摘要:
Production of a phosphate mixture for brines used in the food industry, which comprises a) 60 to 85 weight % of a clear soluble potassiumtripolyphosphate (KTPP) with a P2O5 content of 46.0 weight % to 47.0 weight % and a K2O/P2O5 mole ratio of 1.7 to 1.78, b) 15 to 39 weight % sodiumpolyphosphate, c) 1 to 5 weigth % MxH3-xPO4, with M=Na, K and x=1,2,3 and/or MxH4-xP2O7, in which M=Na and x=2,3,4 and when M=K then x=4; wherein the phosphate mixture has a pH value of 8 to 10 and exhibits a turbidity in water and brines of
摘要翻译:生产用于食品工业的盐水的磷酸盐混合物,其包含a)60至85重量%的具有P 2 O 5 O 5的透明可溶性三聚磷酸钾(KTPP) 含量为46.0重量%至47.0重量%,K 2 N 2 O / P 2 O 5摩尔比为1.7至1.78,b)15 至39重量%的聚磷酸钠,c)1至5重量%M x 3-x PO 4,其中M = Na,K和 x = 1,2,3和/或M x H 4-x P 2 N 2 O 7,在 其中M = Na和x = 2,3,4,当M = K时x = 4; 其中磷酸盐混合物的pH值为8至10,并且在水和盐水中的浊度为<5TE / F。
摘要:
Production of a phosphate mixture for brines used in the food industry, which comprises a) 60 to 85 weight % of a clear soluble potassiumtripolyphosphate (KTPP) with a P2O5 content of 46.0 weight % to 47.0 weight % and a K2O/P2O5 mole ratio of 1.7 to 1.78, b) 15 to 39 weight % sodiumpolyphosphate, c) 1 to 5 weigth % MxH3-xPO4, with M=Na, K and x=1,2,3 and/or MxH4-xP2O7, in which M=Na and x=2,3,4 and when M=K then x=4; wherein the phosphate mixture has a pH value of 8 to 10 and exhibits a turbidity in water and brines of
摘要翻译:生产用于食品工业的盐水的磷酸盐混合物,其包含a)60至85重量%的P2O 5含量为46.0重量%至47.0重量%且K 2 O / P 2 O 5摩尔比的透明可溶性三聚磷酸钾(KTPP) 1.7至1.78,b)15至39重量%的聚磷酸钠,c)1至5重量%MxH3-xPO4,其中M = Na,K和x = 1,2,3和/或MxH4-xP2O7,其中M = Na x = 2,3,4,当M = K时x = 4; 其中磷酸盐混合物的pH值为8至10,并且在水和盐水中的浊度为<5TE / F。
摘要:
A vehicle seat constructed in accordance with principles of this invention comprises stopping means that serve to conduct forces introduced via a movable belt mounting point during a frontal impact directly to the side rail, without having to transmit the entire load via the adjusting mechanism. A vehicle seat includes a seat frame having a seat belt mounting point, and an upper rail that is connected to the seat frame by at least one adjusting lever and at least one compensating lever extending from the upper rail to the seat frame. The seat includes a height adjusting mechanism for adjusting the height of the seat frame. The height adjusting mechanism includes a drive shaft connected to an end of the adjusting lever, wherein rotation of the shaft effects vertical movement of the adjusting lever and height adjustment of the seat frame. The seat includes a stopping means that limits a maximum adjustment path of the seat frame, wherein in a stop position a belt force from the seat frame is introduced directly into the upper rail and bypasses the adjusting mechanism.