shift, simply by removing devices from a charger.

2. WO/2018/012957 METHOD AND APPARATUS FOR DISASSOCIATING FROM A NETWORKWO18.01.2018
H04W 84/18
PCT/MY2016/000040MOTOROLA SOLUTIONS, INC.LAW, Swee Hak
A method and apparatus for quickly disassociating/unpairing a device from a PAN is describe herein. During operation a charger identification is utilized as a trigger to disassociate/unpair a device from a PAN. Thus, a device will sense proximity to a charging device. Once proximity to a particular charging device is detected, the device will disassociate/unpair from the PAN.

3. WO/2018/012958 METHOD FOR TESTING A METERWO18.01.2018
G06K 9/74
PCT/MY2016/050073GEORGE KENT (MALAYSIA) BERHADPAN, Lian Hong
A method is presented for testing a meter having a rotatably digit display with a plurality of decimal value marks comprising steps of: capturing images of the meter by an image capturing device; locating a position of the display in the images by a position processing unit; determining a barcode (12) of the water meter by a barcode processing unit; determining at least one digit displayed on the meter from the first image by a digit processing unit; determining at least decimal value pointed by a pointer (14) on the meter from the first image by a decimal processing unit; outputting the reading of the meter by combining of the digits and the decimal value for the first image by an output unit using an output unit to determine accuracy of the meter.

4. WO/2018/012959 SYSTEM FOR RECOVERING NATURAL GAS LIQUID FROM LOW PRESSURE SOURCEWO18.01.2018
F25J 3/06
PCT/MY2017/050036NGLTECH SDN. BHD.SUPPIAH, Arul Jothy A/L
A system (102; 302) for recovering natural gas liquid from a low pressure gas source (110; 310), comprising a gas/gas heat exchanger (104; 304), fluid from the gas source flowing therethrough; at least one separator (108; 308) for receiving the fluid from the gas/gas heat exchanger (104; 304) and separating liquid from the gas, the gas being directed via a connecting pipe (116; 316) to the gas/gas heat exchanger (104; 304) where it cools the fluid from the gas source; characterised in that the connecting pipe (116; 316) includes expansion means (106; 322) for cooling the gas therein and liquid injection means (120; 320) for saturating the gas with liquid.

5. WO/2018/012960 METHOD OF MANUFACTURING A BIO-MODEL COMPRISING A SYNTHETIC SKIN LAYER AND BIO-MODEL COMPRISING A SYNTHETIC SKIN LAYERWO18.01.2018
G09B 23/28
PCT/MY2017/050037UNIVERSITI MALAYAMATHANESWARAN, Vickneswaran A/L
A method of manufacturing a three dimensional bio-model from medical image data is described. The method comprises: identifying a skin layer in the medical image data; determining a thickness of the skin layer; generating three dimensional model data from the medical image data, the three dimensional model data comprising an indication of a synthetic skin layer, the synthetic skin layer comprising a surface layer and a backing layer, wherein a combined thickness of the surface layer and the backing layer is determined from the thickness of the skin layer; and three dimensional printing the three dimensional model data to provide a three dimensional bio-model.

6. WO/2018/012961 CRANIAL BIO-MODEL COMPRISING A SKULL LAYER AND A DURA LAYER AND METHOD OF MANUFACTURING A CRANIAL BIO-MODELWO18.01.2018
G09B 23/30
PCT/MY2017/050038UNIVERSITI MALAYAMATHANESWARAN, Vickneswaran A/L
A three dimensional bio-model for simulating a simulated cranial surgical procedure, the bio-model comprises a synthetic skull layer; a synthetic dura layer under the synthetic skin layer; and a spacer layer between the synthetic skull layer and the synthetic dura layer. The bio-model may be manufactured based on medical image data using three-dimensional printing.

7. WO/2018/012962 EPOXIDIZED PALM-BASED METHYL OLEATE PLASTICIZERSWO18.01.2018
C07D 303/04
PCT/MY2017/050039MALAYSIAN PALM OIL BOARDABD MAURAD, Zulina
The invention relates to the production of epoxidized methyl oleate from palm methyl oleate using in-situ epoxidation for preparation of plasticizers. Epoxidized palm-based methyl oleate (referred to as "EPMO") can be prepared by epoxidizing palm-based methyl oleate with an acid and peroxide. Epoxidation can be performed under controlled reaction conditions to provide EPMO having an iodine value in the range of 2 – 6 g I2/100 g. EPMO can be employed in plasticizer compositions, either alone or in combination with other plasticizers to substitute petroleum-based dioctyl phthalate (DOP) and the said EPMO is phthalate-free; which means that undesirable leakage of medical plastics has been mitigated.

8. WO/2018/009051 AN APPARATUS FOR ENRICHING HUMIDITY IN ATMOSPHERE AND A METHOD THEREFORWO11.01.2018
A01G 15/00
PCT/MY2017/050011KAU, Kong HoiKAU, Kong Hoi
The invention relates to an apparatus (10) for enriching humidity in atmosphere. The apparatus (10) may comprise a catamaran-type vessel (11) or a trimaran-type vessel; at least one conduit (14) mounted on the vessel (11) for channelling air from the surface of a water body and discharging the channelled air to a position above the surface of the water body, the position having a pressure relatively lower than that on the surface of the water body; and an air extractor (17) positioned within each conduit (14) to create a reduced pressure condition therein to extract the air from the surface of the water body into the conduit. The apparatus (10) may also be provided with additional means (19) for further increasing the vapour content in the extracted air. The invention is also provided with a method for enriching humidity in the atmosphere by using one or a plurality of the apparatus (10) as depicted in the foregoing.

9. WO/2018/009052 A METHOD OF PRODUCING BIO-FERTILISERWO11.01.2018
C05F 15/00
PCT/MY2017/050034SAW, Gee ShyangSAW, Gee Shyang
A method of producing bio-fertiliser from organic waste comprising the steps of (a) carbonising the waste in a carboniser at 250-750 °C for 5-13 hours; (b) gradually cooling the carbonised waste for 8-10 hours; (c) separating pyroligneous acid and wood tar from the gaseous products; (d) adding the pyroligneous acid, the wood tar, and plant-growth-promoting-bacterial (PGPB) growth factors to the carbonised waste; and (e) fermenting the mixture.

10. WO/2018/004329 AN IONIZATION DEVICE WITH VARIABLE HOLDING MECHANISMS FOR GASES OR AIR TREATMENT SYSTEMSWO04.01.2018
B03C 3/41
PCT/MY2016/050045TNB RESEARCH SDN BHDLIM, Mook Tzeng
There is disclosed in one aspect, an ionization device 100 which is a non-thermal plasma ionization device for air, a mixture of different gases or flue gas treatment systems; the device comprising: at least one grounded electrode 101 comprising an inner surface; at least one live electrode 102 adapted to be retained within the first electrode for inducing dielectrical discharge; a dielectric barrier 103 positioned in a 10 manner such that it is enveloping the live electrode means; a holder 104 comprising a plurality of retainers sized to receive and hold the live electrode 102 within the grounded electrode 101; and is adapted to be removably secured to the grounded electrode 101; whereby the surface of the barrier is separated from the electrode thereby forming a space there between for non-thermal plasma region; 15 and forming a pathway for receiving air to be treated.


Resultados 1-10 de 2.384 para loscriterios:(ANID:MY* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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