WO/2015/123787 POSITIONING DEVICE FOR AN IMAGE STABILIZER||WO||27.08.2015|
||PCT/CH2015/000020||MINISWYS SA||SIEGRIST, Martin|
A positioning device for an image stabilizer for controlled movement of a carrier (5) relative to a base (4) comprises: • a first coupling element (13), which is mounted movably with a first suspension (11) relative to the base (4) and is movable by means of a first drive (12), • a second coupling element (23), which is mounted movably with a second suspension (21) relative to the base (4) and is movable by means of a second drive (22), • a first transmission unit (14), by means of which a movement of the first coupling element (13) can be transmitted to the carrier (5), • a second transmission unit (24), by means of which a movement of the second coupling element (23) can be transmitted to the carrier (5), • wherein the first drive (12) and the second drive (22) are linear drives and the first coupling element (13) and the second coupling element (23) each have a mobility with substantially exactly one translational degree of freedom.
WO/2015/123788 SOLAR CONCENTRATOR||WO||27.08.2015|
||PCT/CH2015/000027||AIRLIGHT ENERGY IP SA||COOPER, Thomas|
Disclosed is a non-parabolic concentrator which is designed to achieve the maximum possible concentration Cg for concave collectors with a rim angle Φ and an acceptance angle Θi. A method for producing a concentrator of this type uses a differential function u to determine the concentrator cross-section z(x) in such a way that the maximum geometric concentration Cg can be achieved. In a preferred embodiment, the concentrator according to the invention has circular arc segments.
||PCT/CH2014/000022||KURTH, Sigmund Rudolf||KURTH, Sigmund Rudolf|
A snowmobile comprising at least one drivable caterpillar track (1) and skis (11a, 11b), which can be pivoted to predetermine the driving direction, has a device (20) for adjusting the toe-in (β1, β2) of the skis (11a, 11b). This allows a particularly effective braking action to be achieved.
WO/2015/120562 MEANS FOR REMOVING COATING LAYERS FROM SURFACES||WO||20.08.2015|
||PCT/CH2014/000171||WETROK AG||WILD, Remo|
The invention relates to a means for removing coating layers from surfaces, particularly for removing water-based surface coatings, comprising the following components: a) An organic solvent selected from one of the following groups (i) ethylene glycol ether; polyethylene glycol ether, in particular diethylene glycol ether; ethylene glycol ester; propylene glycol ether; and dipropylene glycol ether; (ii) a monocyclic monoterpene; (iii) amino-methyl-propanol; (iv) methoxy-methyl-butanol; (v) dibasic ester; (vi) carbonic acid ester; (vii) gamma-butyrolactone; (viii) alkyl amides; or mixtures thereof; b) a wetting agent that is different from component a), whose proportion of the total means is in the range of 0.01-0.20 wt. %; c) a surfactant that is different from component a), which presses the surface tension of water to below 45 mN/m; d) a complexing agent that is different from component a); and e) water.
WO/2015/120564 METHOD FOR PRODUCING A RUBBER-MODIFIED BITUMEN||WO||20.08.2015|
||PCT/CH2015/000012||RUBBERTEC TECHNOLOGIE ENGINEERING AG||OBERMEIER, Alois|
The invention relates to a method for producing a rubber-modified bitumen, comprising the following steps: a) homogenizing the raw-material components bitumen, optional flux oil, and rubber powder to form a rubber-modified bitumen in a first mixer (21), preferably at approximately 210 °C, and b) cooling and storing the rubber-modified bitumen in a heated stirring tank (27) after the homogenization step, wherein the temperature in the stirring tank (27) is held at least at a temperature at which the rubber-modified bitumen is flowable or can be pumped. Furthermore, the following steps are comprised: c) mixing rubber-modified bitumen, rubber powder, and solid components to form a finished melt in a second mixer (37), d) draining the finished melt onto a cooled conveying trough (47), and e) comminuting to form a rubber bitumen granular material.
WO/2015/120563 METHOD AND DEVICE FOR CLEANING INTERIORS OF CONTAINERS AND SYSTEMS||WO||20.08.2015|
||PCT/CH2015/000011||BANG & CLEAN GMBH||BÜRGIN, Markus|
The invention relates to a method and a cleaning device (1, 101) for removing deposits from interiors (54) of containers and systems (51) by means of explosive technology. The cleaning device (1, 101) contains a cleaning appliance (2, 102) having a receiving space (11, 111) and at least one pressure container (21, 21'; 121, 121') connected to the cleaning appliance (2, 102) via at least one metering fitting (18, 18'; 118, 118'). The introduction of the at least one gaseous component into the cleaning appliance (2, 102) is controlled in accordance with the principle of the pressure difference between a maximum pressure at the start of the introduction and a desired residual pressure following completion of the introduction. To this end, the desired residual pressure in the pressure container (21, 21'; 121, 121') is defined on the basis of the quantity of gaseous component to be introduced, starting from the maximum pressure, and the introduction of the at least one gaseous component is stopped when the desired residual pressure is achieved. The desired residual pressure is in this case in the positive pressure range.
WO/2015/120565 METHOD FOR PROTECTING AN ELECTRICAL SUPPLY NETWORK||WO||20.08.2015|
||PCT/CH2015/000017||NSE AG||FROMM, Wilhelm|
The invention relates to a method for protecting an electrical supply network in the event of a fault (K). In this case, at least one electrical time-periodic signal (i(t)) from the supply network is measured and is transformed to the frequency domain. The complex variables are modified by means of modified filter coefficients (I1D) of the transformed time-periodic signal (i(t)) by combining imaginary part filter coefficients of the first and second harmonics (I1, I2). In a first alternative, a check is then carried out for each sample in order to determine whether the modified imaginary part (I1D) has the same sign as the imaginary part of the first harmonic (I1) and whether the magnitude of the modified imaginary part (I1D) is greater than the magnitude of the imaginary part of the first harmonic (I1). An output imaginary part (I1A) is then set equal to the modified imaginary part (I1D) if the conditions from step d1) are satisfied or is set equal to the imaginary part of the first harmonic (I1) if the conditions from step d1) are not satisfied. In a second alternative, a first impedance (Z1) is determined using the first harmonic (I1) and a second impedance (Z2) is determined using the modified imaginary part (I1D). Either the impedance having the smaller magnitude from the first and second impedances (Z1, Z2) or the impedance with the imaginary part having the smaller magnitude from the first and second impedances (Z1, Z2) is then selected and is set as the line impedance (ZL). The line impedance (ZL) determined is compared with at least one predefined value. Finally, a control signal (B) for an interruption component (2) of the supply network is output if the line impedance (ZL) is lower than the at least one predefined value.
WO/2015/120560 COMPOSITION FOR REMOVING A COATING FROM SURFACES||WO||20.08.2015|
||PCT/CH2014/000019||WETROK AG||WILD, Remo|
The composition is suitable for removing a coating from surfaces, in particular for removing water-based surface coatings, and comprises the following components: a) an organic solvent selected from one of the following groups (i) ethylene glycol ethers; polyethylene glycol ethers, in particular diethylene glycol ethers; ethylene glycol esters; propylene glycol ethers; and dipropylene glycol ethers; (ii) a monocyclic monoterpene; (iii) amino-methyl-propanol; (iv) methoxy-methyl-butanol; or mixtures thereof; b) a wetting agent; c) a complexing agent; and d) water.
WO/2015/117249 TERNARY MOLYBDENUM CHALCOGENIDE SUPERCONDUCTING WIRE AND MANUFACTURING THEREOF||WO||13.08.2015|
||PCT/CH2014/000017||scMETROLOGY SARL||SEEBER, Bernd|
The present invention concerns a process for the manufacturing of single or multifilamentary superconducting wires of ternary molybdenum chalcogenide (TMC), in particular of SnMo6S8 or PbMo6S8. 100% dense bulk material formed by hot isostatic pressing (HIP) of TMC powder is inserted into a molybdenum/stainless steel can and deformed by hot extrusion and hot wire drawing, thereby allowing for perfect TMC grain boundaries essential for an increase of the critical current density above 100 A/mm2 at high magnetic fields.
WO/2015/117256 STRAPPING APPARATUS||WO||13.08.2015|
||PCT/CH2015/000015||ORGAPACK GMBH||HUBER, Hans|
The invention relates to a strapping head or to a strapping apparatus of a strapping device for strapping packed goods by means of a strap, in particular by means of a plastic strap, which strapping head or strapping apparatus is provided with an advancing apparatus and tensioning apparatus having a plurality of wheels for transferring an advancing, retracting, and tensioning motion to the strap, wherein at least one of said wheels is or can be operatively connected to a driving apparatus in order to cause the at least one of the wheels to rotate about an axis of rotation for the advancing, retracting, and tensioning motion. The problem addressed by the invention is that of improving said strapping head or strapping apparatus to the effect that the strapping head can be made as compact as possible. This problem is solved in that, in total, at most three rollers are provided on the strapping head for contact with the strap during the performance of the advancing, retracting, and tensioning motion, which rollers come in contact with the strap in connection with these functions, wherein the at most three rollers can be brought in contact with the strap in pairs on both sides of the strap in different combinations with each other.