in the figures , the same reference characters are used for corresponding elements . fig1 shows a hose 1 and a hose clip 4 . the hose 1 comprises a hose end piece 3 , in which the hose 1 ends on an end face 14 . in the direction facing away from the end face 14 , the hose 1 , on the other side of the hose end piece 3 , extends over a hose section 24 , which depending on the application can have a different length and in the figures is only shown as a short hose piece for the sake of clarity . the hose end piece comprises an assembly region 13 for a hose clip 4 . the hose clip 4 is pushed over the hose end piece 3 as far as into the assembly region 13 and can then be fixed . in general , the hose 1 comprises a hose section 25 protruding over the assembly region 13 toward the end face 14 , since as a rule it is desirable that the hose clip is not assembled on the outermost end of the hose end piece 3 . the hose 1 according to fig1 comprises a thickened portion 5 formed from the hose material protruding on the outside of the hose 1 in the hose section 25 , which seen from the end face 14 is located in front of the assembly section 13 . the thickened portion 5 is formed radially circumferentially about the outer circumference of the hose end piece 3 . in the shown embodiment , the thickened portion 5 is formed with a taper in the direction of the end face 14 , e . g . in the shape of a truncated cone . the hose clip 4 likewise shown in fig1 is of the crimping type . to this end , the hose clip 4 comprises a crimping region 25 , which for fastening the hose clip 4 on the hose 1 is pressed together with a suitable tool . this reduces the diameter of the hose clip , which results in the hose being fixed on a hose connector . fig2 shows the hose 1 and the hose clip 4 according to fig1 with the hose clip 4 already pushed onto the hose 1 . in addition , a hose connector 2 is shown , onto which the hose 1 with the hose clip 4 is to be pushed . fig3 shows a further embodiment of a hose 1 , which additionally to the thickened portion 5 in the hose section 25 , a further additional thickened portion 6 is arranged in a region of the hose end piece 3 located further away from the face end 14 . the further thickened portion 6 in this case is arranged seen from the face end 14 behind the assembly region 13 for the hose clip 4 . here , the spacing 15 between the thickened portions 5 , 6 is selected so that it is equal in size or slightly larger than the width 16 of the hose clip 4 . because of this , the hose clip 4 can be easily positioned in the assembly region 13 between the two thickened portions 5 , 6 and is prevented by the two thickened portions 5 , 6 from being undesirably displaced in both directions in the longitudinal direction of the hose 1 . fig4 shows the hose 1 and the hose clip 4 according to fig3 with the hose clip 4 pushed over the hose 1 . fig5 shows a further embodiment of a hose 1 , in which a thickened portion 7 of ring - like shape is formed on the hose end piece 3 , namely in the assembly region 13 for the hose clip 4 . the hose clip 4 in this case can be pushed over the thickened portion 7 with a slight exertion of force and because of the elasticity of the material of the thickened portion 7 and of the hose 1 is held in the respective position through pressure . as shown in fig5 , the thickened portion 7 can be formed as a circumferential ring without interruptions . fig6 shows an alternative configuration of the thickened portion 7 , in which a multiplicity of small fins 8 , which are arranged closely together , protrude from the outside of the hose 1 . here , the hose 1 is shown in a view of the end face 14 from the top , wherein fig6 only shows a sector - like detail . fig7 shows a further embodiment of a hose 1 , in which the hose end piece 3 branches off the hose 1 at an angle . furthermore , a further embodiment of the mentioned thickened portions is shown by means of fig7 , namely two thickened portions 9 , 10 radially located opposite each other , which starting out from the end face 14 are arranged in front of the assembly region 13 . the thickened portions 9 , 10 are formed approximately in the manner of a circular segment and have a profile extending tapered in the longitudinal direction of the hose end piece 3 in such a manner that starting out from the end face 14 , an approximately ramp - like rise of the height of the thickened portions 9 , 10 is obtained . fig8 shows the hose 1 according to fig7 with the hose clip 4 pushed over the hose end piece 3 . fig9 shows a further embodiment of a hose . in contrast with fig7 , further thickened portions 11 , 12 are provided apart from the thickened portions 9 , 10 in the hose section 25 of the hose end piece 3 , which , starting out from the end face 14 , are arranged behind the assembly region 13 . the thickened portions 11 , 12 are substantially formed with the same shaping as the thickened portions 9 , 10 , but with their sloping contour in the opposite direction to that of the thickened portions 9 , 10 . fig1 shows the hose 1 according to fig9 with the hose clip 4 pushed over the hose end piece 3 . fig1 shows a hose 1 with a plurality of branch - off points 17 , 18 , 19 , 20 , wherein in fig1 , four branch - off points are shown , however more or fewer branch - off points can also be advantageously realized . the branch - off points 17 , 18 , 19 , 20 each have a hose end piece 3 , 21 , 22 , 23 . the hose end pieces 3 , 21 , 22 , 23 are formed with thickened portions of the type described before , wherein in fig1 , the embodiment according to fig8 is exemplarily shown . however , the other described embodiments can also be provided . hose clips are pushed over the hose end pieces 3 , 21 , 22 , 23 in each case . fig1 shows a battery arrangement for electric or hybrid vehicles . the battery arrangement comprises a plurality of battery elements 30 , 31 , 32 , 33 , wherein in fig1 four battery elements are exemplarily shown , but more or fewer battery elements are also advantageously possible . the battery elements 30 , 31 , 32 , 33 contain a plurality of individual battery cells , which require cooling in operation . for this reason , each battery element 30 , 31 , 32 , 33 has an internal coolant distribution . for supplying the coolant , each battery element 30 , 31 , 32 , 33 has its own coolant supply connection 34 , 35 , 36 , 37 . for discharging the coolant which has flowed through the respective battery element 30 , 31 , 32 , 33 , each battery element comprises a coolant discharge connection 38 , 39 , 40 , 41 . the coolant supply connections and the coolant discharge connections are each formed with a hose connector , which serves for assembling a hose for the supply and discharge of the coolant . the coolant supply connections 34 , 35 , 36 , 37 are connected to a coolant source 44 , 47 via a hose 42 of the type described before , in particular a hose according to fig1 . the coolant source 44 , 47 comprises for example a cooling fluid pump 44 and cooling fluid reservoirs 47 . here , the hose 42 is connected to the cooling fluid pump 44 . the cooling fluid pump 44 on the inlet side is in turn connected to a cooling fluid reservoir 47 via a further hose 46 . the coolant discharge connections 38 , 39 , 40 , 41 are connected to a coolant sink 47 , 49 via a hose 43 of the type described before , in particular a hose according to fig1 . the coolant sink 47 , 49 comprises for example a heat exchanger 49 and the cooling fluid reservoir 47 . the hose 43 in this case is connected to an inlet connection of the heat exchanger 49 . the heat exchanger 49 can for example be formed as a cooler . on the outlet side , the heat exchanger 49 is connected to the cooling fluid reservoir 47 via a further hose 48 . the battery arrangement according to fig1 additionally comprises an electronic control unit 51 , which monitors the temperature of the battery elements 30 , 31 , 32 , 33 and dependent on this , controls the cooling fluid pump 44 . to this end , each of the battery elements 30 , 31 , 32 , 33 is provided with a temperature sensor 52 , 53 , 54 , 55 . the temperature sensors 52 , 53 , 54 , 55 are connected to the electronic control unit 51 via respective electric lines 56 , 57 , 58 , 59 . in addition , the electronic control unit 51 is connected to an electric motor 45 via an electric line 50 . the electric motor 45 is connected to the cooling fluid pump 44 via a shaft . the electric motor 45 serves for driving the cooling fluid pump 44 . the electronic control device controls the electric motor 55 , e . g . via rotational speed control in such a manner that the battery elements 30 , 31 , 32 , 33 are adequately supplied with the cooling fluid and the developing heat is discharged so that none of the battery elements 30 , 31 , 32 , 33 is impermissibly heated up .