WO/2015/176728 SORTING SYSTEM HAVING COVER PLATES CLOSING GAPS BETWEEN SUPPORT STRUCTURES||WO||26.11.2015|
||PCT/DK2015/050126||CRISPLANT A/S ||LYKKEGAARD, Uffe |
The invention relates to a sorting system of the support structure type, which includes known sorting systems such as tray type sorting systems. They include a track along which carts (7) and support structures (5) are conveyed. Cover plates (10) are arranged to close gaps between the support structures, also when the support structures are conveyed through curved sections, so that conveyed items are prevented from falling through the gaps. The invention further involves a gap closing kit for a support structure sorting system. The invention also involves a method of providing a support structure sorting system having a gap substantially closed between at least two support structures. The cover plates are connected to the support structures by leading systems (11) as well as connected to guiding systems, which guiding systems have one part fixated to an adjacent cart. The support structures (5), the guiding systems (17) and the leading systems (40) are configured to control movement of the cover plates (10) relative to the support structures in order to close a gap between adjacent support structures, when conveyed in sections of a track, which track may have only horizontal straight and curved sections, or include inclined or declined straight or curved sections.
WO/2015/176727 A CLEANING MACHINE, SUCH AS A VACUUM CLEANER COMPRISING A HOUSING, AND A HINGEABLE ELEMENT BEING DETACHABLY ATTACHABLE THERETO||WO||26.11.2015|
||PCT/DK2015/050062||NILFISK-ADVANCE A/S ||KJAERGAARD, Christian Thorup |
The invention relates to a cleaning machine (1) comprising a housing (10) and at least one hingeable element (20), as well as to the hingeable element (20) itself. The hingeable element (20) is detachably attachable to said housing via a hinge structure comprising at least two pairs of magnetizable or magnetic member surfaces (H1, E1; H2, E2). At least one surface in each pair exhibits a magnetic force for engagement with the other surface in said pair. A first member surface (E1; E2) in each of said pairs is supported by said hingeable element (20) and a second member surface (H1; H2) in each of said pairs is supported by said housing (10). When said hingeable element (20) is attached to said housing (10), said magnetic force is extending in a direction substantially in parallel with a magnetic centre axis (Am) extending between each first member surface (E1; E2). This provides a sufficient attachment force in the hinge structure both to allow the hingeable element (20) to stay attached to the housing during use, as well as to allow the hingeable element (20) to become detached easily from the housing (10), thus to function as a "break away".
WO/2015/176729 CALMING CHAIR||WO||26.11.2015|
||PCT/DK2015/050127||PROTAC A/S ||CHRISTIANSEN, Pia |
The present invention relates to calming chairs. More specifically, the invention relates to a calming chair with an elastically deformable base section for physically challenged users, such as elderly users.
WO/2015/172790 A WIND TURBINE TOWER PART AND USE OF A WIND TURBINE TOWER PART||WO||19.11.2015|
||PCT/DK2015/050123||RAMBØLL DANMARK A/S ||STØTTRUP-ANDERSEN, Ulrik |
Disclosed is a wind turbine tower part (1)for supporting at least a wind turbine nacelle and rotor at a distance above the ground. The tower part comprises three or more corner posts (4)each including a number of mounting means (5)and a plurality of transverse braces (6)extending between neighbouring corner posts (4), wherein end parts (7)of the braces (6)are provided with brace connection means (8). The brace connection means (8)are connected to the mounting means (5)by means of a friction connection comprising fishplate means (9)extending on opposite sides of the mounting means (5)and the brace connection means (8). Use of wind turbine tower part (1) is also disclosed.
WO/2015/172788 THE ROTATING STEERING SYSTEM||WO||19.11.2015|
||PCT/DK2015/000018||ASHWORTH, Sally, Ann ||ASHWORTH, Sally, Ann |
Rotating Steering System for regulating the course of a ship. A rotating steering system as shown in Fig. 1 comprises a set of rotating symmetrically wing shaped blades (1) with adjustable synchronised pitch, mounted in a wheel containing an outer ring (2) and a hub (3) connected by shafts (4). The wheel (2, 3, 4) with the blades (1) is mounted in the frame (7) and rotates around a center shaft (5) which is supported by a fork (6) mounted on the frame (7). The frame is mounted on the ship's hull via the top (8), which is specially made to fit the hull. The steering system is mounted on a marine vessel below the waterline aligned with the ship's centreline with the rotation of the wheel and the pitch of the blades as the only movable parameters.
WO/2015/172789 A CAP FOR AN ELECTRO-ACOUSTIC TRANSDUCER||WO||19.11.2015|
||PCT/DK2015/050120||DALI A/S ||KRISTIANSEN, Kim |
The invention relates to a cap (1) for an electro-acoustic transducer (2), which cap (1) comprises a first portion (3) having a form matching in shape and dimensions at least a top part of a magnetic center pole piece (4) of the transducer (2) and an opening (5) for receiving said magnetic center pole piece (4), wherein the first portion (3) includes at least one recess (6) with reduced material thickness on a lateral face (7) of the first portion (3). Also, the invention relates to: (i) a method (100) of manufacturing a capped center pole piece for an electro-acoustic transducer (2); (ii) a capped center pole piece for an electro-acoustic transducer (2); and (iii) an electro-acoustic transducer (2) comprising the cap (1) or the capped center pole piece.
WO/2015/172786 PROCESS FOR MANUFACTURING TRANSLUCENT HOLES IN METAL||WO||19.11.2015|
||PCT/DK2014/050133||HIDDEN LED APS ||JENSEN, Roar Sune |
The invention relates to an oxidized metal object having a plurality of translucent holes 110 and to a process for producing translucent holes in an oxidized metal object. According to the process holes are created in the oxidized object, e.g. an oxidized plate, by directing a laser beam 201 towards the object so that metal is removed at the location where laser beam hits the object. By directing a predetermined amount of energy from the laser beam to the object the metal is removed while the oxide layer remains so that a translucent hole is created.
WO/2015/172787 METHODS AND DEVICES FOR HYDROTHERMAL PRETREATMENT OF LIGNOCELLULOSIC BIOMASS||WO||19.11.2015|
||PCT/DK2014/050381||BIOFUEL TECHNOLOGY A/S ||JUHL FØNS, Mogens |
Methods and devices are provides for hydrothermal pretreatment of lignocellulosic biomass. A mechanically simple and inexpensive vertical steam reactor is fed with biomass feedstock from the top, while pretreated material is removed from the bottom in steady-state by operation of moveable upper and lower restrictor means, which project across the reactor cross section when engaged. The vertical column of biomass is supported by the upper restrictor means. This is periodically withdrawn from the reactor cross section, permitting the column of biomass to fall by force of gravity onto the lower restrictor means. The upper restrictor means is then re-inserted, after which the lower restrictor means is withdrawn permitting a "plug" of pretreated material to be removed by force of gravity. Using biomass feedstock that has been compressed in a reciprocating piston press to bulk density of at least 500 kg/m3, which can be fed dry into the reactor using simple, inexpensive sluice systems and then wetted inside the reactor, this system provides comparable biomass throughput at a fraction of the cost of traditional commercial hydrothermal pretreatment systems used in "second generation" biorefining.
WO/2015/169317 COMBINED STARTER-GENERATOR-MOTOR-SUPERCHARGER||WO||12.11.2015|
||PCT/DK2015/000015||ROTREX A/S ||KOLSTRUP, Anders |
By embodying a starter-motor-supercharger-generator (100) for an internal combustion engine with a mechanical supercharger (100) connected to a general shaft (21), with a motor generator (20) connected to the input shaft (21) and with a clutch unit (30) to connect the engine to the input shaft (21), it will be possible to reduce the internal friction and pump losses in a very compact unit (100).
WO/2015/169318 DEVICE FOR CONNECTION OF BUTTON CELL BATTERIES TO A CIRCUIT BOARD AND USE||WO||12.11.2015|
||PCT/DK2015/050082||ORBILOC APS ||JÆGERGAARD, Jan |
The invention includes a device (15) designed to contain at least one button cell battery (6), where the device (15) includes at least one contact spring (7) with at least another contact surface (5a), designed to provide electrical contact to another conducting track (3) on a circuit board (1). The contact spring (7) also includes at least a first contact surface (4a) designed to provide electrical contact with the other battery terminal (6b). The first battery terminal (6a) and a first conducting track (2) on the circuit board (1 ) include a joint contact area. The device (15) includes at least one holder item (9) with first items, which first items are designed to fix the circuit board (1) and the device also includes other items, which other items are designed to fix the contact spring / the contact springs (7) in the holder item (9). With the invention it is achieved that it is thus possible to achieve a very compact product design since the batteries (6) are situated very close to the circuit board (1). Furthermore, the solution ensures easy mounting and easy access for changing the batteries (6) when the product is opened.