WO/2016/074105 METERING APPARATUS||WO||19.05.2016|
||PCT/CH2015/000165||CHEMSPEED TECHNOLOGIES AG ||GUELLER, Rolf |
A metering apparatus comprises a scales (10), on which a metering head (30) is arranged such that the scales (10) measure the weight of the metering head, and a metering tool (40) fastened to the metering head (30) to receive and dispense a substance. The metering tool (40) is designed as a glass tube (42) comprising a glass stamp (44) arranged for sliding adjustment in a sealed manner. The metering head (30) is provided with a first gripping tool (36) for clamping the glass tube (42), and with a second gripping tool (38) for clamping the glass stamp (44). The metering head (30) further comprises a lifting and lowering device (34), by means of which the second gripping tool (38) can be raised and lowered in relation to the first gripping tool (36) and thus the glass stamp (44) in the glass tube (42) of the metering tool (40). Control electronics (100) control the scales (10) and the lifting and lowering device (34), as well as the first and the second gripping tool (36, 38).
WO/2016/074106 SUBSTANCE CONTAINER||WO||19.05.2016|
||PCT/CH2015/000166||CHEMSPEED TECHNOLOGIES AG ||GUELLER, Rolf |
The invention relates to a container for receiving and dispensing a substance, which container comprises a glass tube (10), a glass stem (20) which is slidably adjustable in a sealed manner in the glass tube (10), and a glass sleeve (30) which is closed on one side and in which the glass tube (10) is received. The glass sleeve (30) is shorter than the glass tube (10), such that the glass tube (10) projects out of the glass sleeve (30). The glass stem (20) is longer than the glass tube (10) and projects outwards at the end of the glass tube (10) located outside the glass sleeve (30). The glass stem (20) does not completely fill the glass tube (10), such that a substance chamber (11) remains in the region of the end of the glass tube (10) located inside the glass sleeve (30).
WO/2016/070293 CONVEYOR BELT AND FITNESS BELT GUIDE||WO||12.05.2016|
||PCT/CH2015/000163||MUELLER, Peter, A. ||MUELLER, Peter, A. |
The invention relates to a belt conveyor apparatus (1) comprising toothed belts (2) on which one or more sequentially attached flexible strips (4) are located; said flexible strips (4) are applied to the toothed belts (2) as integral bonds (4a) or are cut out as tongue-shaped strips (4b); a support (3) is fastened to the flexible strip (4)and is guided using a guide rail and a supporting collar (3b). In the loaded state, no peeling forces are effective, and magnetic, mutually repulsive elements allow for a reduction in friction on the toothed belt (2) and on the optional running belt.
WO/2016/070294 INTERDENTAL BRUSH AND CLEANING DEVICE FOR THE SAME||WO||12.05.2016|
||PCT/CH2015/000164||EIDENBENZ, Stefan ||EIDENBENZ, Stefan |
An interdental brush (1) comprises a body (4) with a handle (5) and a guide channel (7). Also provided is a connecting element (9), which connects a cleaning body (3) to an operating element (6). The connecting element (9) with the cleaning body (3) can be displaced in a reciprocating manner within the guide channel (7), by means of the operating element (6), between a retracted position, in which the cleaning body (3) is arranged within the guide channel (7), and an extended position, in which the cleaning body (3) projects out of the guide channel (7) at a distal end of the guide channel (7), as seen in relation to the handle (5). A flexible positioning element (2) is provided at the distal end of the guide channel (7). The positioning element (2) can be placed in an approximal space between two teeth such that the cleaning body (3), during displacement into the extended position, penetrates into the approximal space. The reciprocating displacement of the cleaning body (3) can be induced by movement of the operating element (6) relative to the positioning element (2) of the interdental brush (1).
WO/2016/065489 IMPLANT ASSEMBLY FOR THE SACROILIAC JOINT||WO||06.05.2016|
||PCT/CH2015/000043||RIOS MEDICAL AG ||PAVLOV, Paul |
The present application relates to an implant system (10), preferably for the sacroiliac joint, comprising an implant body (80) with at least two adjacent apertures (83, 84, 85), at least two screws (20, 40, 60) and an insertion instrument assembly (100). Each screw (20, 40, 60) comprises a screw head (23, 43, 63) and a threaded elongated shaft (21, 41, 61). The at least two screws (20, 40, 60) are rotatably engaged within said at least two apertures (83, 84, 85). The insertion instrument assembly includes a basis (101), a first holding means (140) and at least one rotatable driving means (110, 120, 130) configured for engagement with a drive (25, 45, 65) of at least one of said at least two screws (20, 40, 60). The at least two screws (20, 40, 60) or said insertion instrument assembly (100) comprises transmission means (115, 124, 134; 160, 161, 162) such that a rotational movement of a first screw (20) of said at least two screws (20, 40, 60) is transferred to the at least one further screw (30, 60).
WO/2016/065490 DEVICE FOR APPLYING BONE REPLACEMENT PASTES||WO||06.05.2016|
||PCT/CH2015/000155||MATHYS AG BETTLACH ||HUG, Yvonne |
Device (1) for applying bone replacement pastes or bone cements, wherein the device (1) comprises: A) a container-like base part (4) with a first end (5), a second end (6) and a cavity (7), which defines a first longitudinal axis (3), is closed at the first end (5) and is open at the second end (6); and B) a filling piston (8) which can be inserted slidably into the cavity (7) and has a second longitudinal axis (10) and two or more hollow spaces (9) which extend through the filling piston (8) coaxially or parallel to the second longitudinal axis (10) and into which the cannula (13) of the applicator (2) can optionally be inserted.
WO/2016/065491 METHOD FOR OPTIMIZING THE PRODUCTIVITY OF A MACHINING PROCESS OF A CNC MACHINE||WO||06.05.2016|
||PCT/CH2015/000158||CLOUDBASED INDUSTRY 4.0 TECHNOLOGIES AG ||KREIDLER, Volker |
The present invention relates to a method for optimizing the productivity of a machining process of at least one CNC (Computer Numerical Control) machine, the CNC machine comprising at least one machining tool movable by one or a plurality of drive axes, the machining process being controlled by a given NC (Numerical Control) program defining at least a tool path for the at least one machining tool and a path velocity profile along the tool path, wherein the method includes increasing the path velocity along the tool path as compared to the path velocity profile defined by the given NC program, wherein increasing the path velocity along the tool path is effected in due consideration of the respective dynamical limit of each of the one or the plurality of drive axes, in particular in due consideration of the maximum axis- velocity and the maximum axis-acceleration of each of the one or the plurality of drive axes, and in due consideration of processing limits affecting the path velocity due to the machining capacity of the CNC machine, in particular of the machining tool. The method further comprises adapting the given NC program by the increased path velocity along the tool path.
WO/2016/065492 A COMPUTER-IMPLEMENTED METHOD FOR PART ANALYTICS OF A WORKPIECE MACHINED BY AT LEAST ONE CNC MACHINE||WO||06.05.2016|
||PCT/CH2015/000159||CLOUDBASED INDUSTRY 4.0 TECHNOLOGIES AG ||KREIDLER, Volker |
The present invention relates a computer- implemented method for part analytics, in particular for analyzing the quality, the machining process and preferably the engineering process, of a workpiece machined by at least one CNC machine. According to the invention, the method comprise providing a digital machine model of the CNC machine with realtime and non-realtime process data of the at least one CNC machine, the realtime and non-realtime process data being recorded during the machining process of the workpiece under consideration; and subsequently simulating the machining process under consideration by means of the digital machine model based at least partially on the recorded realtime and non-realtime process data.
WO/2016/065493 A CLIENT DEVICE FOR DATA ACQUISITION AND PRE-PROCESSING OF PROCESS-RELATED MASS DATA FROM AT LEAST ONE CNC MACHINE OR INDUSTRIAL ROBOT||WO||06.05.2016|
||PCT/CH2015/000160||CLOUDBASED INDUSTRY 4.0 TECHNOLOGIES AG ||KREIDLER, Volker |
The present invention relates to a client device (1) and a system (100) for data acquisition and pre-processing of process-related mass data from at least one CNC machine (10) or an industrial robot and for transmitting said process- related data to at least one data recipient (10), e.g. a cloud- based server, the client device (1) comprising at least one first data communication interface (2) to at least one controller (11) of the CNC machine (10) or industrial robot, for continuously recording hard-realtime process-related data via at least one realtime data channel (7), and for recording non-realtime process -related data via at least one non- realtime data channel (8). The client device (1) further comprises at least one data processing unit (5) for data- mapping at least the recorded non-realtime data to the recorded hard-realtime data to aggregate a contextualized set of process -related data. Moreover, the client device (1) comprises at least one second data interface (3) for transmitting the contextualized set of process-related data to the data recipient (20) and for further data communication with the data recipient (20).
WO/2016/054751 ANCHORING A JOINING ELEMENT IN AN OBJECT||WO||14.04.2016|
||PCT/CH2015/000149||WOODWELDING AG ||DIZDAR, Nihat |
A joining element (1) has an anchoring portion (12) for in-depth anchoring in the object and a head portion (11) arranged proximally of the anchoring portion with respect to an insertion axis (10). The head portion has a lateral outer surface that has a structure that is well-defined, especially within tight tolerances. The joining element is positioned relative to an object (2) of a non-liquefiable material of in a manner that the anchoring portion (12) reaches into an opening (3) of the object or is placed adjacent a mouth thereof. Then, the joining element is pressed towards a distal direction, to press the anchoring portion into the opening, and at the same time mechanical vibration energy is coupled into the joining element by a tool (6), in an amount and for a time sufficient for liquefaction of a portion of the thermoplastic material to cause interpenetration of the thermoplastic material into structures of the object. The method comprises leaving the lateral outer surface of the head portion intact, thus unaffected by the pressing and the vibration.