||WO||WO/2015/007285 - APPARATUS AND METHODS FOR GASIFICATION||22.01.2015||
||PCT/DK2014/050012||PYRONEER A/S||NIELSEN, Rasmus Glar|
Provided are apparatus and methods of gasification using a circulating fluidized bed reactor comprising a separate pyrolysis reaction chamber, one or more primary char gasification chambers, and one or more secondary char gasification chambers which comprise an internal vertical reaction volume suitable for containing a particle bed fluidized by a predominantly vertical upwards gas flow. The vertical reaction volume is advantageous in that this provides the possibility for increased retention time of particles, facilitating comparatively slow "productive" temperature moderation based on endothermic char conversion.
||WO||WO/2015/007284 - TOUCH MAPPING||22.01.2015||
||PCT/DK2014/000038||COLOPLAST A/S||SUND , Anders Grove|
A method of monitoring the pressure applied to an ostomy appliance during application to the skin, the ostomy appliance comprising an adhesive wafer comprising a backing layer facing away from the skin and an adhesive layer for attachment to the skin, the method comprising the steps of: providing sensing means capable of recording application of pressure to the wafer, applying the adhesive wafer to the skin surrounding the stoma by applying pressure to the sensing means and wafer and retrieving the recorded data from the sensing means.
||WO||WO/2015/007288 - FLOOR FOR A VEHICLE AND ITS METHOD FOR PRODUCTION, AND VEHICLE WITH SUCH FLOOR||22.01.2015||
||PCT/DK2014/050201||VBI COMPONENTS APS||HANSEN, Finn|
In order to prepare seat installation in a vehicle, a floor plate is prepared remotely then inserted into the bottom of the vehicle. The floor plate (32) has an upper side with rail members (17) for mounting seats. The rail members (17) are separated by plate elements (3) forming the floor plate (32) together with the rail members (17). In order to ensure a proper stability of the floor plate before insertion into the car, a straight rigid profile (31) is provided at the ends of the floor plate (32).
||WO||WO/2015/007293 - STEM-LOOP SILVER NANOCLUSTER PROBES FOR MIRNA DETECTION||22.01.2015||
||PCT/DK2014/050226||UNIVERSITY OF COPENHAGEN||WOOK YANG, Seong|
The present invention discloses silver nanocluster (AgNC) probes for specific and sensitive micro RNA (miRNA) detection. The AgNC probes of the present invention comprise a partial stem-loop oligonucleotide structure. The invention further discloses methods for detecting miRNAs in biological samples.
||WO||WO/2015/007290 - METHOD FOR CYCLING BIOMASSES BETWEEN MUSHROOM CULTIVATION AND ANAEROBIC BIOGAS FERMENTATION, AND FOR SEPARATING AND DRYING A DEGASSED BIOMASS||22.01.2015||
||PCT/DK2014/050220||ADVANCED SUBSTRATE TECHNOLOGIES A/S||HOFF, Svend Kristian|
The present invention is related to recycling of fermentable and metabolizable biomass materials for sequentially performing a cultivation of fungal cells and for producing biogas by anaerobic fermentation of said biomass materials.
||WO||WO/2015/007292 - A SYSTEM FOR COOLING OF BUILDINGS AND FOR HEATING USING RECYCLED HEAT ENERGY FROM A SEDIMENTATION TANK||22.01.2015||
||PCT/DK2014/050222||KLAUSEN, Mikael||KLAUSEN, Mikael|
A system for cooling and/or heating of a liquid in a closed liquid/liquid heat exchanger system is disclosed, comprising a sedimentation tank (1) for detaining through-flowing wastewater or rainwater, wherein a natural thermal stratification in the tank (1) is utilised by means of an upper (56), an intermediate (57) and a lower coil (58) placed in different horizontal layers of the tank (1), respectively, each containing a liquid and being arranged to exchange heat energy between the water in the tank (1) and the liquid inside the coils (56, 57, 58) separately and independently of the other coils or, in order to obtain a larger coil length and, thereby, a longer time for exchanging heat energy with the water near the top of the tank (1) or with the water near the bottom of the tank (1), in continuation of one another by connecting the intermediate coil (57) to the upper coil (56) and/or to the lower coil (58).
||WO||WO/2015/007294 - CHIMERA SILVER NANOCLUSTER PROBES FOR MIRNA DETECTION||22.01.2015||
||PCT/DK2014/050227||UNIVERSITY OF COPENHAGEN||WOOK YANG, Seong|
The present disclosure relates to silver nanocluster (AgNC) oligonucleotide probes for specific and sensitive micro RNA (miRNA) detection. The AgNC probes are DNA/RNA chimera oligonucleotides. Further disclosed are methods for detecting miRNAs in biological samples and a kit of parts comprising the AgNC miRNA probes.
||WO||WO/2015/007286 - CONTROLLING SUDDEN DEATH SYNDROME WITH FLUTRIAFOL||22.01.2015||
||PCT/DK2014/050196||CHEMINOVA A/S||BARRENTINE, James|
This invention relates to the use of the compound flutriafol for protecting plants and plant propagation material from Sudden Death Syndrome. The use comprises applying a composition comprising flutriafol to the soil from which the plant propagation material, a plant, part of a plant and/or plant organ grow or grows at a later point in time.
||WO||WO/2015/007287 - CONTROLLING CHARCOAL ROT WITH FLUTRIAFOL||22.01.2015||
||PCT/DK2014/050197||CHEMINOVA A/S||BARRENTINE, James|
This invention relates to the use of flutriafol for controlling or preventing pathogenic damage caused by the fungi Macrophomina phaseolinain a plant propagation material, a plant, part of a plant and/or plant organ that growor growsat a later point in time. The use comprises applying a composition of flutriafol on the plant, part of the plant, plant organ, plant propagation material or a surrounding area.
||WO||WO/2015/007289 - MODULAR CONVEYOR AND PROCEDURE FOR ASSEMBLING A MODULAR CONVEYOR||22.01.2015||
||PCT/DK2014/050217||AMMERAAL BELTECH MODULAR A/S||WESTERGAARD ANDERSEN, Kenneth|
Modular conveyor (1) being assembled from a kit of standard components, said conveyor having a length, width and height, where the conveyor at least comprises: • a. four end side plates (2-5), where each end side plate is provided with an aperture (6) which aperture is suitable to accommodate a sprocket wheel axle (7,8); • b. two sprocket wheel axles (7,8), where at least one axle is suitable to be connected to drive means (9), where each axle may accommodate one or more sprocket wheels; • c. web elements (13), which elements are attachable to one side of the side plates (11,12), in order to keep pairs of side plates at a determined lateral distance, where said web elements further comprises means for supporting an endless conveyor belt; • d. an endless conveyor belt arranged around the sprocket wheels.