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Résultats 1-10 sur 9 835 pour Critères: Office(s):all Langue:FR Racinisation: true maximize
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TitrePaysDate de publication
CIBNuméro de la demandeDéposantInventeur
1. WO/2015/127488 GROUND FOUNDATION AND METHOD FOR FORMING A GROUND FOUNDATIONWO03.09.2015
E02D 5/80
PCT/AT2015/050051HECHENBLAICKNER, WilhelmHECHENBLAICKNER, Wilhelm
The invention relates to a ground foundation and a method for forming a ground foundation, in which an anchor (100, 101) is rotated into the ground (2) and is anchored in the ground (2) at least via an externally located element (5), in particular via an outer helix (6), which produces an axial advancement (8) when the anchor is being rotated in, wherein a vibration (9) is generated parallel to the axial advancement direction (8) of the anchor (100, 101). In order to make it possible to introduce the anchor (100, 101) into hard, in particular stony, grounds (2), it is proposed that the anchor (100, 101) is rotated into the ground (2) with an actively generated vibration (9) in the axial advancement direction (8).

2. WO/2015/127490 METHOD FOR DRYING BULK MATERIALWO03.09.2015
F26B 21/04
PCT/AT2015/050053MÜHLBÖCK, KurtMÜHLBÖCK, Kurt
The invention relates to a method for drying bulk material (15), in particular for drying pourable wood in the form of wood shavings or wood chips, or fermentation and clarification residues. In this case, the bulk material (15) is guided successively through at least one pre-drying chamber (1) and at least one post-drying chamber (2). An air stream (3) in a post-drying chamber (2) comprises circulating air (5) guided in circulation via a heating register (10), a partial air stream (6) branching off from said circulating air and being guided through a heat exchanger (7). After passing through the heat exchanger (7), the partial air stream (6) is guided back entirely into the circulating air stream (5) again. An air stream (3) through the at least one pre-drying chamber (1) is formed from fresh air (8) sucked in via the heat exchanger (7). In this case, on the one hand, the fresh air (8) is preheated by the partial air stream (6) in the heat exchanger (7), and on the other hand, a reduction in the water content in the partial air stream (6) takes place in the heat exchanger (7).

3. WO/2015/127486 METHOD FOR PRODUCING A PRINTED CIRCUIT BOARD WITH AN EMBEDDED SENSOR CHIP, AND PRINTED CIRCUIT BOARDWO03.09.2015
H01L 23/31
PCT/AT2015/050046AT&S AUSTRIA TECHNOLOGIE & SYSTEMTECHNIK AKTIENGESELLSCHAFTWEIDINGER, Gerald
A method for producing a printed circuit board (10) with at least one embedded sensor chip (3), in which at least one sensor face (5) and connectors (4) are arranged on a face of the chip, comprising the following steps: a) providing an adhesive film (1), b) printing a conductor structure (2) made of a conductive paste onto a surface of the adhesive film, c) placing the at least one sensor chip (3) with the face having the at least one sensor face (5) and the connectors (4) onto the conductor structure (2) made of a conductive paste in a registered manner, d) curing the conductive paste, e) applying an insulation layer (6) with a conductor layer (7) lying thereabove onto the surface having the chip (3) of the structure created in the preceding steps, f) laminating the structure created in the preceding steps, g) structuring the conductor layer (7) and forming vias (9) from the conductor layer to the printed conductors (7b, 7c) of the conductor structure on the surface of the adhesive film and h) removing the adhesive film (1).

4. WO/2015/127487 RELAXATION FURNITUREWO03.09.2015
A47C 7/66
PCT/AT2015/050048DELFIN WELLNESS GMBHKOGLER, Harald
The invention relates to relaxation furniture (1) comprising a reclining device (2) which has a reclining surface (4) having a head region (5) and a foot region (7), wherein the head region (5) is formed opposite the foot region (7) along a longitudinal center axis (8), and comprising a cover device (3) with which the reclining surface (4) can be completely covered, wherein the cover device (3) has two swing doors (9, 10) which are hinged on the reclining device (2) so that the swing doors (9, 10) can be swiveled around an axis of rotation (11) independently of each other from a closed position covering the reclining surface (4) into an open position exposing the reclining surface (4), and wherein the two swing doors (9, 10) are hinged on the reclining device (2) such that they can be swiveled toward the head region (5) into the open position, and in the completely closed position, a lower edge (13, 14) of the swing doors (9, 10) is arranged at least at the height of the reclining surface (4).

5. WO/2015/127489 METHOD FOR MAKING CONTACT WITH A COMPONENT EMBEDDED IN A PRINTED CIRCUIT BOARDWO03.09.2015
H05K 1/18
PCT/AT2015/050052AT&S AUSTRIA TECHNOLOGIE & SYSTEMTECHNIK AKTIENGESELLSCHAFTWEIDINGER, Gerald
The invention relates to a method for making contact with a component (6) embedded in a printed circuit board (13), which method has the following steps: a) providing a core (1) which has at least one insulating layer (2) and at least one conductor layer (3, 4) applied to the insulating layer (2), b) embedding at least one component (6) in a depression (5) in the insulating layer (2), wherein the contact pins (8) of the component (6) are located substantially in the plane of an outer surface of the core (1) having the at least one conductor layer (4), c) applying a varnish (9) that can be photo-structured to the one outer surface of the core (1) on which the component (6) is arranged, filling the spaces between the contact pins (8) of the component (6), d) exposing end faces of the contact pins (8) and the regions of the conductor layer (4) covered by the varnish (9) that can be photo-structured, by illuminating and developing the varnish (9) that can be photo-structured, e) by applying a semi-additive process, depositing a layer (10) of conductor material on the exposed end faces of the contact pins (8) and the exposed regions of the conductor layer (4), and forming a conductor structure (12-12), at least on the one outer surface of the core (1) on which the component (6) is arranged, and on the connecting lines (11) between the contact pins (8) and the conductor structure (12-12), and f) removing the regions of the conductor layer (4+10) that do not belong to the conductor structure (12-12).

6. WO/2015/123712 METHOD AND COMPUTER NETWORK FOR TRANSMITTING MESSAGESWO27.08.2015
H04L 12/417
PCT/AT2015/050047FTS COMPUTERTECHNIK GMBHSTEINER, Wilfried
The invention relates to a method for transmitting messages in a computer network of a real-time system comprising components in the form of computing nodes and star couplers. A first group of components sends, relays or receives time-controlled messages according to a communication schedule, and a second group of components does not communicate according to a communication schedule. For example, the computing node 104 does not execute a communication schedule, i.e. the computing node 104 does not send time-controlled messages. Instead, the computing node 104 reacts to receiving a message 1-201a by sending a message 1-104a in response. According to the invention, the message 1-201a is sent in a time-controlled manner, for example by a star coupler 201. The computing node 104 receives the message 1-201a at time 17-104a and reacts to receiving the message 1-201a by sending the message 1-104a at time 17-104b to the star coupler 201. The star coupler 201 receives the message 1-104a at time 14-201b. Preferably an upper limit OBS of the maximum time interval between the receiving time 17-104a and the sending time 17-104b is determined in the computing node 104. In this way, the star coupler 201 can schedule the relaying time 14-201c, at which the message 1-104a is relayed in the network, as a time-controlled time. Alternatively, the computing node 104 reacts by reading a current value from a local sensor, by altering the state of an actuator, or by carrying out an application-specific task. In addition or alternatively, every star coupler belonging to the second group of components reacts to receiving a time-controlled message by sending a new message, or relaying the received time-controlled message, said relaying not being carried out according to a communication schedule.

7. WO/2015/123705 METHOD FOR OBJECTIFYING DATAWO27.08.2015
PCT/AT2015/000003NEGOTIATION FACTORY GMBHBRUNNHUBER, Zita
The invention relates to a method for objectifying data, wherein data is stored, organized, and made available. A data set of a first type is generated, and data of a first type of data is input into the data set of the first type by a user. When a data set of the first type is marked, a data set of a second type is then automatically generated, and the marked data set of the first type is automatically linked to the generated data set of the second type. Thus, the use two of the most important negotiation tools, namely the "circle chart tool" and "the 7 elements'', is made possible for an unskilled user, and is greatly simplified for a skilled user.

8. WO/2015/123706 METHOD AND APPARATURS FOR DETECTING AND DISTINGUISHING ELEMENTARY PARTICLESWO27.08.2015
G01T 1/26
PCT/AT2015/000021GRIESMAYER, ErichGRIESMAYER, Erich
The invention relates to a method for detecting and distinguishing elementary particles, such as protons, ions, electrons, neutrons, photons, or the like, in a detector (1), in particular a diamond detector, wherein an electric field is applied to the detector (1) and wherein, when a particle passes through the detector (1), a charge pulse is generated in the detector (1) and each charge pulse is then converted into an electric signal. According to the invention, the detector (1) is divided into at least two sub-regions (D1, D2) separated from each other, to which an electric field is respectively applied separately, and each charge pulse is read via a common read electrode (4) of the detector (1) located between the sub-regions (D1, D2). Furthermore, the invention relates to an apparatus for detecting and distinguishing elementary particles, through which, with a simple structure of a detector (1), various elementary particles and/or particles of different energy can be detected and distinguished from one another.

9. WO/2015/123708 INDEXABLE CUTTING INSERT AND MILLING TOOLWO27.08.2015
B23C 5/20
PCT/AT2015/000027CERATIZIT AUSTRIA GESELLSCHAFT M.B.H.BURTSCHER, Peter
The invention relates to an indexable cutting insert (1) for face milling with large advancing motions, comprising: a top side (2); a bottom side (3), which has a smaller outer perimeter than the top side (2); and lateral surfaces (4) that connect the top side (2) and the bottom side (3). At the transition between the lateral surfaces (4) and the top side (2), rounded cutting corners (6) are formed, which are connected by means of convexly bulging cutting edges (5), which each extend from one cutting corner (6) to an adjacent cutting corner (6) in a convexly curved manner. Adjacently to the cutting edges (5), the lateral surfaces (4) have main flank faces (4a), which extend along the respective cutting edge (5) in a continuously convexly curved manner from one cutting corner (6) to an adjacent cutting corner (6). The main flank faces (4a) extend in the direction of the bottom side (3) only over part of the height of the lateral surfaces (4) and transition into inwardly back-set secondary faces (4b, 4c) in a stepped manner.

10. WO/2015/123707 ANCHORING DEVICEWO27.08.2015
F24J 2/52
PCT/AT2015/000024HILBER, FranzHILBER, Franz
The invention relates to an anchoring device (1) having a plurality of threads of different inclinations, through which threaded rods (4) can be screwed, said plurality of threads being arranged in a shared block (3) made of a cast material.


Résultats 1-10 sur 9 835 pour Critères: Office(s):all Langue:FR Racinisation: true
préc. 1 2 3 4 5 6 7 8 9 10 suiv.