||PCT/DE2016/000097||TECHNISCHE UNIVERSITÄT DRESDEN||LEO, Karl|
The invention relates to a laser (10), which at least comprises - an optical resonator (19) which has a transparent resonator layer (6), which is located between at least two mirrors (3, 11) and which is used to generate at least one resonance wavelength band Δλ at a defined resonator length I from a wavelength region defined by the design of the resonator (19), - a laser-active material (18) for generating the wavelength band from the wavelength spectrum, wherein the laser-active material (18) is located in at least a part of the resonator layer (6), - a pump source to excite the laser-active material (18), wherein the emitted wavelength band of the laser (10) is created at a defined pump performance from a superposition of the wavelength spectrum of the laser-active material (18) and the resonant modes of the resonator (19). The resonator (19) belongs to a thin layer actuator (14) and, as a layer stack together with the resonator (14), the thin layer actuator (14) forms an optical interference filter (27), wherein the thin layer actuator (14) has an actuator layer (13) between two electrodes (2, 5) which are linked to a voltage control unit (21) and are spaced from each other and are connected to the actuator layer (13), wherein the actuator layer (13) forms at least one part (4) of the resonator layer (6), which consists at least partially of elastic material which changes the resonator length I under voltage and wherein the elastic material is a reversibly deformable and dielectric elastomer.
WO/2016/146113 LINEAR LUMINAIRE CONSISTING OF ONE, TWO OR A PLURALITY OF METAL PROFILED ELEMENT MODULES, LED MODULES WHICH ARE ADAPTED THERETO, AND CONNECTING ELEMENTS||WO||22.09.2016|
||PCT/DE2016/100125||LONE GMBH & CO. KG||SOLO, Anatolio|
The invention addresses the technical problem of devising a luminaire which can be extended to any length, consists of a plurality of individual modules, is easy to assemble and disassemble, and preferably uses LED lighting technology. According to the invention, the problem is solved by implementing metal profiled element modules (1) using simple connecting elements (3, 4) that are adapted to said metal profiled element modules (1) and allow said metal profiled element modules (1) to be interconnected securely; and by securing the electrical connecting means to extendable or retractable installation brackets (7) thus allowing current to be supplied, passed on or fed back from metal profiled element module (1) to metal profiled element module (1) in a simple manner, the aligned metal profiled element modules (1) being devoid of any intermediate spaces and therefore achieving a compact unit for said linear luminaire.
WO/2016/146101 NETWORK-INTEGRATED SIGNAL LAMP||WO||22.09.2016|
||PCT/DE2016/100072||HARTING AG & CO. KG||GERICKE, Christoph|
In the prior art, there is the disadvantage that changes to a production system, for example the addition and/or the removal of a new machine, must be mapped in an associated signal lamp network. This causes undesired manual outlay, system-induced delays, and a certain susceptibility to faults. The problem addressed by the invention is that of reducing the corresponding outlay on configuration. The network according to the invention comprises at least one server, which in particular constitutes a message broker (1), and at least one signal lamp (3) as client. Each of the signal lamps (3) has at least one light-emitting means (33, 34, 35), a microcontroller (32), and a network interface (31). The network is in particular built up in accordance with the so-called"Publisher-Subscriber Model" and, in addition to the signal lamp (3), can comprise further clients, in particular a computer (2), a mobile telephone (4), and a SPS (5), in particular as publisher and/or as subscriber, and a measuring device (6) as additional publisher.
WO/2016/146093 METHOD FOR PRODUCING A STANDARD FOR DETECTING PROTEIN AGGREGATES OF A PROTEIN MISFOLDING DISEASE, AS WELL AS A STANDARD AND THE USE THEREOF||WO||22.09.2016|
||PCT/DE2016/000081||FORSCHUNGSZENTRUM JÜLICH GMBH||HÜLSEMANN, Maren|
The invention relates to a method for producing a standard for detecting protein aggregates of a protein misfolding disease, comprising the following steps: A) providing an inorganic nanoparticle with the size of the aggregate of the protein misfolding disease; B) forming free amino groups or free carboxyl groups on the surface of the nanoparticle (for functionalising the nanoparticle surface to form an amine- or carboxyl-functionalised nanoparticle); C) i) bonding maleinimide-spacer-carboxylic acid to the free amino groups in step B), or ii) converting the free carboxyl groups in step B) into NHS-esters; D) bonding monomers of the protein aggregate i) to the maleinimide-spacer-carboxylic acid via a sulfhydryl group at the free end of the monomers, or ii) to the NHS-esters via the amino group at the free end of the monomer. The invention also relates to a standard as well as the use thereof in the detection of protein aggregates occurring in the case of protein misfolding diseases.
WO/2016/146098 METHOD FOR REPRODUCING ADVERTISEMENTS ON AND FEEDING ADVERTISEMENTS TO A DISPLAY OF A DOOH ADVERTISING MEDIUM, AND DOOH ADVERTISING MEDIUM SYSTEM||WO||22.09.2016|
||PCT/DE2016/000113||URBANSITE VERWALTUNGS GMBH I. G.||KRONHAGEL, Christoph|
The invention relates to methods for playing advertisements of an outdoor advertiser on a playing surface of a DOOH advertising medium by means of an operator, namely while operating a server by means of the operator, providing the outdoor advertiser access to the server via a remote data transmission, and accessing the advertising medium by means of the server. The server is connected to a database on the operator side, and portal software for the access by the outdoor advertiser and for interacting with the outdoor advertiser, playing software for generating a display for the playing surface, and actuation software for actuating the advertising medium which has the playing surface are ran on the server, said playing software having access to the database.
WO/2016/146111 RADIO SOCKET SYSTEM HAVING RADIO SOCKET DEVICES, AND METHOD FOR COUPLING RADIO SOCKET DEVICES||WO||22.09.2016|
||PCT/DE2016/100123||SONNEN GMBH||MAYR, Christian|
The invention relates to a radio socket system having a plurality of radio socket devices (1) with plug receptacles (10), wherein each radio socket device (1) has a main body, in which the plug receptacles (10) are formed and on which plug devices (12) are arranged, which plug devices are suitable for being plugged into a socket, and display means (11) for individualizing the particular radio socket device (1), and having a central control device (2) for wirelessly controlling the radio socket devices (1). The display means (11) are in the form of an optical display device for representing colour information and/or for representing symbols. The invention also relates to a method for coupling radio socket devices of the radio socket system, wherein the central control device (2) is changed to a coupling mode, as a result of which each radio socket device (1) which is already coupled to the central control device (2) is likewise changed to a coupling mode, contact is wirelessly made with each radio socket device (1) which can be coupled in the transmitting/receiving region of the control device (2), and a coupling number of the radio socket devices (1) which can be coupled is determined, a colour spectrum and/or a symbol spectrum having a number of distinguishable optically readable codings corresponding to the coupling number is/are then determined on the basis of the determined coupling number, and an individual optically readable coding is assigned to each radio socket device (1) which can be coupled in such a manner that the particular display means (11) of the radio socket device (1) display the assigned optical coding.
WO/2016/146103 HYBRID PLUG CONNECTOR HOUSING||WO||22.09.2016|
||PCT/DE2016/100109||HARTING ELECTRIC GMBH & CO. KG||LOSKE, Felix|
The invention relates to a plug connector housing (1, 1', 1"), which is made of a metal material forming a metal component (2, 2', 2") and of a plastic material forming a plastic component (3, 3', 3"), wherein the metal component (2, 2', 2") and the plastic component (3, 3', 3") are integral parts of the plug connector housing (1, 1', 1"). The metal component (2, 2', 2") forms the metal frame and the plastic component (3, 3', 3") forms the side walls of the plug connector housing (1, 1', 1"). Alternatively the metal component (2, 2', 2") forms the outer skin and the plastic component (3, 3', 3") forms an inlay of the plug connector housing (1, 1', 1"). Alternatively the metal component (2, 2', 2") is designed as a frame and the plastic component (3, 3', 3") is surrounded by the metal material. Due to this hybrid construction of the plug connector housing, weight savings can be made without reducing the mechanical load-bearing capacity of the plug connector housing. Moreover, due to the versatility of the materials the plug connector housing can be optimally adapted to the customer requirements with respect to material properties and manufacturing possibilities.
WO/2016/146121 HYDRAULIC ARRANGEMENT FOR A HYDRAULICALLY ACTUATED FRICTION CLUTCH, AND METHOD FOR ACTUATING A HYDRAULICALLY ACTUATED FRICTION CLUTCH||WO||22.09.2016|
||PCT/DE2016/200132||SCHAEFFLER TECHNOLOGIES AG & CO. KG||PALMEN, André|
The invention relates to a hydraulic arrangement for a hydraulically actuated friction clutch, having at least the following components: - a volumetric flow source for providing a requested hydraulic volume; - a hydraulic supply line, which is connected to the volumetric flow source; and - a hydraulic clutch cylinder, which can be supplied by the volumetric flow source via the hydraulic supply line. The hydraulic arrangement is characterized above all by additionally comprising at least the following components: - a switching unit with an inlet, a closable first outlet, and a closable second outlet, said switching unit being communicatively connected to the volumetric flow source via the inlet by means of the hydraulic supply line; - a pressure intensifier for intensifying a low inlet pressure into a high outlet pressure; - a direct hydraulic line, via which the first outlet of the switching unit and the hydraulic clutch cylinder are communicatively connected; - a hydraulic first intensifier line, via which the second outlet of the switching unit is communicatively connected to the pressure intensifier on the inlet side; and - a hydraulic second intensifier line, via which the pressure intensifier is communicatively connected to the clutch cylinder on the outlet side. The invention further relates to a method for actuating a hydraulically actuated friction clutch. By using the hydraulic arrangement according to the invention, an inexpensive low-pressure volumetric flow source can be used for the entire hydraulic actuation range for a friction clutch.
WO/2016/146123 CLUTCH COMPRISING PRESSURE-PLATE-SEGMENT-HOLDING SUPPORT STRUCTURE||WO||22.09.2016|
||PCT/DE2016/200135||SCHAEFFLER TECHNOLOGIES AG & CO. KG||BERNHARDT, Johannes|
The invention relates to a pressure plate (1) for a friction clutch of a motor vehicle, which is intended, together with another pressure plate (1), to clamp a clutch disc comprising at least one friction element (3) for transmitting torque, wherein the pressure plate (1) has a support structure (4) to which a plurality of counter friction elements (5) are connected to interact with the at least one friction element (3), wherein the support structure (4) is dimensioned and produced with respect to the material thereof such that a deformation to the supporting structure which acts in the circumferential direction effects a change in position of one or more of the counter friction elements (5) relative to the support structure (4). The invention also relates to a motor vehicle friction clutch (2) comprising a pressure plate (1) of the type according to the invention, wherein the clutch (2) is designed as a single-disc clutch, a multi-disc clutch or a dual clutch.
WO/2016/146107 METHOD FOR PRODUCING A SHAPED SHEET METAL PART HAVING WALL THICKNESSES DIFFERING FROM EACH OTHER BY REGION, AND AXLE SUBFRAME||WO||22.09.2016|
||PCT/DE2016/100114||BENTELER AUTOMOBILTECHNIK GMBH||HENKSMEIER, Thomas|
The present invention relates to a method for producing a shaped sheet metal component (15) having wall thicknesses (W, W1) differing from each other, in particular a motor-vehicle component, made from a steel material or light metal material, characterized by the following steps: - providing a sheet metal material having a constant wall thickness (W), - pre-shaping the sheet metal material into a preform (6) by means of a hold-down press (2), wherein at least one bulge (4) is produced in an inner region such that the material is stretched and has a reduced wall thickness (W1), - flattening and/or extending the produced preform (6), - wherein the sheet metal material is cut in order to form a blank (7) before, during, or after the pre-shaping, - optionally cutting and/or punching the blank (7), and - shaping the blank (7) into the shaped sheet metal component (15). A thereby produced axle subframe (201) is likewise disclosed.