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Results 1-10 of 13,338 for Criteria: Office(s):all Language:ES Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2015/039257 DEVICE FOR INDICATING A TIME AND METHOD FOR CONTROLLING SUCH A DEVICEWO26.03.2015
G04B 1/26
PCT/CH2014/000133MOSER, LukasHESS, Durs
The invention relates to a device (1) for indicating a time, said device having at least one container (2), at least one reservoir (4), at least one pump (3) connected to the container (2). The pump (3) enables a liquid to be pumped from a reservoir (4) into the inside of the container (2). Said device (1) also has a controller (6) for setting a liquid level (25) in the interior of the container (2) in accordance with time information. The container (2) has a plurality of lateral outlet openings (21), said outlet openings (21) being arranged at different heights of the container (2). The liquid level (25) is set within a height band (26), said height band (26) corresponding to a height section of the container (2). The height band (26) extends from a minimum height (27) as far as a maximum height (28). The minimum height (27) is located at a minimum distance (29) above the first outlet opening (21), and the maximum height (28) is located below a second outlet opening (21) or below a total height of the container (2).

2. WO/2015/039259 AIR WASHING AND HUMIDIFYING DEVICE HAVING A SOUND ABSORBER MODULEWO26.03.2015
PCT/CH2014/000135PLASTON AGHUTTER, Armando
The invention relates to an air washing or humidifying device having a water basin (1) in which water is brought into contact with air and/or from which water passes into the air. In addition a water tank (3) is provided, from which water can flow into the working area. A water level regulating mechanism ensures that in the case of sufficient filling of the water tank a water level moves in the working range within a predetermined range. This mechanism corresponds substantially to the so-called bird bath principle. Consequently the mechanism has at least one air feed into the water tank. Said air feed serves for equalisation of the volume of water running out of the tank into the working range. The air feed is arranged such that in the case of sufficient filling of the working range the air feed is closed by the water in the working range. The device is characterised in that above the water level (2) an open-pored element (15) - in particular a filter foam element - is arranged, through which the air flowing through the air feed rises upwards. As a result noise is reduced.

3. WO/2015/039258 PERFORATION DEVICE FOR EXTRACTION APPLIANCES FOR PRODUCING BREWED PRODUCTSWO26.03.2015
A47J 31/06
PCT/CH2014/000134LUNA TECHNOLOGY SYSTEMS LTS GMBHRUBIN, Andres
The perforation device (1) has at least one perforation spike (3), which is designed to taper away from a base, wherein the perforation spike defines a lateral surface (11, 12) and has at least one axial rib (20), which projects outwards from the lateral surface (11, 12). The rib (20) is non-cutting and the perforation spike (3) is designed in particular such that the capsule wall, on account of a hydrostatic pressure built up in the interior of the capsule when the brewing liquid is introduced, is pushed with surface-area contact against a region of the lateral surface (11, 12), wherein an amount of rigidity remaining in the capsule wall gives rise, on either side of the rib (20), to channels through which the extraction product can flow.

4. WO/2015/035523 METHOD AND INSTALLATION FOR PURIFYING A LIQUIDWO19.03.2015
C13B 20/00
PCT/CH2013/000163MITECO AGCADEO, Angelo
A method for continuous purification of a liquid is provided, comprising the steps of inserting the unpurified liquid into a reaction tank (2a), injecting at least flocculants for flocculating impurities and air into the unpurified liquid, retrieving a flocculated unpurified liquid containing air (12) from the reaction tank (2a) at a first extraction location (16a) below the injection location (16b), transporting the flocculated unpurified liquid containing air (12) towards a flotation tank (2b), adding a polymer to the flocculated unpurified liquid containing air (12), inserting the flocculated unpurified liquid containing air and polymer (13) into the flotation tank (2b), removing a sludge (6) comprising flocculated impurities from the flotation tank (2b) either continuously or during predefined time intervals, and continuously extracting at least partially purified liquid from the flotation tank (2b). Furthermore an installation for carrying out the method is provided.

5. WO/2015/035526 FILM DISPENSER AND CUTTING BLADEWO19.03.2015
B65H 35/00
PCT/CH2014/000130ALU-VERTRIEBSSTELLE AGWALDER, Max
The film dispenser comprises a folding box (3) in which a guide gap (17) that runs in a longitudinal direction is formed. A cutting blade (33) with two parallel guide plates is held on the folding box (3) in a movable manner along the guide gap (17). The folding box (3) comprises adhesive zones (27) adjacently to the guiding gap (17).

6. WO/2015/035525 METHOD FOR ANALYZING THE DISTRIBUTION OF OBJECTS IN FREE WAITING LINESWO19.03.2015
G06T 7/20
PCT/CH2014/000129XOVIS AGGYGER, Cyrill
The invention relates to a method for analyzing the distribution of objects in a free waiting line, wherein, on the basis of position information, a monitored region comprising the free waiting line is first divided into a plurality of positions. On the basis of the position information, objects associated with the free waiting line are detected. Said objects are then tracked. At least for some of the detected objects, a current waiting time in the free waiting line is kept up to date. At least for some of the positions of the monitored region, the current waiting time of one or more of the detected objects located at the corresponding positions are associated with the corresponding positions. Furthermore, the positions having associated waiting times are divided into a plurality of classes, wherein each of the classes corresponds to a continuous waiting-time range.

7. WO/2015/035524 METHOD FOR ANALYSING THE SPATIAL EXTENT OF FREE-FORMING QUEUESWO19.03.2015
G06T 7/20
PCT/CH2014/000128XOVIS AGGYGER, Cyrill
In a method for determining the spatial extent of a free-forming queue, on the basis of position information, a monitoring area that comprises the free-forming queue is first of all divided into a plurality of positions. On the basis of the position information, objects that are associated with the free-forming queue are recognised and tracked. Periodic storage operations of a current position of at least some of the tracked objects are performed. An average speed of at least some of the objects is detected, the average speed of an object being determined on the basis of a plurality of the stored positions of the respective object. Finally, a first map is produced that records a density of occurrence of objects at the relevant positions in relation to the positions in the monitoring area. For this, objects with an average speed outside a predetermined range are not taken into account when producing the first map. Based on of a predetermined starting area for the free-forming queue, a floodfill method is performed to produce a contiguous area that corresponds to the extent of the free-forming queue. For a validity check, the first map is used.

8. WO/2015/035527 METHOD AND INSTALLATION FOR PURIFYING A LIQUID PRODUCTWO19.03.2015
C13B 20/00
PCT/CH2014/000131MITECO AGCADEO, Angelo
A method for continuous purification of a liquid is provided, comprising the steps of inserting the unpurified liquid into a reaction tank (2a), injecting at least flocculants for flocculating impurities and air into the unpurified liquid, retrieving a flocculated unpurified liquid containing air (12) from the reaction tank (2a) at a first extraction location (16a) below the injection location (16b), transporting the flocculated unpurified liquid containing air (12) towards a flotation tank (2b), adding a polymer to the flocculated unpurified liquid containing air (12), inserting the flocculated unpurified liquid containing air and polymer (13) into the flotation tank (2b), removing a sludge (6) comprising flocculated impurities from the flotation tank (2b) either continuously or during predefined time intervals, and continuously extracting at least partially purified liquid from the flotation tank (2b). Furthermore an installation for carrying out the method is provided.

9. WO/2015/032008 DEVICE FOR MIXING AND/OR HOMOGENIZING AT LEAST ONE LIQUID PRODUCTWO12.03.2015
B01F 7/00
PCT/CH2013/000159MITECO AGCADEO, Angelo
A device (1) for mixing and/or homogenizing at least one liquid product comprises at least two counter-rotating impellers (2) arranged coaxially with respect to a rotation axis (z) and having inner surfaces (8) facing one another. At least one stream of a liquid component or at least two streams of different liquid components is or are respectively, insertable in a space between the impellers (2). The device further comprises at least one inlet (7) for guiding the at least one stream into the space between the impellers (2) and at least one outlet (6) for guiding the homogenized and/or mixed liquid product out of the device (1). The two impellers (2) have each a plurality of protrusions (4) extending into the space between them and arranged in rows which are concentric with respect to the rotation axis (z), wherein the concentric rows of protrusions (4) of the two impellers (2) alternate, and wherein channels are formed between the protrusions (4). The counter-rotating impellers (2) are adapted to subject the at least one stream in the space between them to a centrifugal force and to create a shear flow for mixing and/or homogenizing the at least one stream inside the channels.

10. WO/2015/027346 METHOD FOR CONTINUOUSLY CONVEYING AND BUTT-WELDING SHEET METAL PARTS, AND USE OF SAID METHODWO05.03.2015
B23K 26/26
PCT/CH2013/000152ANDRITZ SOUTEC AGSTÄUBLI, Daniel
To increase cycle times, and therefore to lower production costs, in the industrial production of welded sheet metal parts - in particular tailored blanks for the automotive industry - the invention describes a method based on a constant-speed conveying system and a flying optics system, which method manages without complex cooling of the hot weld seam and uses means for holding the workpieces on one side with a high force on the conveyor belt. In this way it is possible greatly to reduce the negative influence the blank spacing has on the cycle time of the machine. Overall, fewer drives are required in the machine and it is possible for a simplified machine concept to be employed without detriment to the quality of the blanks to be welded.


Results 1-10 of 13,338 for Criteria: Office(s):all Language:ES Stemming: true
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