WO/2016/127967 ELECTRONIC INPUT DEVICE||WO||18.08.2016|
||PCT/DE2015/100051||ADALIS, Jennifer||ADALIS, Jennifer|
The present invention relates to an electronic input device (1) that comprises at least one key (2) that can be operated with the fingers as an operator-control and control element, wherein the at least one key (2) is designed for the alternative input of alphanumeric characters associated therewith. In this case, the alternative input of each alphanumeric character of the at least one key (2) is effected on the basis of the order and the length of operation of the at least one key (2). The advantage of the input device (1) according to the invention is that it is not possible for the input of PINs, passwords or any other inputs to be ascertained.
WO/2016/127968 DRY MATERIAL FEED DEVICE||WO||18.08.2016|
||PCT/DE2015/100061||STELA LAXHUBER GMBH||LAXHUBER, Thomas Christian|
Dry material feed device (18) for distributing material (28) to be dried to a dryer over the width of a transport device (16) transporting the material (28) through the dryer (10), having an input opening (30) for inputting the material (28) to be dried into the dry material feed device (18) of the dryer, having a supply device (22) for supplying the material (28) to be dried to input opening (30) and a distribution device (32) for distributing the material (28) to be dried that are introduced through the input opening (30) over the width of the transport device (16), wherein the material (28) to be dried is to be conveyed away from the input opening (30) in two opposing directions by the distribution device (32).
WO/2016/127966 CARRIER PLATE/COMPONENT ASSEMBLY; METHOD FOR POSITIONING A COMPONENT BY MEANS OF AN ANTI-ROTATION LOCK IN A CARRIER PLATE||WO||18.08.2016|
||PCT/DE2015/000556||GEBR. EBERHARD GMBH & CO. KG||HENNIGE, Herbert|
The invention relates to a carrier plate/component assembly and to a method for positioning a component (1) by means of an anti-rotation lock in a carrier plate (6), wherein a securing element (7) is used as an anti-rotation lock, which securing element is arranged in a receptacle (8), a bore, or a bore having a receptacle (8) on the carrier plate (6) such that the securing element (7) causes an interlocking connection between the component (1) and the carrier plate (6), whereby the defined installation position is ensured.
WO/2016/127991 PULLEY DECOUPLER||WO||18.08.2016|
||PCT/DE2016/200060||SCHAEFFLER TECHNOLOGIES AG & CO. KG||KASTNER, Michael|
What is proposed is a pulley decoupler (1) for the transfer of drive torque from the belt of an auxiliary unit belt drive to the shaft of one of the auxiliary units; having: – a pulley (2) – a hub (4) to be attached to the shaft – and a series connection arranged between the pulley and the hub in the flow of drive torque and consisting of a one-way clutch (10) and a helical torsion spring (11), which extends in the direction of the axis of rotation (12) of the pulley decoupler and widens radially under transfer of the drive torque, wherein the ends of the helical spring make contact with a spring support surface (30, 39), rising in an axially ramp-shaped manner, of a first spring plate (18) and of a second spring plate (24). In that context, one of the spring plates should be a shaped sheet metal part with the spring support surface formed thereon.
WO/2016/127979 BRUSH HEAD FOR A TOILET BRUSH, AND A REPLACEMENT TOILET BRUSH COMPRISING SAID BRUSH HEAD||WO||18.08.2016|
||PCT/DE2016/100060||WENKO-WENSELAAR GMBH & CO. KG||KÖLLNER, Niklas|
The invention relates to a brush head of a toilet brush, comprising a main part that has a receiving portion for a brush handle, and plastic bristles which protrude from said main part, characterised in that the bristles are made of TPE-V. According to the applicants, the olefin basis of such polymers, as a hydrophobic, waxy compound class, can provide improved hydrophobicity relative to aqueous and water-soluble contaminants. This explains why the low degree of wettability gives unexpectedly good results in terms of residues and/or adhesions.
WO/2016/127983 SLIDE RAIL HALF FOR A TWO-PART SLIDE RAIL||WO||18.08.2016|
||PCT/DE2016/200028||SCHAEFFLER TECHNOLOGIES AG & CO. KG||WERNY, Pierre|
The invention relates to a slide rail half for a two-part slide rail, wherein the slide rail is designed to reduce vibrations and undulations for a belt element of a continuously variable transmission, wherein the slide rail half is primarily characterised in that a first pin is arranged at the first bayonet receiving means, which, in cooperation with a second bayonet hook of the second slide rail half to be joined, prevents a movement of the second slide rail half relative to the first slide rail half along the longitudinal axis, when the first sliding surface and the second sliding surface are arranged in the sliding plane, and the first joining surface is in contact at least partially with the corresponding second joining surface, and the second bayonet hook is not accommodated in the first bayonet receiving means. The slide rail half according to the invention permits an error-free assembly of a two-part slide rail.
WO/2016/127975 METHOD FOR PRODUCING AN INSULATION COMPOSITE COMPONENT AND VACUUM MOLDING TOOL FOR APPLYING THE METHOD||WO||18.08.2016|
||PCT/DE2016/100013||CUYLITS HOLDING GMBH||CUYLITS, Diederik|
The invention relates to a method for producing an insulation composite component, which consists of a metal shell, into which a fiber mat is fit, the fiber mat being integrally bonded to the metal shell, which method comprises the following steps: producing the metal shell (1) in shaping device; punching out a fiber punched part (2) having a development geometry from a flat fiber mat; grasping the fiber punched part in an automated manner and then laying the fiber punched part (2) accurately fittingly onto the surface of a vacuum molding tool (3), in the region in which the vacuum molding tool has a negative mold (4) of an insulation blank (5) to be produced from the fiber punched part (2) and additionally has a plurality of individual vacuum channels (6) in said negative mold (4), wherein the vacuum channels (6) are connected, in a flow-conducting manner, to a vacuum-generating device that generates a vacuum; generating a vacuum such that the fiber punched part (2) is sucked against the negative mold (4) of the vacuum molding tool (3) and the insulation blank (5) is thereby produced; applying an adhesion promoter (7) to the outside (8) of the produced insulation blank (5) in an automated manner; laying the metal shell (1) in an automated manner onto the outer surface (8) of the insulation blank (5) that has been provided with the adhesion promoter (7); curing the adhesion promoter (7) until an adhesive effect exists; unmolding the produced insulation composite component from the vacuum molding tool (3). For the application of the method, a vacuum molding tool is presented, which is characterized in that the vacuum molding tool (3), which consists of at least one upper tool part (9) and at least one lower tool part (10), has a negative mold (4) of an insulation blank (5) to be produced from a fiber punched part (2) of a fiber mat, said fiber punched part having a development geometry, wherein a plurality of individual vacuum channels (6) is introduced into the surface (11) of the negative mold (4) perpendicularly to the surface (11) as a component of a vacuum channel system.
WO/2016/127969 SCANNING PROBE MICROSCOPE AND METHOD FOR MEASURING LOCAL ELECTRICAL POTENTIAL FIELDS||WO||18.08.2016|
||PCT/DE2016/000021||FORSCHUNGSZENTRUM JÜLICH GMBH||TAUTZ, Frank, Stefan|
The invention relates to a scanning probe microscope and a method for measuring local electrical potential fields. According to the invention, a scanning probe microscope is provided, on the tip of which a quantum dot is applied. This permits an increase in the resolution and sensitivity in the measuring of electrical potential fields. In the method according to the invention the applied voltage is determined, wherein a charge change of the quantum dot occurs. According to the invention, the resolution is no longer dependent on the distance of the tip from the sample to be investigated, nor on the radius if the tip.
WO/2016/127976 EMERGENCY LIGHT||WO||18.08.2016|
||PCT/DE2016/100018||HARTING DEUTSCHLAND GMBH & CO. KG||MEHNERT, Rudolf|
The invention relates to a system consisting of an emergency light (1) and a power supply unit (2), wherein the emergency light (1) can be supplied with energy via an electrical grid and via the power supply unit (2). The emergency light (1) and the power supply unit (2) are separate components, and the emergency light (1) and the power supply unit (2) each have at least one device connection (8, 10), wherein the emergency light (1) and the power supply unit (2) are electrically connected to each other via the device connections (8, 10).
WO/2016/127980 PIEZOELECTRIC GENERATOR, PUSHBUTTON, RADIO MODULE AND METHOD FOR PRODUCING A PIEZOELECTRIC GENERATOR||WO||18.08.2016|
||PCT/DE2016/100067||BECKMANN, Günter||BISCHUR, Enrico|
A piezoelectric generator (1) is specified, comprising a deformation body (5), which spans a projection surface (6) and is embodied with a setpoint pressure surface (8) situated opposite the projection surface (6), wherein the projection surface (6) can be converted from a smaller projection surface (6) when not loaded under pressure into a larger projection surface (7) when pressure is applied to the setpoint pressure surface (8) substantially perpendicular to the projection surface (6), and a spring effect is provided which counteracts an application of pressure to the setpoint pressure surface (8), wherein an electromechanical transducer element comprising a piezoelectric material wholly or partly spans the projection surface (6), such that the transducer element is embodied in an expandable fashion upon pressure being applied to the deformation body (5), and electrical microenergy can be generated by means of the piezoelectric material.