WO/2017/007344 SELF-PROPELLED VEHICLE FOR DRILLING ROCK FOR SMALL-SCALE UNDERGROUND MINING, MOUNTED ON WHEELS AND HAVING AN ARTICULATED CHASSIS||WO||12.01.2017|
||PCT/PE2015/000011||RESEMIN S.A.||DIAZ LÓPEZ, Fernando|
In summary, the utility model according to the invention is applied to an original articulated drilling vehicle, which has two purposes. The first is to improve lateral stability of the vehicle when it turns, and the second is to have access to tunnels or galleries of restricted height, with the vehicle being very manoeuvrable and compact. The drilling vehicle carries out works to drill holes in underground mining. After having created the holes, the vehicle is removed from the area so that the mine personnel can place the dynamite and the blowing-up process is carried out in the area where dynamite was placed. Said activities can be for the purpose of extracting minerals or advancing the tunnel towards the mineral vein. The main characteristic of the invention is that is enables drilling works to be carried out in tunnels with narrow sections where, until now, self-propelled drilling vehicles could not enter. In these tunnels with narrow sections, the mineral extraction works are carried out artisanally or manually, and expose the personnel working on these operations to health risks.
WO/2016/209090 INFLATABLE PACKAGING FOR SINGLE-UNIT GIFTS||WO||29.12.2016|
||PCT/PE2015/000024||MORALES URBINA, Jaime Estuardo||MORALES URBINA, Jaime Estuardo|
Disclosed is an inflatable packaging for single unit gifts which comprises a compartment that houses the gift until which is joined a three-dimensional inflatable figure, the gift being placed in the compartment and, upon inflation of the three-dimensional figure, fitting therein and being packaged.
WO/2016/209091 SPACE-SAVING SERVIETTE HOLDER||WO||29.12.2016|
||PCT/PE2016/000009||VICTOTIO LIMA, Ernesto||VICTOTIO LIMA, Ernesto|
Disclosed is a space-saving serviette holder which consists of a rectangular structure comprising two open faces for the insertion and removal of the serviettes and four closed faces, two of the closed faces (1) having a larger area and the two other closed faces (2) being smaller, the closed faces comprising a plurality of support feet that serve as a base for the structure (3) and are disposed so as to give stability when same is in a vertical position. The two closed faces having a larger area comprise on the edges thereof geometrical slots (1) that face outwards, to facilitate removal of the serviettes one by one as well as to enable easy transfer of the structure when it is laid down. The invention can be switched from horizontal position to a vertical position with the serviettes in place. The purpose of this function is to save space when the table surface is small.
WO/2016/182457 ADHESION PROMOTER FOR PLASTIC||WO||17.11.2016|
||PCT/PE2016/000006||MARRONE, Ignacio||MARRONE, Ignacio|
The invention relates to a coating composition for coating plastic substrates, comprising at least one hydroxyl-functional film-forming polymer, at least one polyisocyanate compound, and a novel adhesion promoter additive. The adhesion promoter additive comprises (A) at least one modified polyolefin, and (B) at lest one component selected from the group consisting of monohydric alcohols, epoxy-functional silanes, and mixtures of same. The invention also relates to coated plastic substrates and methods for coating such substrates.
WO/2016/167672 PORTABLE COMMUNICATION DEVICE FOR TRANSMITTING TOUCH-GENERATED MESSAGES||WO||20.10.2016|
||PCT/PE2015/000002||DELMAR LISSA, Jose Antonio||DELMAR LISSA, Jose Antonio|
The invention relates to a portable communication device for transmitting touch-generated messages to at least one addressee, by means of touch gestures carried out by a user on a touch-sensitive panel of the device. Said device comprises a casing, a communication module, a power supply source, a touch-sensitive panel, at least one sensorial output module, a localisation module, a data storage module and a processing module. This group of elements allows the detection of touch gestures on the touch-sensitive screen, which are comparable with previously established patterns, thereby generating the performance of an action associated with a concrete pattern. The corresponding action is transferred wirelessly to a second receiver device, thereby allowing the reception of the touch-generated message in said second receiver device by means of a sensorial output module. This device can be used to facilitate the communication of information by means of touch-generated messages in a simple manner.
WO/2016/148588 ADVERTISING SUPPORT THAT USES AIR OR THE MOVEMENT OF THE OBJECT ON WHICH IT IS MOUNTED TO MOVE THE ELEMENTS THEREOF||WO||22.09.2016|
||PCT/PE2016/000003||OBANDO INDACOCHEA, Álvaro||OBANDO INDACOCHEA, Álvaro|
The invention relates to an advertising support with moving images, which has mechanisms that use the energy of: the air that moves a base (2) on which the advertising support is mounted; an object that is moving where the advertising support is mounted; or also by means of a cam mechanism that drives a spring or pivoting element and is connected to a turbine (which can be driven by air or water) or other element that extracts energy from objects moving near to the advertising support. The support can have one or several of the mechanisms needed to produce movement. This is all done by the force of the spring, which returns to its initial position, or a pivoting element with a counterweight, which, by gravity, also returns to its initial position.
WO/2016/140583 CONCENTRIC ELECTROSTATIC FILTER||WO||09.09.2016|
||PCT/PE2016/000002||HENRIQUEZ PREVOO, Christian Paul||HENRIQUEZ PREVOO, Christian Paul|
The invention relates to an electrostatic filer for filtering solid and liquid particles in gases, formed by: a casing (3); concentric receivers (15); concentric diffusers (10); electrodes (2); insulated supports (7); a distribution disk (8); a thermal insulator (17); electrical resistors (4); a collector (9); and a filter cover (1). The electrodes (2) are secured laterally to the concentric diffusers (10) and, at the upper end thereof, to the distribution disk (8). The insulated supports connect the filter cover (1) to the distribution disk (8) which supports the concentric diffusers (10). The electrical resistors (4) are housed in the outer face of the casing (3) and are covered by the thermal insulator (17). In this way, gas flows through the filter from the inlet (14), located in the outermost part, to the insulated outlet (5) located in the central part, making maximum use of the space and the surface area of the constituent materials for the efficient filtration of micronic liquid or solid particles contained in gases at any temperature up to 900 °C and dew point.
WO/2016/133410 MICROENCAPSULATION PROCESS FOR PRODUCING MICROCAPSULES CONTAINING EPA AND DHA FATTY ACIDS FROM ANCHOVETA FISH OIL, ENGRAULIS RINGENS, SUITABLE FOR HUMAN CONSUMPTION, AND MICROCAPSULES PRODUCED USING SAID PROCESS||WO||25.08.2016|
||PCT/PE2015/000007||PESQUERA HAYDUK S.A.||PAJÁN LAN, Harold Patrick|
The invention relates to a microencapsulation process for producing microcapsules containing EPA and DHA fatty acids from anchoveta fish oil, Engraulis ringens, suitable for human consumption, said process comprising: a) treating anchoveta fish oil, Engraulis ringens, so as to produce an oil with an EPA and DHA content of no less than 25%; b) forming a stable aqueous emulsion of the oil produced with a mixture of emulsifiers; and c) drying the emulsion formed, by atomisation and spraying, so as to produce fluid, uniform and stable microcapsules with a small particle size. The microcapsule produced comprises, in weight percent of the total dry composition: between 15 and 60% of anchoveta fish oil, Engraulis ringens, and between 40 and 85% of a mixture of high-absorption emulsifiers which have a high level of resistance to oxidation and a high level of taste protection.
WO/2016/133411 MICROENCAPSULATION PROCESS FOR PRODUCING MICROCAPSULES CONTAINING EPA AND DHA FATTY ACIDS FROM ANCHOVETA FISH OIL, ENGRAULIS RINGENS, SUITABLE FOR HUMAN CONSUMPTION, AND MICROCAPSULES PRODUCED USING SAID PROCESS, BOTH FOR APPLICATION IN YOGHURT||WO||25.08.2016|
||PCT/PE2015/000008||PESQUERA HAYDUK S.A.||PAJÁN LAN, Harold Patrick|
The invention relates to a microencapsulation process for producing microcapsules containing EPA and DHA fatty acids from anchoveta fish oil, Engraulis ringens, suitable for human consumption, said process comprising: treating anchoveta fish oil, Engraulis ringens, so as to produce an oil with an EPA and DHA content of no less than 18% and 12% respectively; forming a stable aqueous emulsion of the oil produced with a mixture of emulsifiers; and drying the emulsion formed, by atomisation and spraying, so as to produce fluid, uniform and stable microcapsules with a small particle size. The microcapsule produced comprises, in weight % of the total dry composition: between 15 and 20% of anchoveta fish oil, Engraulis ringens, and between 80 and 85% of a mixture of non-modified polysaccharides. The invention also relates to a yoghurt which is fortified and enriched with the microcapsule.
WO/2016/105215 METHOD FOR OBTAINING INSTANT QUINOA||WO||30.06.2016|
||PCT/PE2015/000028||ALICORP S.A.A.||GENOVÉS MARTÍNEZ, Salvador|
The invention relates to a method for the production of instant quinoa flour, comprising the cooking and grinding of the quinoa and a subsequent enzymatic treatment with amylases and proteases.