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Results 1-10 of 13,596 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2016/145542 EXPANDABLE SPINAL IMPLANTWO22.09.2016
A61F 2/44
PCT/CH2015/000047STARTECH ENGINEERING AGOVERES, Tom
The present application relates to an expandable spinal implant ( 1 ) comprising two elongated implant members (20, 30). The implant members (20, 30) are rotatably coupled to a central base portion (10) and comprise a first end with an axis of rotation and circumferentially arranged gear teeth (23, 33). The gear teeth (23) of the first elongated implant member (20) is interlocked into said gear teeth (33) of the second elongated implant member (30).

2. WO/2016/141495 GEL ELECTROPHORESIS SYSTEM FOR SINGLE CELL GEL ELECTROPHORESISWO15.09.2016
G01N 27/447
PCT/CH2016/0000434D LIFETEC AGSCHICHT, Oliver
The invention relates to a gel electrophoresis apparatus for single cell gel electrophoresis, comprising a chamber (7a) for receiving a gel electrophoresis buffer, a functional cover (7b) for closing the chamber, at least one pair of electrodes (8, 8') for generating a homogeneous electric field in the chamber and at least one retaining element (6) for receiving and positioning at least one support plate (1). The at least one retaining element (6) positions the at least one support plate (1) in the homogeneous electric field generated by the at least one pair of electrodes (8, 8").

3. WO/2016/141496 PROGRAMMABLE LOCKING CYLINDERWO15.09.2016
E05B 27/00
PCT/CH2016/000044KABA AGSERAFINI, Renato
The locking cylinder (1) has a stator (6) and a rotor (5) which can rotate in the stator and has a key opening into which a key (10) can be inserted. Said locking cylinder (1) has a multiplicity of tumbler (2) and mating-tumbler (3) pairs, wherein each of the tumblers (2) has a first part (2a) and a second part (2b) which are connected to one another, for example, with a press fit. In the method for programming a locking cylinder, the locking cylinder (1) has at least one two-part tumbler (2), having parts (2a, 2b) which are connected to one another with a press fit. In the method, when a key (10) is introduced into the key opening a length (L), effective in terms of locking, of the tumbler (2) is changed by the first part (2a) and the second part (2b) sliding one into the other or moving apart from one another, in particular is reduced by them sliding one into the other.

4. WO/2016/141494 TOOL MACHINE LOADING APPARATUSWO15.09.2016
B25J 5/02
PCT/CH2015/000036GÜDEL GROUP AGZULAUF, Walter
The invention refers to a tool machine loading apparatus (1), comprising an arm mounting unit (3), an arm (5) and a wrist (7). The arm (5) has a proximal end and a distal end, wherein the arm (5) is mounted with its proximal end to the arm mounting unit (3) and is pivotable about a proximal pivot (4) arranged between the arm (5)'s proximal end and the arm mounting unit (3). The wrist (7) has a proximal end and a distal end (1 7), wherein the wrist (7) is arranged with its proximal end at the arm (5)'s distal end, wherein the wrist (7)'s distal end (17) is moveable with respect to the wrist (7)'s proximal end and wherein the wrist (7)'s distal end (17) is part of a handling unit for handling work pieces or is configured for receiving a handling unit for handling work pieces. The tool machine loading apparatus (1) further comprises an adjustment unit (6) mounted between the arm (5)'s distal end and the wrist (7)'s proximal end for moving the wrist (7)'s proximal end with respect to the arm (5)'s distal end in both directions along an adjustment axis (16) which is essentially horizontally aligned.

5. WO/2016/138596 GOLF CLUB WITH ADJUSTABLE FACE ANGLEWO09.09.2016
A63B 53/02
PCT/CH2015/000034ÀWENGEN, Daniel F.ÀWENGEN, Daniel F.
A golf club, in particular a driver, comprises a pivotal coupling (4, 5), by means of which the club head (2) can be rotated about a vertical rotation axis (7) in respect to the shaft axis (3) and be held in a plurality of finely grained angular positions. The angle (β) between the rotation axis (7) and the shaft axis (3) corresponds approximately to 90° minus the lie angle of the golf club, while the angle (γ) between the rotation axis (7) and a tangential surface of the club face (22) corresponds approximately to the loft angle of the golf club. This ensures that rotation axis (7) is substantially vertical to the ground for the correctly held club. Therefore, the pivotal coupling (5, 6) can be used to correct the face angle and therefore to easily correct for a player' s tendency to use the club with its club surface in closed or open position. Thus, a player can easily correct his mishits of slices or hooks without changing the loft angle or lie angle.

6. WO/2016/138598 ADJUSTABLE FIBRE-OPTIC PLUGWO09.09.2016
G02B 6/38
PCT/CH2016/000039NOVOBIT AGBI, Junwen
The adjustable fibre-optic plug has at least one guide element (1) in which a line (9) can be received. The guide element (1) is arranged in a holder (2) in such a way that it can be locked in several rotation positions (11) by being pulled out and reinserted. The holder (2) can be part of the plug housing and has a respective recess (14, 15) at two diametrically opposite points on its inner circumference. In a first rotation position (11), in each case one of two corners (12, 13), which are situated opposite one another in the circumcircle diameter (16), of the preferably polygonal cross section of the guide element (1) is received in said recess. On both sides of the respective recess (14, 15), there is in each case a support (17; 18; 19, 20), which is in the form of an even surface for example, on the inner circumference of the holder (2). At said supports (17; 18; 19, 20), the guide element (1) can be held in a second rotation position (11) by way of in each case one edge (23, 24) of the outer circumference of said guide element. Therefore, given a simple geometry of the inner circumference of the holder (2), a rotation position (11) which can be selected for tuning purposes is provided for each corner (12, 13) and each edge (23, 24) of the guide element (1).

7. WO/2016/138599 DEVICE FOR DEGASSING A LIQUIDWO09.09.2016
B01D 19/00
PCT/CH2016/000040IMI HYDRONIC ENGINEERING SWITZERLAND AGTHESING, Christian
A device for degassing a liquid from a liquid-conveying heating or coolant circuit, or from a make-up line to the heating or coolant circuit, comprises a degassing unit (1) for removing gas from a liquid by means of the alternating generation of negative pressure and overpressure. The degassing unit (1) comprises a degassing vessel (11), a supply line (12) for supplying the liquid to the degassing vessel (11), a discharge line (4) for discharging the liquid from the the degassing vessel (11), which discharge line (4) comprises a pump (41) and can be connected with the heating or coolant circuit, and a degassing valve unit (13). The degassing valve unit (13) enables the withdrawal of gas from the degassing vessel (11), while preventing any flowthrough of liquid out of the degassing vessel (11) and preventing the back-flow of gas when there is a negative pressure in the degassing vessel (11). The device also comprises a hydrocyclone (2) for generating a vortex flow of the liquid to be degassed, said hydrocyclone (2) being connected on one side to the degassing unit (1) and on the other side with a feed line (21) for supplying the liquid. The feed line (21) can be connected to the heating or coolant circuit or to the makeup line (8).

8. WO/2016/138597 MEASURING BRIDGE ARRANGEMENT WITH IMPROVED ERROR DETECTIONWO09.09.2016
G01D 3/08
PCT/CH2016/000022TECPHARMA LICENSING AGGENTZ, Michael
Disclosed is a measuring bridge arrangement containing: a measuring bridge comprising at least one first half bridge having a first measuring connection and a second half bridge having a second measuring connection; a reference voltage divider having at least one first and a second test connection; a differential amplifier having at least one first and a second amplifier input and at least one amplifier output, a voltage amplification, and having an output voltage working range. The invention is characterised in that the first amplifier input is wired to a first capacitor and the second amplifier input is wired to a second capacitor, and the amplifier inputs can be optionally connected to the measuring connections or to the test connections.

9. WO/2016/134490 METHOD AND DEVICE FOR FRAGMENTING AND/OR WEAKENING POURABLE MATERIAL BY MEANS OF HIGH-VOLTAGE DISCHARGEWO01.09.2016
B02C 19/18
PCT/CH2015/000032SELFRAG AGMÜLLER-SIEBERT, Reinhard
The invention relates to a method for fragmenting and/or weakening pourable material (1) by means of high-voltage discharges. In said method, a material flow of the pourable material (1) is guided past a high-voltage electrode assembly (2) having one or more high-voltage electrodes (7), the material flow being immersed in a process liquid (4), while high-voltage punctures through the material (1) are produced by applying high-voltage pulses to the high-voltage electrodes (7). The zone of the material flow in which the high-voltage punctures through the material (1) are produced is bounded by substantially unmoved zones (9) of the same material (1) laterally, as viewed in the guiding-past direction (S). The method according to the invention enable the fragmenting and/or weakening of pourable material (1) in a low-wear and low-contamination manner in a continuous process by means of high-voltage discharges.

10. WO/2016/134488 METHOD AND DEVICE FOR FRAGMENTING AND/OR WEAKENING POURABLE MATERIAL BY MEANS OF HIGH-VOLTAGE DISCHARGESWO01.09.2016
B02C 19/18
PCT/CH2015/000030SELFRAG AGKÄPPELER, Johannes
The invention relates to a method for fragmenting and/or weakening pourable material (1) by means of high-voltage discharges. According to said method, an annular or arcuate material flow (4) of the material (1) is formed and said material flow is guided past a high-voltage electrode assembly (2) while immersed in a process liquid (5), by means of which high-voltage electrode assembly high-voltage punctures through the material flow (4) are produced in that high-voltage pulses are applied to the high-voltage electrodes of the high-voltage electrode assembly by means of a high-voltage generator (3). Material (1) is fed to the material flow (4) upstream of the high-voltage electrode assembly (2), and material (1) is led away from the material flow (4) downstream of the high-voltage electrode assembly (2). The method according to the invention enables a continuous process, in which the speed at which the material (1) is led through the process zone and the intensity with which high-voltage punctures are applied to the material can be set in wide ranges and any insufficiently processed material (1) exiting the process zone can be fed back to the process zone over a very short distance and practically without additional space requirement.


Results 1-10 of 13,596 for Criteria: Office(s):all Language:EN Stemming: true
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