WO/2016/166560 DRINKING STRAWS FILLED WITH EDIBLE PARTICULATE PRODUCT||WO||20.10.2016|
||PCT/HU2015/050023||ECSERI, Ferenc||ECSERI, Ferenc|
The subject of the invention relates to a drinking straw (10) that contains - a tubular delimiting wall (16), which has an elongate container portion (10c) and open ends (14a, 14b) at opposing sides, - a particulate product (20) disposed within the container portion (10c), which particulate product (20) contains at least one type of active ingredient for the purpose of continuous dispensing into the liquid passing through the drinking straw (10), - a liquid-permeable closing element defining the container portion (10c) and retaining the particulate product (20) in the container portion (10c), the essence of which is that the particulate product (20) contains extruded particles (20a, 20b, 20c, 20d) with a homogenous structure. The subject of the invention also relates to a method for the production of such a drinking straw (10).
WO/2016/166561 METHOD AND APPARATUS FOR STEERING A ROADWAY VEHICLE TRAIN||WO||20.10.2016|
||PCT/HU2016/050012||SZABÓ, István||SZABÓ, István|
This invention relates to a method and apparatus for steering a roadway vehicle train having at least two vehicle bodies (K1, K2...Kn-1, Kn), a bogie (F1-Fm) linking two adjacent vehicle bodies (K1, K2...Kn) and a stiff-axle wheel assembly (T1-Tm) pivoted on the bogie (F1-Fm) assigned to a respective vehicle body (K1, K2...Kn-1, Kn). The method comprising steering the first-in-the-course stiff-axle wheel assembly (T1) by an angular rotation opposite to the angular rotation of a controlled first wheel assembly (Te) and steering a stiff-axle wheel assembly (T2... Tm, Tu) assigned to a further vehicle body (K2...Kn) by an angular rotation opposite to the angular rotation of a preceding vehicle body (K1, Kn-1). The apparatus according to the invention, wherein a device for detecting a value of angular rotation of the controlled wheel assembly (Te) is linked up with a steering mechanism (P) pivotally associated with the first stiff-axle wheel assembly (T1).
WO/2016/162706 ENANTIOMERS OF 8-HYDROXY QUINOLINE DERIVATIVES AND THE SYNTHESIS THEREOF||WO||13.10.2016|
||PCT/HU2016/000012||AVIDIN CO. LTD.||PUSKÁS, László|
Our invention relates to novel enantiomer derivatives of 8-hydroxyquinoline derivatives with general formula (I) and (II) and the synthesis thereof and pharmaceutically acceptable salts and metal complexes and thereof, and the medicinal and/or pharmaceutical compositions comprising these compounds. The essence of the subject matter of the invention relates to the fact that prior art discloses the biological effect and characteristics only of the racemic products, the novel enantiomer derivatives according to the invention appear in our application for the first. The subject matter of the invention furthermore relates to a novel, stereo selective synthesis for the preparation of the novel enantiomer derivatives according to the invention. The novel medicinal and/or pharmaceutical compositions comprising these enantiomers are suitable for the treatment of the named diseases, and the enenatiomers are used for manufacture of these compositions. These applications for manufacture of the compositions are also the subject matters of the invention. The compounds according to the invention can be used preferably as cytoprotective, neuroprotective, cardioprotective, anxiolytic and antidepressant agent for treatment of neuropsychiatric and neurologic diseases and diseases in connections with transplantations and with ischemia and reperfusion injuries thereof, and inhibition of organ, advantageously skin graft rejection. According to our studies the R-enantiomer has either sole or high biological effect in some cases.
WO/2016/162707 COLLAPSIBLE FLIP-PIVOT BICYCLE||WO||13.10.2016|
||PCT/HU2016/000018||MOLNÁR, Ferenc||MOLNÁR, Ferenc|
The flip-pivot bicycle is a collapsible bicycle, that can be folded by a new method, and belongs into the class of the bicycles foldable about two or more axes. The flip-pivot bicycle consists of a driving-frame-segment (1) comprising the driving-wheel (7), a steering-frame-segment (3), comprising the steering-wheel (6), and a central-frame-segment (2), which connects them. The central-frame-segment (2) and the driving- frame-segment (1) is connected by and can pivot above a pivot-axis (4), which pivot-axis (4) is perpendicular to the plane of the parallelly positioned wheels (6, 7), or forms an angle of maximum 45 degree with this perpendicular. The central-frame-segment (2) and the steering-frame-segment (3) is connected and can pivote by a flip-axis (5), which flip-axis (5) is in the plane of the parallelly positioned wheels (6, 7), or is parallel to this plane, or forms an angle of maximum 45 degree with this plane. The function of the flip-axis (5) is to relocate the wheel distant to the pivot-axis (4) as close (or approximately as close) to the pivot-axis (4) as the other wheel is. Thereby flipping the driving-frame-segment (1) on the central- frame-segment (2) by the flip-axis (5), and offset the original planes of the wheels (6, 7) in the meantime, the two wheels (6, 7) can be folded next to each-other. Beyond the above, the flip-pivot bicycle can be equipped with an extra frame-brace; with central- suspension; with crank-anus with releasable fixing which can be re-fixed also in less than 180 degree to each-other, and/or the with pedals inward; with stem that can be slided into one of the forks or next to it; and with seatpost running out of the plane of the driving wheel.
WO/2016/156892 A CARTRIDGE PROVIDED WITH ECO FUNCTION FOR A SINGLE-ARMED MIXING FAUCET||WO||06.10.2016|
||PCT/HU2016/050011||KEROX IPARI ÉS KERESKEDELMI KFT.||ASBÓTH, László|
A cartridge provided with ECO function for a single-armed mixing faucet, that comprises a cylindrical housing (2) that has a cylindrical inner cavity defined by a cylindrical inner wall that has a central axis (26); an arm (1, 25) that can be moved with respect to the housing with at least two degrees of freedom, and an actuator disc (6) moved by the arm and connected to the control ceramic disc of a conventionally arranged pair of water-mixing ceramic discs, wherein the actuator disc (6) comprises a pair of parallel planar walls extending in radial direction, wherein the spacing between the parallel walls decreases in a pair of short transition zones at a predetermined intermediate distance from the centre (9) of rotation of the actuator disc (6), the cartridge comprises an arced limiting element (5) made of a resilient material that has a pair of spaced arms that engage and are guided by said parallel walls, the limiting element (5) can be moved only in radial direction relative to the actuator disc (6), and the radial position of the limiting element (5) is defined by a guiding path connected to the housing (2), and the limiting 15 element (5) can be moved in radial direction with respect to the actuator disc (6) substantially without any effort in a first radial zone lasting till the transition zones, and when the limiting element (5) is moved further in radial direction, the moving force has to first overcome the resistance caused by the need of opening the arms required to allow for the arms to move further along the transition zone when being guided by the parallel walls in the range wherein the spacing between the walls is greater.
WO/2016/156891 ANTI-TILT SPRING MECHANISM AND TENSION MOUNTING MECHANISM FOR A BALL AND SOCKET MOUNTING DEVICE||WO||06.10.2016|
||PCT/HU2016/000017||KARAI, Csaba||KARAI, Csaba|
The invention relates to an anti-tilt spring mechanism and tension mounting mechanism for a ball and socket mounting device (1), consisting of an outer ball shell (16) provided with a guide member (18) disposed in an outer housing (15); an inner ball (5) disposed in the outer ball shell (16) and having a neck portion (10), a slit (9) and a slide with bore (20); a socket (24), and a cap (17), with a mounting disc (2), provided with an adjustment screw (3), being attached to the neck portion (10) of the inner ball (5). The anti-tilt spring mechanism and tensioning mechanism are characterised in that one or more expediently configured elastic bodies inserted into the inner cavity (6) of the inner ball (5) are in contact with or attached to the guide member (18) of the outer ball shell (16) and the interior surface of the inner ball (5), such that the rotation of the inner ball (5) is counteracted by the torque produced by the force arising from the deformation of the elastic body effected by the rotation of the inner ball (5).
WO/2016/156890 VERMICOMPOSTING METHOD||WO||06.10.2016|
||PCT/HU2016/000010||PÁSZTOR, József||PÁSZTOR, József|
The invention relates to a method of producing vermicompost in 6 months primarily from garden waste, which requires little financial and material outlay. A sheet made of a water-impermeable film is laid on the ground beneath a compost heap, the parts of the sheet extending beyond the heap are folded back onto the sides of the heap, and the heap is covered from above by a protective film or mesh. The moisture level in the heap is maintained at 70-80% by watering, and seepage accumulating in the sheet is drained and collected.
WO/2016/156889 BLISTER PACK FOR CIGARETTE FILTERS||WO||06.10.2016|
||PCT/HU2015/000034||FAJT, Zsolt||FAJT, Zsolt|
A blister pack for cigarette filters, which contains fresh cigarette filters in a sterile environment and stores same in an orderly manner. The product consists of a blister film and of a cover sheet which is sealed to same. The cover sheet has a portion with a self-adhesive coating, which is separated via a weakened line from the rest of the cover sheet. The pack can be easily connected to a regular plastic tobacco container via the self-adhesive coating.
WO/2016/147016 VERTICAL AXIS WIND TURBINE||WO||22.09.2016|
||PCT/HU2016/000014||GÁSPÁR, Tamás||GÁSPÁR, Tamás|
A highly efficient, quiet, vertical axis wind turbine which comprises an inverter, a storage battery and a control unit and can be used even at low wind speeds is novel in that the position and profile of the blades are governed by strict geometrical characteristics, and also in that an alternating current generator is configured from permanent magnets mounted on a rotating large-diameter magnetic disc, and windings with air cores on a stator ring. The description of the invention specifies in detail the optimum dimensions, ratios and relationships for both the generator and the blades, found by the inventors and necessary for the efficient functioning of the device.
WO/2016/147017 TWO-COLONY BEEHIVES FOR MIGRATORY BEEKEEPING AND CONTAINERS SUITABLE FOR THEIR STORAGE AND TRANSPORTATION BY VEHICLES||WO||22.09.2016|
||PCT/HU2016/000015||GURMAN, Zoltan||GURMAN, Zoltan|
The subject of this invention is the construction of lightweight, two-colony beehives and containers suitable for their transportation by trailers. Parts of the beehive include the framework, the short (4a) and long (4b) side-walls, the underlaid (1), the rectangular frames (3) which are being suspended in gouges carved into the front and the back walls, the 'frame- cover with a boosting spacer (6)' which holds the hive roofing (8) and (in this particular invention) a queen excluder. A specification of this beehive is the removable separator wall (2) in the middle of the hive which has a colony-unification window (5). The size of the frames (3) is half the size of the commonly used frames, and the frames (3) are parallel to the entrance (10) which is located on front wall of the structure. The frames (3) are being suspended in gouges amongst the short side walls (4a), the entrance (10) is supplied with a folding landing-plank (9). There are venting holes (12) on the walls of the hive to ensure proper airflow, the main frame and the separator (2) are built with lightweight architecture, and the underlaid (1) is constructed in a way to allow quick cleaning and easy honey extraction. The container's grid-like structure chassis (13) is narrower than the width of the structure and it is built to meet the requirements of being suitable for transportation by smaller trailers. The top frame (14) is made of fine wire mesh. Between the chassis (13) and the top frame (14) are the storage compartments (16) which are designed to hold the beehives and they yield easy access for cleaning and for the extraction of the honey. The legs (17) of the containers are intended to hold the hives in place and they are designed to be gradually expandable to achieve stability and elevation.