|1.||WO||WO/2013/014657 - METHOD OF WOOD PRESERVATION USING EXPIRATION CONTROL||31.01.2013||
|PCT/ID2011/000007||PT. KARUNA SUMBER JAYA||BUDI, Santoso|
A method to preserve packed wood by expiration controlling consists of following steps: to clean/smooth surface of packed wood by a cleaner/by sanding said wood surface; to dry moisture of clean packed wood by heating in a high temperature oven; to assemble/manufacture a packed wood according to designed/required shape; to immunize wood preservatives by dipping in pool contains preservation liquid in certain dosage; to dry by draining the preservatives of packed wood that dipped in said preservation liquid pool; and to put security symbols on packed wood before shipping/distribution.
|2.||WO||WO/2013/001521 - SYSTEM AND METHOD FOR PROVIDING BANKING SERVICES ASSOCIATED WITH MULTIPLE FINANCIAL INSTITUTIONS THROUGH SHARED OUTLETS||03.01.2013||
|PCT/ID2011/000003||SUISA, Daniel||SUISA, Daniel|
A system and method for providing banking services associated with a plurality of financial institutions through a network of shared outlets branded with each participating financial institution, wherein each shared outlet comprising a plurality of shared self service terminals for providing the branded and proprietary services including the unique and specific services of each participating financial institution, wherein each shared self service terminal is adapted or adaptable to provide equal services for each participating financial institution. The invention offers each participating financial institution to expand its branded service delivery outlets to deliver its branded services including the routine and non-routine services at shared cost.
|3.||WO||WO/2012/168931 - TISSUE BOX, MADE OF CARPET AND METHOD FOR MAKING SAID BOX||13.12.2012||
|PCT/ID2012/000003||MOCH. YUSUF, Saiful Arief||MOCH. YUSUF, Saiful Arief|
This invention is related to a tissue box or other similarly improved accessory products. The improvement on the tissue box is in the configuration and the making method. This tissue box is made of carpet, as its main material, which is formed into body (1) and cover (2). To strengthen and maintain the form, braces (3) are added on certain parts of the box. The brace can be in the form of right - angle shaped plastic, which are given several holes through which the needle and thread pass, which are placed on the corners of the box, or it can be in the form of plastic material added at the upper part of the box walls. Besides, fasteners (4) are added to join certain parts of the carpet pieces that have been patterned before in such a way that it forms the body.
|4.||WO||WO/2012/164548 - SYSTEM AND METHOD OF TRANSACTION USING A SMART CARD||06.12.2012||
|PCT/ID2011/000004||RUSLI, Sumadi||RUSLI, Sumadi|
Providing a secured and quick transaction system in a golf yard. Said transaction system comprises a smart card functions as a card to transact in every outlets in a golf yard; a reader apparatus posed in every outlets to read a smart card; and b plurality of interconnected PCs posed in every out Let to process any transaction data. Said smart card is usable to unlock a locker. Said smart card is a barcoded card (whe.her two or three dimension barcode), proximity card, RFID card/tag or using finger print and human eye retina.
|5.||WO||WO/2012/147074 - PHYSIOTHERAPY DEVICE WITH HOT ELEMENT||01.11.2012||
Health device has a physiotherapy, reflection and acupressure elements and consists of a device with long pipe in form which is completed with a holder round in form such as capsule, the heater/s element is put inside of pipe with rubber coated surface as an isolator. An electric current is provided to the heater element, regulated by a potentiometer, set in accordance with the endurance of patient body. If two heater elements are provided, they can work simultaneously or separately. The health device for therapy with physiotherapy, reflection, and acupressure from this invention will become more safe if it is used because the using of the grounding safety both in therapy device cables and on adaptor, so that the results of short connection current interference can be prevented.
|6.||WO||WO/2012/137192 - DEVICE FOR UPGRADING ORGANIC MATERIALS AND RESULTING PRODUCT||11.10.2012||
|PCT/ID2012/000002||PT. TOTAL SINERGY INTERNATIONAL||SUPANDI, IR. Harsudi|
A device for upgrading a solid organic material comprises a housing having an inlet, and defining a material passageway adapted to receive the organic material from the inlet, a burner box adjacent the housing and defining a heat exchange medium passageway adapted to receive a heat exchange medium. The organic material is physically separated from the heat exchange medium passageway. A quencher is operatively connected to the material passageway and adapted to apply a quenching agent directly onto the organic material and thereby form a resulting product. The resulting coal product has specific characteristics which can be preselected, including total water content, volatile matter, calorific value and HGI.
|7.||WO||WO/2012/137191 - GASIFICATION BURNER||11.10.2012||
|PCT/ID2012/000001||PT. TOTAL SINERGY INTERNATIONAL||SUPANDI, IR. Harsudi|
A gasification burner for combustion of a fuel, comprises a barrel having a front and a back, wherein exhaust gas produced by combustion exits at an outlet, a first air inlet into the barrel and a fuel inlet into the barrel, each positioned adjacent the back, wherein air at a first flow rate and fuel at a fuel flow rate are deliverable at the first air inlet and the fuel inlet, respectively, and a secondary air link operatively connected a second air inlet. The second air inlet is positioned closer to the front of the barrel than the first air inlet, and air at a second flow rate is deliverable at the second air inlet from the secondary air link and into the combustion chamber. A slag trap is operatively connected to the barrel so as to be able to receive slag generated from combustion of the fuel in the barrel, and the slag trap is closer to the back than the second air inlet. The second air inlet is offset with respect to the front from the secondary air link.
|8.||WO||WO/2012/080995 - WEB-BASED DATA ACQUISITION SYSTEM AND METHOD||21.06.2012||
|PCT/ID2011/000008||GONDOSUBROTO, Ricky||GONDOSUBROTO, Ricky|
The present invention relates to a system and method of web-based data acquisition and control for use with industrial machines, processes and equipments. In the present system a remote terminal unit (10) acts as a web client, whereas a data collecting computer unit (20) acts as a web server. The data collecting computer unit (20) includes a web server (26), a database (22) and a hypertext processor application program (24). The remote terminal unit (10) actively accesses the computer unit (20) and sends data regarding the operation conditions of an industrial machine to the computer unit (20) only if there is a change in the conditions. By this client and server communication's principle, the communication bandwidth for data acquisition and control can be used efficiently. Any new remote terminal units added to the system will be regarded by the system merely as new web clients with different identities. Therefore in such a case there will be no substantial adjustments or settings required at the data collecting computer unit side of the system.
|9.||WO||WO/2012/073226 - PROCESS TO PRODUCE CULTURED PEARL PRODUCT THROUGH TRANSPLANTATION BY USING NATURAL PEARL NUCLEUS WASTE||07.06.2012||
|PCT/ID2011/000006||PT. SELAT ALAS||HALIM, Budiyanto|
This invention is relating to a process to produce cultured pearl through transplantation by using natural pearl waste, with silver pearl product contains COCO3 of 80.82% weight, Mg CO3 of 2.16% weight, Ca3 (P04)2 of 0.16% weight, SiO2 of 9.54% weight, the rest are AI203 + Fe2 O3 with the temperature under H OC0 with evaporated H2O of 13.44% weight. By applying injection of softened epithelium cell to become small cuts injected into gonadal cavity by using sodium chloride solution 0.90% to touch surface natural pearl nucleus as its transplanter. (* *)
|10.||WO||WO/2011/145086 - PROCESS TO PRODUCE PROCESS OIL WITH LOW POLYAROMATIC HYDROCARBON CONTENT||24.11.2011||
|PCT/ID2011/000001||PT PERTAMINA (PERSERO)||MELIANA, Yana|
Process for TDAE-1 and TDAE-2 production is initiated with production of DAE Feeds which have kinematic viscosity at 100°C ranges 24-67 cSt, followed by mixing them with solvent to yield Mixture of DAE Feed with density ranges 0.75-0.85 kg/liter and further contacting the Mixture of DAE Feed with solvent, like furfural, NMP and DMSO to facilitate a counter current liquid-liquid extraction, wherein the TDAE-1 and TDAE-2 are produced at ratio of polar solvent to Mixture of DAE Feed ranges 1.7-2.0 and 0.5-1.7, respectively. The PCA content of TDAE-1 and TDAE-2 are less than 3% weight and 3-20% weight. The amount of 8 Grimmer polyaromatics hydrocarbon content in the TDAE-1 and TDAE-2 are the same, that is, less than 10 mg/kg including Benzo (a) pyrene substance as much as less than 1 mg/kg.