Fecha de publicación
Nº de solicitud
|1.||WO||WO/2013/177716 - DRAINAGE CONTAINER DEVICE AND A SUCTION POUCH UNIT||05.12.2013||
|PCT/CH2013/000089||MEDELA HOLDING AG||KOCH, Urs|
The invention relates to a drainage container device for collecting aspirated bodily fluids using a vacuum source, comprising: a drainage container (3) with a suction connection (30) for connecting to said vacuum source; a substantially single-piece container cover (1) for closing and opening said drainage container (3), and that has a drainage connection (13) for connecting to a patient-side drainage line; a suction pouch (2) for receiving the aspirated bodily fluid, arranged on the container cover (1) and received by the drainage container (3); a channel (6) that at least partially extends through the container cover (1) and that connects an interior space of the suction pouch (2) to said suction connection (30) via an interior space of the drainage container (3) and is otherwise closed, and a protection element (4), particularly a filter, for avoiding overflow and/or contamination of the vacuum source with aspirated bodily fluid. According to the invention, the protection element (4) is located in the channel (6), and a chamber (14) with the protection element (4) arranged therein is present in said channel (6). This device allows simple assembly of a cost-effective filter, with preferred embodiments additionally offering spray protection.
|2.||WO||WO/2013/173931 - BALL JOINT||28.11.2013||
|PCT/CH2012/000115||GÜDEL GROUP AG||NILSSON, Klas|
The invention refers to a ball joint (1) comprising a ball (5) with an attached arm (6), a proximal shell (12) having a wear surface (14), and a distal shell (13) having a wear surface (15) and having an opening for passage of the arm (6). The ball (5) is held between the wear surface (14) of the proximal shell (12) and the wear surface (15) of the distal shell (13), while the arm (6) is passed through the opening in the distal shell (13). Furthermore, the ball joint (1) comprises a biasing element (16) by which the proximal shell (12) and the distal shell (13) are biased with a force towards each other, wherein the biasing element (16) is adjustable in order to adjust the force with which the proximal shell (12) and the distal shell (13) are biased towards each other.
|3.||WO||WO/2013/173932 - GEAR-CHANGING DEVICE||28.11.2013||
|PCT/CH2012/000241||KOLLER, Stefan||KOLLER, Stefan|
A gear-changing device (1), in particular a gear-changing device (1) for a gear-change mechanism, comprises a gear-changing lever (100) and a gear-changing lever guide (200), wherein the gear-changing lever (100) is mounted movably on the gear-changing lever guide (200) and is movable between a neutral position and at least one first gear-changing position. In the first gear-changing position, the gear-changing lever (100) is subjected to a return force which returns the gear-changing lever (100) into the neutral position, wherein the return force is realized in the form of a magnetic force. A gear-changing device (1) which, because of the contact-free transmission of force, is both particularly aesthetic and also highly robust during operation is thus provided.
|4.||WO||WO/2013/173933 - DEVICE FOR OBTAINING ELECTRICAL ENERGY FROM HYDROPOWER||28.11.2013||
|PCT/CH2013/000046||WRH Walter Reist Holding AG||WIDMER, Felix|
The invention relates to an approach flow organ (301) for an installation (300) for generating electrical energy from hydropower. Said approach flow organ (301) comprises an approach flow wall (302) with an approach flow side (303), as well as a free immersion edge (323) which delimits the approach flow wall (302), said wall (302) being curved when viewed in a cross-sectional plane (E) transverse to the free immersion edge (323). The curvature is designed such that said approach flow wall (302) is curved against an approach flow direction (W) which is directed towards the approach flow side (303).
|5.||WO||WO/2013/173935 - WOOD PROTECTION AGAINST MICROORGANISMS BY LACCASE-CATALYSED IODINATION||28.11.2013||
|PCT/CH2013/000088||EMPA EIDGENÖSSISCHE MATERIALPRÜFUNGS- UND FORSCHUNGSANSTALT||SCHUBERT, Mark|
A method for protecting a phenolic substances comprising material like wood against vermins, in particular microorganisms, comprises treating said phenolic substances comprising material with iodide in the presence of laccase, in particular with a liquid composition comprising iodide and laccase. Materials like wood treated by this method can be used as such or - if in form of small pieces like shavings or wood flour - together with a binder for protective coatings and/or laminates like antibacterial wood fibre plates, inner or outer panelling, wallpapers, and packagings.
|6.||WO||WO/2013/173934 - METHOD FOR ENSURING LEGAL SECURITY IN THE PRODUCTION OF AND FOR THE USE OF A VISA ISSUED TO A PERSON IN CONJUNCTION WITH A PASSPORT||28.11.2013||
|PCT/CH2013/000073||FRAMA AG||HAUG, Thomas Peter|
The invention relates to a method for ensuring protection and legal security in the production of and for the use of a visa issued in conjunction with a valid passport or equivalent document by a application centre in the country of origin, which is accredited by the country of entry or transit country, or by a competent application centre to a person or an animal leaving a country and entering a foreign country and/or travelling through a foreign country. The method is characterised in that the temporary visa issued by the application centre on the basis of personal details of the applicant for the exit or entry is presented to an accredited issuing office separate from the application centre for checking and authentication of the temporary visa for a final decision with respect to a visa application or referral thereof back to the application centre or for rejection of the application. The details of the visa justifying an acceptance, preferably after payment of visa fees, provided with a mark, are transmitted to an autonomous service centre electronically or by telex and are available for use at specific checkpoints of the country of entry and/or transit country.
|7.||WO||WO/2013/170390 - ELECTRIC TOOTHBRUSH AND ATTACHMENT BRUSH PART AND HANDLE PART FOR AN ELECTRIC TOOTHBRUSH||21.11.2013||
|PCT/CH2013/000059||TRISA HOLDING AG||KIRCHHOFER, Pierre|
The invention relates to an attachment brush part (5) for attachment to the handle part of an electric toothbrush. Said attachment brush part (5) contains a brush head (7) and a coupling sleeve (20), the brush head (7) and the coupling sleeve (20) being interconnected via a tubular neck (6). The hollow space inside the coupling sleeve (20) has a circular base cross-section. The coupling sleeve (20) further has a circular segment-shaped wall portion (21) which is thicker than the circular base cross-section and which has an inner, planar axial surface forming a cross-sectional narrowing. The planar axial surface (26) has an axial groove (22).
|8.||WO||WO/2013/170391 - CONNECTION SET, MALE MOULD PART AND FEMALE MOULD PART FOR DETACHABLY SECURING A DENTAL PROSTHESIS||21.11.2013||
|PCT/CH2013/000077||CENDRES+MÉTAUX SA||FÄH, Mathias|
The connection set for detachably securing a removable dental prosthesis in a mouth comprises a male mould part (1), with a longitudinal axis (X), and a female mould part (20, 30) which can be secured on the dental prosthesis. In the connected state, the connection elements (6) of the male mould part (1) and the connection region (36) of the female mould part (20) contact each other at contact points which are disposed about the longitudinal axis (X) at spacings from each other and are designed such that adhesive force which counteracts separation of the female mould part from the male mould part can be generated. The male mould part (1) and female mould part (20) can also be produced individually.
|9.||WO||WO/2013/170392 - IMPROVED DEVICE FOR ADJUSTING A DOSAGE WITH A LIMITING MECHANISM FOR A DEVICE FOR ADMINISTERING A PRODUCT||21.11.2013||
|PCT/CH2013/000081||TECPHARMA LICENSING AG||HIRSCHEL, Jürg|
Dosing device for an administration device with a limiting mechanism, comprising a first limiting means (50) with a first stop means (52), a second limiting means (30) with a second stop means (32), wherein the second limiting means follows movements of the first limiting means during dosing movements with a defined transmission ratio, and wherein the first and the second stop means each describe a path curve by their movements in such a manner that the two path curves intersect in at least one point or come so close together that the stop means contact one another in a stop position, whereby a blocking of the movement of the limiting means relative to each other during dosing movements can be effected in that the respective path curves described by the first and second stop means are closed and can be run through preferably multiple times by the first stop means, by the second stop means or by both stop means until the stop means contact one another at the stop position.
|10.||WO||WO/2013/170393 - METHOD OF PRODUCING A SYRINGE BARREL FOR MEDICAL PURPOSES AND DEVICE FOR CARRYING OUT SAID METHOD||21.11.2013||
|PCT/CH2013/000082||SCHÖTTLI AG||ZAHN, Lothar|
Syringe barrels (11) are fitted with hypodermic needles (25) before the plastic is injected. For this purpose, the hypodermic needles (25) are introduced through the stationary part (5) of the injection mold (1) by a suitable transport device (transport rollers (33)).