||WO||WO/2014/059552 - SPECKLE FREE LASER PROJECTION||24.04.2014||
||PCT/CH2012/000236||OPTOTUNE AG||ASCHWANDEN, Manuel|
An optical projection system comprising an image generating laser projector, a diffusive structure and an observer is described. The system is designed such that the light of each image pixel maintains a non-disturbed wavefront through-out the optical system preventing the creation of speckles on the image sensor of the observer.
||WO||WO/2014/059553 - SEAT WITH RELATIVE SYNCHRONOUS DISPLACEMENT BETWEEN BACK INCLINE AND SEAT INCLINE||24.04.2014||
||PCT/CH2012/000238||VITRA PATENTE AG||SCHNEIDER, Thomas|
Disclosed is a type of seat with relative synchronous displacement between back incline and seat incline, specifically along a region between a respective zero position of back incline (R0) and seat incline (S0) and a respective maximum back incline and seat incline. The seat has an underframe (1) which is intended to be placed on the floor and on which a base (2) is rigidly secured. A seat support (6) is connected to the base (2) and has a seat region and a back region. The seat also comprises two backrest frames (3) which can be extended separately towards each other and which are secured at one side on the base (2) and at another side on the back region of the seat support (6). The two backrest frames (3) are attached independently of each other on the base (2) on a stationary first axis of rotation (D1). The seat region of the seat support (6) is attached on the base (2) on a stationary second axis of rotation (D2). The two backrest frames (3) are attached independently of each other on the back region of the seat support (6) on an elastically deformable third axis of rotation (D3). The back region of the seat support (6) is elastically twistable. A cover is stretched over the seat support. In the embodiment as a rotating office seat, a height-adjustable gas spring (12) is arranged in the underframe (1), on which gas spring the base (2) rests, in order to set the seat support (6) at a height which corresponds to the needs of a user and in order to design a vertical axis (V) in rotatable manner.
||WO||WO/2014/059554 - FLAT SCREEN MOUNTING BRACKET||24.04.2014||
||PCT/CH2012/000239||STUDER, Matias||STUDER, Matias|
The present invention provides a flat screen mounting bracket. The flat screen mounting bracket comprises a first track guidance arrangement comprising two parallel tracks defining a first track guidance width. The flat screen mounting bracket further comprises a second track guidance arrangement comprising two parallel tracks defining a second track guidance width and wherein said second track guidance width is below the first track guidance width. A wheel, having a defined circumference and being rotably mounted around its central shaft, is also comprised in the flat screen mounting bracket of the present invention, as well as an actuator for rotating said wheel. The wheel has a diameter that is below the second track guidance width. Further provided is a use of a flat screen mounting bracket, a wall mounted flat screen system and a method of operating a such.
||WO||WO/2014/056116 - HYDRAULIC DEVICE AND EVAPORATIVE SYSTEM WITH SUCH A HYDRAULIC DEVICE||17.04.2014||
||PCT/CH2013/000119||CONDAIR TECHNOLOGIE UND INNOVATION AG||MÜNZBERG, Gerhard|
The invention relates to a hydraulic device (15; 55) for an evaporative system (11), comprising at least one pump (22; 62) and a housing (16; 56) with a water inlet (17; 57) and one or more water outlets (19; 59), wherein the at least one pump (22; 62) is mounted on the housing (16; 56) and a water tank (20; 60) is provided by the housing (16; 56), the water tank (20; 60) being arranged between the water inlet (17; 57) and the one or more water outlets (19; 59), wherein the at least one pump is provided for pumping water through the one or more water outlets. The invention furthermore relates to an evaporative system (11) with such a hydraulic device (15; 55).
||WO||WO/2014/056117 - INJECTION DEVICE FOR METERING AND DISCHARGING A FIXED DOSE OF A LIQUID PRODUCT||17.04.2014||
||PCT/CH2013/000176||TECPHARMA LICENSING AG||MOSER, Ulrich|
The invention relates to an injection device for metering and discharging a fixed dose of a liquid product, comprising: a metering element (9; 90; 90'; 900, 9000) or a setting button (11; 110; 1100; 11000), for setting and for discharging a fixed dose by means of a guide element (9e; 90e; 1100f; 9000e), and a holding element (8; 80; 80'; 800, 8000) having a counter guide element (8c; 80c; 800c; 8000c)and a first holding member (8d; 80d; 80d"; 800d; 8000d) and a second holding member (8d'; 80d'; 800d'; 8000d'). In an initial position, in a retracted and in a discharged position of the metering element (9; 90; 90'; 900, 9000) or the setting button (11; 110; 1100; 11000) the guide element (9e; 90e; 1100f; 9000e) of the metering element (9; 90; 90'; 900, 9000) or of the setting button (11; 110; 1100; 11000) engages in a guiding manner with or engages in a slotted guide system with the counter guide element (8c; 80c; 800c; 8000c) of the (8; 80; 80'; 800, 8000).
||WO||WO/2014/053069 - IMPROVED METHOD AND DEVICE FOR ESTIMATING A DISTANCE||10.04.2014||
||PCT/CH2012/000233||FLARM TECHNOLOGY GMBH||ROTHACHER, Urs|
An improved method for avoiding mid-air collision in aviation is disclosed. The method relies on a calibration of radio signal intensities I with radio signal encoded position information L. In other words, after a first reception of a radio signal S advantageously comprising remote aircraft position information L, the radio signal intensity I is measured and a correction factor C is derived. During a next encounter of the radio signal S, a second distance estimation d can be derived using the signal intensity I and the correction factor C. Preferably, relative positioning data is acquired together with the correction factor C and a plurality of correction factors for different relative positions is combined in an at least partly continuous correction function.
||WO||WO/2014/053070 - CONSTRUCTION KIT FOR FORMING A SUPPORT STRUCTURE||10.04.2014||
||PCT/CH2013/000149||DOUET, Laurence||DOUET, Laurence|
The invention relates to a construction kit for forming a support structure, comprising columns (1), each of which has a core body (2) and at least one shell which, in the assembled state, surrounds the core body (2). At least one connecting part (20) is provided, which has connecting ends for the force-fitting and rigid connection of the two columns (1). The connecting part has connection surfaces on the periphery for the connection of at least one beam.
||WO||WO/2014/047743 - STRAIN TRANSMITTER||03.04.2014||
||PCT/CH2013/000172||KISTLER HOLDING AG||CADONAU, Thomas|
The invention relates to an strain transmitter for detecting strain of a structure (2), comprising an strain body (3), which has an strain axis (4) with fastening devices (5) for fastening the strain body (3) on a structure (2), and a measurement element (6), which is arranged centrally between said fastening devices (5) on the structure (2) on the strain axis (4). The measurement element (6) comprises a metal sheet (11), on which a statically measuring, piezo-resistant silicon chip (8), which is connected to a full bridge (7), is applied to the entire surface. The chip emits a voltage in the strained state in proportion to the level of strain. The measurement element (6) also comprises a printed circuit board (13), electric contacts (12) being guided from the silicon chip (8) along the printed circuit board (13).
||WO||WO/2014/047742 - ARRANGEMENT COMPRISING A SHEET-TYPE SUBSTRATE AND A FLAT MATERIAL ARRANGED THEREON||03.04.2014||
||PCT/CH2013/000157||CAMINADA, Remo||CAMINADA, Remo|
The present invention relates to an arrangement comprising a sheet-type substrate (1) and a flat material (2) arranged on one of the two sides thereof. The flat material (2) has a line of weakness (3) enclosing a region of said material in order to allow said region to be separated from the flat material (2) along said line of weakness (3). The flat material (2) is connected to the sheet-type substrate (1) outside the region enclosed by the line of weakness (3). The sheet-type substrate (1) has a recess (4) which is substantially co-extensive with the region of the flat material (2) enclosed by the line of weakness (3). The arrangement allows a sensitive product made of flat material (2) to be effectively protected against damage during storage, transport and presentation, because the product constitutes the region of the flat material of the arrangement that is enclosed by the line of weakness (3).
||WO||WO/2014/043820 - SECURITY DOCUMENT WITH MICROPERFORATIONS||27.03.2014||
||PCT/CH2012/000218||ORELL FÜSSLI SICHERHEITSDRUCK AG||EICHENBERGER, Martin|
A method for verifying the authenticity of a security document (100) by means of a camera-equipped cellphone (500) comprises steps of acquiring a transmission mode image and a reflection mode image of the security document (100). Transmitted light through a plurality of perforations (211, 212, 213) in a substrate (200) of the security document (100) is evaluated by means of the cellphone (500). Then, a relative positioning of the perforations (211, 212, 213) with respect to a printed security features is determined, and the security document (100) is considered "authentic" if the determined positions and the acquired images substantially correspond to pre-stored "templates" for the security document (100). The perforations (211, 212, 213) are structured such that they are not visible to the naked eye of a human observer which makes it harder to counterfeit the security document.