WO/2016/131159 DYE-SENSITISED SOLAR PANEL||WO||25.08.2016|
||PCT/CH2016/000029||ROBOTIC CONSULTING S à r. l.||PASSONI, Gianfranco|
The invention relates to a dye-sensitised solar panel that comprises an assembly of solar cells (1) that have photo-sensitive pigments comprising an electron-donor electrolyte that is enclosed between two transparent sheets of glass (8 and 9) and conducts electrical current (TCO). The solar cells are provided in the form of parallel strips arranged next to one another. Each strip comprises a recess (4) at one end, which recess can allow the electrolyte (7) to extend when said electrolyte expands as a result of an increase in temperature.
WO/2016/131158 TRACER AMMUNITION||WO||25.08.2016|
||PCT/CH2016/000028||RUAG AMMOTEC AG||MUSTER, Michael|
The invention relates to tracer ammunition for tracking the trajectory and/or the impact of projectiles in the target, said tracer ammunition containing mostly pyrotechnics. Said pyrotechnics have various disadvantages, wherein the main disadvantage is the further combustion of the pyrotechnics even after penetration of the projectile in the target. This causes an increased risk of fire and an acute risk of injury. A mixture (51) according to the invention of light metal and a carbon-containing substrate ignites during the firing of a projectile (1) and burns during its flight by effect of the air oxygen introduced into the combustion chamber (5) via tear-off edges (7) and produces a tracer (L) that extinguishes in the target.
WO/2016/131160 SYRINGE FOR APPLYING A DENTAL COMPOUND||WO||25.08.2016|
||PCT/CH2016/000031||ALFRED SCHMID AG||SCHMID, Daniel|
The invention relates to a syringe (11) for applying a dental compound, said syringe being insertable into an application device in order to discharge the dental compound. The syringe (11) comprises a preferably cylindrical container part (13) with an end face (15) comprising an ejection nozzle (23) and an open rear face (17) which lies opposite the end face (15) and comprises an opening (19) for inserting a movable plunger. An axially movable plunger is received in the container part (13), and a cavity (21) for receiving the dental compound is defined between the end face (15) of the container part (13) and the plunger. The container part (13) and the ejection nozzle (23) are designed in at least two parts and are connected together such that the ejection nozzle (23) can be moved relative to the container part (13).
WO/2016/127263 STAMPING PRESS ARRANGEMENT||WO||18.08.2016|
||PCT/CH2015/000018||BRUDERER AG||HAFNER, Josef Thomas|
The invention relates to a stamping press arrangement comprising a plurality of first stamping press units (4a, 4b, 4c) arranged adjacent to one another, which have working directions (B) extending parallel in relation to each other in a common plane, and comprising a second stamping press unit (8), the working direction (A) of which extends perpendicularly in relation to the working directions (B) of the first stamping press units (4a, 4b, 4c), such that material processed in said stamping press unit (8) can be guided in the direct extension of the working direction (A) thereof into the working regions of the first stamping press units (4a, 4b, 4c). The stamping press units (4a, 4b, 4c, 8) each have a crankshaft portion or eccentric shaft portion (28a, 28b, 28c, 30), by means of which the travel movement of the press ram (1a, 1b, 1c, 5) is effected via a connecting rod (29a, 29b, 29c, 31a, 31b). The crankshaft portion or eccentric shaft portion (28a, 28b, 28c, 30) of the first stamping press units (4a, 4b, 4c) are driven forcibly together via a common drive unit (24, 25, 26) with the same speed and comprise a common axis of rotation (R1). The crankshaft portion or eccentric shaft portion (30) of the stamping press unit (8) is coupled to the crankshaft portion or eccentric shaft portion (28a, 28b, 28c) of the first stamping press units (4a, 4b, 4c) so as to forcibly rotate therewith in a synchronous manner. The invention allows high-precision and high-speed stamping press arrangements to be provided for economically mass-producing multi-part stamping and shaped and punched products which have low tolerances, such as container lids with press-in or pull tabs (EOEs) for opening without tools, in a cost-effective manner.
WO/2016/127266 MACHINE FRICTION TOOL, EXCHANGEABLE HEAD, AND SHAFT FOR A MACHINE FRICTION TOOL||WO||18.08.2016|
||PCT/CH2016/000026||URMA AG||BERNER, Urs|
The invention relates to a machine friction tool having a shaft (2) and an exchangeable head (1) mounted thereon. The exchangeable head (1) has, on a side facing the shaft (2), at least one head groove (12) and at least one head ridge (13), the shaft (2) has, on a side facing the exchangeable head (1), at least one shaft groove (22) and at least one shaft ridge (23), and, in the assembled state, the at least one head groove (12) engages with the at least one shaft ridge (23) and the at least one shaft groove (22) engages with the at least one head ridge (13).
WO/2016/127267 CONDUIT COMPRISING THERMAL INSULATION||WO||18.08.2016|
||PCT/CH2016/000027||BRUGG ROHR AG HOLDING||KRESS, Jürgen|
When manufacturing a thermally insulated conduit comprising an inner tube (2), thermal insulation (20) and an outer sleeve (13), a barrier made of a polymer that contains or consists of polyketones is used. A conduit of said type is protected against gas diffusion and is easy to manufacture.
WO/2016/127265 MORTAR TRAINING DEVICE||WO||18.08.2016|
||PCT/CH2016/000020||SAAB TRAININGS & SIMULATION|
The invention relates to a mortar training device (1), comprising a launching tube (2) having a front open end (3), a rear open end (4), a tube wall (5), and a withdrawal opening (6) for removing a practice grenade (7) from the launching tube (2); a base plate (8) to which the rear end (4) of the launching tube (2) is pivotably connected; a support (9) having a sighting and alignment device (10), wherein the launching tube (2) is movably connected at a front region to the support (9) via the sighting and alignment device (10), wherein the mortar training device (1) additionally comprises a transport device (11) which is arranged at the rear end (4) of the launching tube (2) and by means of which practice grenades (7) can be automatically transported out of the launching tube (2) through the withdrawal opening (6).
||PCT/CH2016/000011||BEBO ARCH INTERNATIONAL AG||HEIERLI, Werner|
A cut-and-cover concrete tunnel structure (10) is provided with a lower concrete part (2) and an upper concrete or steel part (3) of the structure. The lower part (2) of the structure is constructed in unreinforced concrete, poured directly against and supported by a partly horizontal, partly inclined and approximately circular or elliptically shaped excavation surface (6'). The upper part (3) is arch shaped, constructed in reinforced (cast-in-place or precast) concrete or steel, and is of circular, elliptical or partly elliptical shape. This cut-and-cover structure allows a more efficient and less costly tunnel construction.
WO/2016/123724 METHOD FOR AEROGEL PRODUCTION AND AEROGEL COMPOSITE MATERIAL||WO||11.08.2016|
||PCT/CH2016/000024||FLUMROC AG||HUBER, Lukas|
The present invention relates to a method for aerogel production and to a composite material produced by said method and comprising an aerogel and mineral fibers. An aerogel material produced on the basis of silicate with a coefficient of thermal conductivity of < 18 mW/mK is obtainable by rendering it hydrophobic with HMDSO in the presence of nitric acid.
WO/2016/119071 CONVEYING APPARATUS||WO||04.08.2016|
||PCT/CH2016/000014||WRH WALTER REIST HOLDING AG||MÄDER, Carl Conrad|
The invention relates to a conveying unit (1) for a conveying apparatus (51) for conveying articles (11), wherein the conveying unit (1) contains a main body (2), also contains a conveying mechanism (3) having a bearing element (9), which forms a bearing surface (C) and is intended for accommodating an article (11), further contains a body of inclination (3a), which is connected to the conveying mechanism (3), and additionally contains an inclining mechanism (4) for inclining the body of inclination (3a) and, with it, also the bearing surface (C) in relation to the main body (2) in the direction of a discharging side (A, B) for the purpose of discharging the article (11).
The conveying mechanism (3) contains a surround frame (10) which is in one or more parts, at least partially surrounds the bearing surface (C) of the bearing element (9) for the article (11) which is to be conveyed, and can thus secure the article (11) against sliding off from the bearing surface (C), and control elements (12, 13) on the conveying unit (1) can be used, when the body of inclination (3a) is inclined in the direction of the discharging side (A, B), to raise the surround frame (10) above the bearing surface (C) or to lower it beneath the bearing surface (C).