Abstract: The present disclosure is related to pharmaceutical compositions and methods for treating and/or preventing oxalate-related disorders. More particularly, the present disclosure pertains to compositions comprising an oxalate-degrading bacteria Oxalobacter formigenes particularly suitable for the treatment and/or prevention of late stage hyperoxaluria characterized by high plasma-oxalate levels and a progressing decrease in kidney function.

Abstract: The present disclosure is related to pharmaceutical compositions and methods for treating and/or preventing oxalate-related disorders. More particularly, the present disclosure pertains to compositions comprising an oxalate-degrading bacteria Oxalobacter formigenes particularly suitable for the treatment and/or prevention of late stage hyperoxaluria characterized by high plasma-oxalate levels and a progressing decrease in kidney function.

Abstract: The present disclosure is related to pharmaceutical compositions and methods for treating and/or preventing oxalate-related disorders. More particularly, the present disclosure pertains to compositions comprising an oxalate-degrading bacteria Oxalobacter formigenes particularly suitable for the treatment and/or prevention of late stage hyperoxaluria characterized by high plasma-oxalate levels and a progressing decrease in kidney function.

Abstract: PCBN material comprising at least 30 volume per cent cubic boron nitride (cBN) grains (10) bonded together by a matrix comprising aluminium nitride (20), and a plurality of regions (30) comprising boron and aluminium atoms, in which regions there are at least 15 times more boron atoms than aluminium atoms present. The regions comprise an aluminium boride phase of the inorganic chemical formula Al xBy, where x is at least 0.8 and at most 1.2, and y is at least 15, the ratio y:x being at least 15. The cubic boron nitride ceramic has been made by mixing cBN and Al grains and sintering at at least 1500 degrees Celcius and 4.5 GPa.

Abstract: Arrangement in a blower including at least an engine and a fan, the fan includes a fan housing enclosing a fan wheel and a fan inlet. The engine and fan are surrounded by a casing provided with an air inlet to let air in to the fan inlet placed inside the casing. The air stream from the air inlet in the housing to the fan inlet cools the engine and components inside the casing before it enters the fan inlet and leaves the blower via a blower tube. The fan housing is provided with an opening (31) placed in the fan housing so that air is allowed to leave the fan in case of blocked air stream in the fan outlet or blower tube.

Abstract: Leaf blower that is carried on the back of the operator comprising at least an engine (14) and a fan. The fan is provided with an air inlet (13) placed on the side of the fan that is facing away from the back of the operator. The air stream is passing the engine (14) on its way to the air inlet (13) so that the engine (14) is cooled.

Abstract: Conventional leaf blowers have a supporting frame to where the different components are attached. In order to reduce the noise from the tool and protect some of the components are they provided with covers. This makes the tool heavy and complicated for the operator to use. The claimed invention is a covering casing (10) that also is the supporting structure for the different components in the tool. The casing reduces the amount of noise spread from the tool and protects the components inside the casing (10).

Abstract: Conventional leaf blowers that are carried on the back of the operator have a starting device placed outside an engine and an fan which means that there position will be far from the back of the operator. This position of the starting device makes it difficult for the operator to reach it and results in that the center of gravity for the tool will be far from the back of the operator. The position also means that the operator must take the tool down from the back to be able to start the tool. In this application is a new arrangement that solves the above-described problem claimed. This is done by placing the starting device (20) for the engine (11) on the side of the fan that is facing towards the back of the operator when the leaf blower is in its right position on the back of the operator. This moves the center of gravity closer to the back of the operator and makes it possible for the operator to reach the starting device without removing the tool from the back.