US2002022158A1PendingUtilityA1
Plastic profile for sealing air gaps between body parts of motor vehicles
Priority: Oct 11, 1996Filed: Aug 8, 2001Published: Feb 21, 2002
Est. expiryOct 11, 2016(expired)· nominal 20-yr term from priority
Inventors:Klaus-Wilhelm Voss
B05B 12/24F16J 15/061B60J 10/20F16J 15/024F16J 15/022F16J 15/3208B60R 13/06B60R 13/02B05B 12/265B60J 10/45B05B 12/26B60J 10/34Y10T428/29Y10T428/249982Y10T428/249984
39
PatentIndex Score
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Cited by
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References
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Claims
Abstract
For sealing the gap, especially the air gap between two body parts ( 14, 15 ) of motor vehicles, a plastic profile in the form of a foam strip ( 10 ′) with a fixing means ( 100 ) is proposed which has at least two legs ( 16, 18 ) which are hinged together, whereby a first leg ( 16 ) is joined to the foam strip ( 10 ′) by means of a first adhesive layer and a second leg ( 18 ) is provided with a second adhesive layer for joining to a gap inner side ( 20 ). (FIG. 2 B)
Claims
exact text as granted — not AI-modified1 . A plastic profile in the form of a foam strip ( 10 , 10 ′) with a fixing means ( 100 ) for sealing a gap, especially for sealing the air gap between body parts ( 14 , 15 ) of motor vehicles,
characterized in that
the fixing means ( 100 ) has at least two legs ( 16 , 18 ) which are hinged together, whereby a first leg ( 16 ) is connected to the foam strip ( 10 , 10 ′) by means of a first adhesive layer ( 17 ) and a second leg ( 18 ) is provided with a second adhesive layer ( 19 ) for the connection to a gap inner side ( 20 ).
2 . A plastic profile according to claim 1 ,
characterized in that
the first and the second adhesive layer ( 16 , 18 ) are placed on one side ( 22 ) of the fixing means ( 100 ).
3 . A plastic profile according to claim 1 or 2 ,
characterized in that
an additional nondetachable adhesive joint ( 24 ) is placed between the fixing means ( 100 ) and the foam strip ( 10 , 10 ′).
4 . A plastic profile according to claim 3 ,
characterized in that
the nondetachable adhesive joint ( 24 ) is stronger than the inherent strength of the foam strip ( 10 , 10 ′) and of the fixing means ( 100 ).
5 . A plastic profile according to one of the claims 1 to 4 ,
characterized in that
the foam strip ( 10 , 10 ′) has a rectangular profile, a L-shaped profile or a T-shaped profile.
6 . A plastic profile according to one of the claims 1 to 5 ,
characterized in that
sides ( 26 , 28 ) of the legs ( 16 , 18 ) of the fixing means ( 100 ) which are opposite to the first and to the second adhesive layer ( 17 , 19 ), are respectively provided with a third and a fourth adhesive layer ( 30 , 32 ).
7 . A plastic profile according to claim 6 ,
characterized in that
the third and the fourth adhesive layer ( 30 , 32 ) is configured redetachable or at least easier redetachable than the first and second adhesive layer ( 17 , 19 ).
8 . A plastic profile in the form of a foam strip with a fixing means ( 220 ) for sealing a gap, especially for sealing the air gap ( 12 ) between body parts ( 14 , 15 ) of motor vehicles,
characterized in that
the fixing means ( 200 ) has a first layer and a second layer ( 50 , 52 ), whereby the second layer ( 52 ) has for fixing to an adhesive coating ( 54 ) and the first layer ( 50 ) is a nondetachable adhesive joint ( 56 ) between the second layer and the foam strip.
9 . A plastic profile according to claim 8 ,
characterized in that
the nondetachable adhesive joint ( 56 ) is stronger than the inherent strength of the foam strip ( 10 , 10 ′) and of the second layer ( 52 ).
10 . A plastic profile according to claim 8 or 9 ,
characterized in that
the second layer ( 52 ) is a paper strip or a plastic strip.
11 . A plastic profile according to one of the claims 8 to 10 ,
characterized in that
the second layer ( 52 ) has a textile ply.
12 . An applicator ( 300 , 400 ) for bringing in a foam strip ( 10 , 10 ′), especially a rectangular, a L-shaped or a T-shaped foam profile, which is provided at least on one side with an adhesive layer, into a gap to be sealed ( 12 ) or into a joint to be sealed, especially into an opening ( 12 ) or a joint between a fixed body part ( 15 ) of motor vehicles,
characterized in that
the applicator has a handle part ( 70 ) and a receptacle part ( 72 ) for the foam profile ( 10 , 10 ′), whereby the receptacle part ( 72 ) has, at one end ( 74 ) opposite to the handle part ( 70 ), an elastic means ( 76 ) to hold the foam profile ( 10 , 10 ′).
13 . An applicator ( 300 , 400 ) according to claim 12 ,
characterized in that
the elastic means ( 76 ) is configured L-shaped and at least partially encloses an end of a foam strip ( 10 , 10 ′) which is in the receptacle part.
14 . An applicator ( 300 , 400 ) according to one of the claim 12 or 13 ,
characterized in that
the adhesive layer is configured as a fixing means according to at least one of the claims 1 to 12 .
15 . An applicator ( 300 , 400 ) according to one of the claims 12 to 14 ,
characterized in that
the receptacle part ( 72 ) has a guiding rail ( 78 ) which encloses the foam strip ( 10 ) at one end opposite to the adhesive layer, whereby the rail ( 78 ) has a longitudinal slot ( 80 ) out of which projects an end of the foam strip ( 10 , 10 ′) which carries the adhesive layer, whereby moreover a first stopper ( 82 ) is configured along the longitudinal slot ( 80 ), stopper which supports the part of the foam strip ( 10 , 10 ′) which is projecting out of the longitudinal slot ( 80 ) on a side opposite to the adhesive layer.
16 . An applicator ( 300 , 400 ) according to claim 15 ,
characterized in that
the elastic means ( 76 ) is placed at the end of the first stopper ( 82 ) which is opposite the handle part ( 70 ).
17 . An applicator ( 300 , 400 ) according to claim 16 ,
characterized in that
the elastic means ( 76 ) rises above the first stopper ( 82 ).
18 . An applicator ( 300 , 400 ) according to one of the claims 12 to 17 ,
characterized in that
a second stopper ( 84 ) is placed at one end of the handle part ( 70 ) turned toward the guiding rail ( 78 ).
19 . An applicator ( 300 , 400 ) according to claim 18 ,
characterized in that
the second stopper ( 84 ) is configured adjustable on the handle part ( 70 ) so that the second stopper ( 84 ) is movable relative to the guiding rail ( 78 ) in direction of the first stopper ( 82 ).
20 . An applicator ( 300 , 400 ) according to claim 18 ,
characterized in that
the handle part ( 70 ) is bent relative to the first stopper ( 82 ).
21 . An applicator ( 300 , 400 ) according to one of the claims 12 to 20 ,
characterized in that
an antiadhesive coating ( 86 ) is placed at one end of the handle part ( 70 ) opposite to the guiding rail ( 78 ).
22 . An applicator ( 300 , 400 ) according to one of the claims 12 to 21 ,
characterized in that
the antiadhesive layer ( 86 ) is a siliconized surface.
23 . An applicator ( 300 , 400 ) according to one of the claims 12 to 22 ,
characterized in that
the applicator ( 300 , 400 ) is totally or partially made of metal and/or plastic, especially of polyamide.
24 . An applicator ( 300 , 400 ) according to one of the claims 12 to 237
characterized in that
the first and/or the second stopper ( 82 , 84 ) are provided with a sliding padding.
25 . A plastic profile for sealing a gap, especially for sealing the air gap between body parts ( 226 , 228 ) of motor vehicles,
characterized in that
the plastic profile ( 216 ) has a fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) and that on or adjacent to the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) at least a prominence is so placed that it projects over the adhering surface ( 212 ) of the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) and avoids an unintended contact of the adhering surface ( 212 ) with a surface.
26 . A plastic profile according to claim 25 ,
characterized in that
at least two prominences ( 218 , 222 ) are placed adjacent to the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ).
27 . A plastic profile according to claim 25 or 26 ,
characterized in that
the prominence which at least exists ( 224 ) is configured in such a way that, for the bonding of the fixing means ( 1400 ) with a surface, a predetermined power onto the fixing means is necessary to overcome the resistance of the prominence.
28 . A plastic profile according to one of the claims 25 to 27 ,
characterized in that
the prominence ( 218 , 222 , 224 ) which at least exists is configured flexibly deformable and especially compressible.
29 . A plastic profile according to one of the claims 25 to 28 ,
characterized in that
the prominence ( 222 ) which at least exists is configured as a single piece with the plastic profile ( 216 ).
30 . A plastic profile according to one of the claims 25 to 29 ,
characterized in that
the prominence ( 218 , 224 ) which at least exists is configured as a single piece with the fixing means ( 1100 , 1300 , 1400 ).
31 . A plastic profile according to one of the claims 25 to 30 ,
characterized in that
the adhering surface ( 212 ) of the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) is an adhesive surface.
32 . A plastic profile according to one of the claims 25 to 31 ,
characterized in that
the plastic profile ( 216 ) is a foam profile.
33 . A plastic profile according to one of the claims 25 to 32 ,
characterized in that
the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) is a paper strip with a first adhesive layer ( 214 ) and a second adhesive layer ( 212 ), whereby the second adhesive layer ( 212 ) for fixing to a gap inner side has a redetachable adhesive coating ( 212 , 213 ) on the paper strip and the first adhesive layer ( 214 ) is a nondetachable adhesive joint between the paper strip and the plastic profile ( 216 ).
34 . A plastic profile according to claim 33 ,
characterized in that
the prominence which exists at least is configured as at least one bent end ( 218 ) of the paper strip.
35 . A plastic profile according to one of the claims 25 to 34 ,
characterized in that
the prominence which exists at least is a padding coating ( 224 ) on the fixing means ( 1300 , 1400 ).
36 . A plastic profile according to one of the claims 25 to 35 ,
characterized in that
the prominence a djacent to the fixing means is configured as an edge ( 222 ) of a sunk joint ( 220 ) of the plastic profile ( 216 ) for receiving the fixing means ( 1200 ).
37 . A plastic profile according to claim 36 ,
characterized in that
the edge ( 222 ) is configured circulating around the fixing means ( 1200 ).
38 . A plastic profile according to claim 36 or 37 ,
characterized in that
the edge ( 222 ) is configured as a lateral prominence adjacent to at least two ends of the fixing means.
39 . A plastic profile according to one of the claims 25 to 39 ,
characterized in that
the plastic profile is a foam strip.
40 . A plastic profile according to one of the claims 25 to 39 ,
characterized in that
the plastic profile has a sunk joint ( 220 ) on at least one side.
41 . A plastic profile according to claim 40 ,
characterized in that
the adhesive means ( 1100 , 1200 , 1300 , 1400 , 1500 ) is placed on the joint ( 220 ) which exists at least.
42 . A plastic profile according to one of the claims 25 to 41 ,
characterized in that
the plastic profile has a T-profile, a circular profile, a trapezoidal profile, a triangular profile, a polygonal profile, a hexagonal profile, a Y-profile or a rectangular profile.
43 . A plastic profile according to one of the claims 25 to 42 ,
characterized in that
at least one sunk joint ( 316 ) is configured to receive the adhesive means ( 310 ; 322 ) on the plastic profile ( 350 ; 450 ).
44 . A plastic profile according to claim 43 ,
characterized in that
a paper strip ( 310 ) is placed as an adhesive element in the sunk joint ( 316 ), with a first adhesive layer ( 312 ) and a second adhesive layer ( 314 ), whereby the second adhesive layer ( 314 ) for fixing to a gap inner side is a redetachable adhesive coating on the paper strip ( 310 ) and the first adhesive layer ( 312 ) is a nondetachable adhesive joint between the paper strip ( 310 ) and the plastic profile ( 350 ).
45 . A plastic profile according to claim 43 or 44 ,
characterized in that
an adhesive layer ( 322 ) is placed as an adhesive element in the sunk joint ( 316 ) directly on the surface of the plastic profile ( 450 ).
46 . A plastic profile according to claim 45 ,
characterized in that
the adhesive layer ( 322 ) has a hot-melt glue.
47 . A plastic profile according to claim 45 or 46 ,
characterized in that
the adhesive layer further ( 322 ) has, on its side opposite to the plastic profile, a glue layer ( 314 ) of a redetachable glue.
48 . A plastic profile according to one of the claims 25 to 47 ,
characterized in that
the sunk joint ( 316 ) is designed as a recess in the plastic profile ( 350 ; 450 ) over a whole width of the plastic profile ( 350 ; 450 ).
49 . A plastic profile according to one of the claims 25 to 48 ,
characterized in that
the sunk joint ( 316 ) is designed as a slot with a predetermined width in the plastic profile ( 350 ; 450 ).
50 . A plastic profile according to one of the claims 25 to 49 ,
characterized in that
the sunk joint ( 510 ) has the shape of a right parallelepiped.
51 . A plastic profile according to one of the claims 25 to 50 ,
characterized in that
the sunk joint ( 510 , 512 ) has a length of 10 mm to 20 mm, especially of 15 mm.
52 . A plastic profile according to one of the claims 25 to 51 ,
characterized in that
the sunk joint ( 512 ) is configured cuneiform.
53 . A plastic profile according to claim 52 ,
characterized in that
the side walls ( 514 ) of the cuneiform joint ( 512 ) enclose an angle (w) of approximately 15 to 45 degrees, especially an angle of 30 degrees.
54 . A plastic profile according to one of the claims 25 to 53 ,
characterized in that
the joint depth is approximately 1 mm to 4 mm, preferably 1,5 mm or 2,5 mm.
55 . A plastic profile according to one of the claims 25 to 54 ,
characterized in that
at least two joints ( 510 , 512 ) with a different section are configured.
56 . A plastic profile according to one of the claims 25 to 55 ,
characterized in that
the plastic profile ( 550 ) has a rectangular profile with two cuneiform joints ( 512 ) and a joint in the form of a right parallelepiped ( 510 ) on a long side of the rectangular profile.
57 . A plastic profile according to claim 56 ,
characterized in that
the joint in the form of a right parallelepiped ( 510 ) is placed at a distance of approximately 0,5 to 3 mm, especially of 1,3 mm, from a cuneiform joint ( 512 ).
58 . A plastic profile for sealing a gap, especially for sealing the air gap between body parts of motor vehicles,
characterized in that
the plastic profile is provided with a fixing means ( 1100 ; 1200 ; 1300 ; 1400 ; 1500 ) and that a least one prominence is placed on or adjacent to the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) so that the prominence protrudes over an adhering surface ( 212 ) of the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) and avoids an unintended contact of the adhering surface ( 212 ) with a surface.
59 . A plastic profile according to claim 58 ,
characterized in that
at least two prominences ( 218 ; 222 ) are placed adjacent to the fixing means ( 1100 , 1200 , 1300 , 1500 ).
60 . A plastic profile according to claim 58 or 59 ,
characterized in that
the prominence which at least exists ( 224 ) is configured in such a way that, for the bonding of the fixing means ( 1400 ) with a surface, a predetermined power onto the fixing means is necessary to overcome the resistance of the prominence.
61 . A plastic profile according to one of the claims 58 to 60 ,
characterized in that
the prominence which at least exists ( 218 ; 222 ; 224 ) is flexibly deformable and especially compressible.
62 . A plastic profile according to one of the claims 58 to 61 ,
characterized in that
the prominence which at least exists ( 222 ) is configured as a single piece with the plastic profile ( 216 ).
63 . A plastic profile according to one of the claims 58 to 62 ,
characterized in that
the prominence which at least exists ( 218 ; 224 ) is configured as a single piece with the fixing means ( 1100 , 1300 , 1400 ).
64 . A plastic profile according to one of the claims 58 to 63 ,
characterized in that
the adhering surface ( 212 ) of the fixing means ( 1100 , 1200 , 1300 , 1400 ) is an adhesive surface.
65 . A plastic profile according to one of the claims 58 to 64 ,
characterized in that
the plastic profile ( 216 ) is a foam profile.
66 . A plastic profile according to one of the claims 58 to 65 ,
characterized in that
the fixing means ( 1100 , 1200 , 1300 , 1400 , 1500 ) is a paper strip with a first adhesive layer ( 214 ) and a second adhesive layer ( 212 ) for fixing to a gap inner side a redetachable adhesive coating ( 212 , 213 ) on the paper strip and the first adhesive layer ( 214 ) is a nondetachable adhesive joint between the paper strip and the plastic profile ( 216 ).
67 . A plastic profile according to claim 66 ,
characterized in that
the prominence which exists at least is configured as at least one bent end ( 218 ) of the paper strip.
68 . A plastic profile according to one of the claims 58 to 67 ,
characterized in that
the prominence which exists at least is a padding coating ( 224 ) on the fixing means ( 1300 , 1400 ).
69 . A plastic profile according to one of the claims 58 to 68 ,
characterized in that
the prominence adjacent to the fixing means is configured as an edge ( 222 ) of a sunk joint ( 220 ) of the plastic profile ( 216 ) for receiving the fixing means ( 1200 ).
70 . A fixing means according to claim 69 ,
characterized in that
the edge ( 222 ) is configured circulating around the fixing means ( 1200 ) or as a lateral prominence adjacent to at least two ends of the fixing means ( 1200 ).
71 . A plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ) for sealing the air gap between body parts ( 628 , 630 , 634 ) of vehicles,
characterized in that
the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ) is provided with an adhesive means ( 610 ) for the detachable fixation of the plastic profile to a surface and that the adhesive means is an adhesive strip ( 610 ) with at least a first adhesive coating ( 614 ), whereby the adhesive strip ( 610 ) is joined to the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ) only in a predetermined area ( 612 ) which is smaller than the extension of the adhesive strip ( 610 ).
72 . A plastic profile according to claim 71 ,
characterized in that
the adhesive strip ( 610 ) is a paper detachable strip.
73 . A plastic profile according to claim 71 ,
characterized in that
the joint between the adhesive strip ( 610 ) and the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ) is a nondetachable adhesive joint ( 612 ).
74 . A plastic profile according to one of the claims 71 to 73 ,
characterized in that
the joint between the adhesive strip ( 610 ) and the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ) is performed by a glue ( 612 ), the strength of which is higher than the inherent strength of the material of the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ).
75 . A plastic profile according to one of the claims 71 to 74 ,
characterized in that
the joint ( 612 ) between the adhesive strip ( 610 ) and the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ) is a hot-melt adhesive joint.
76 . A plastic profile according to one of the joints 71 to 75 ,
characterized in that
the adhesive strip is a paper adhesive strip ( 610 ) with a first adhesive layer ( 612 ) and a second adhesive layer ( 614 ), whereby the second adhesive layer ( 614 ) for fixing to a gap inner side is a redetachable adhesive coating on the paper adhesive strip ( 610 ) and the first adhesive layer ( 612 ) is the joint between the paper adhesive strip and the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ).
77 . A plastic profile according to one of the claims 71 to 76 ,
characterized in that
the first adhesive coating ( 614 ) is covered by means of a detachable silicone paper ( 618 ).
78 . A plastic profile according to claim 77 ,
characterized in that
the silicone paper ( 618 ) is provided with holes ( 642 ) at predetermined intervals, especially at a distance of 100 mm to 200 mm.
79 . A plastic profile according to one of the claims 71 to 78 ,
characterized in that
the plastic profile ( 2100 , 2200 , 2300 , 2400 , 2500 ) is a foam strip ( 616 ) or a joint sealing strip.
80 . A plastic profile according to one of the claims 71 to 79 ,
characterized in that
the adhesive strip ( 610 ) projects over the dimensions of the plastic profile ( 2200 , 2300 ) on at least one side.
81 . A plastic profile according to one of the claims 71 to 80 ,
characterized in that
a second adhesive strip ( 622 ), which has a second adhesive coating ( 624 ), is placed on the adhesive strip ( 610 ).
82 . A plastic profile according to claim 81 ,
characterized in that
the second adhesive coating ( 624 ) is orientated in the direction opposite to the first adhesive coating ( 614 ).
83 . A plastic profile according to claim 81 or 82 ,
characterized in that
the second adhesive coating ( 624 ) is covered by means of a detachable silicone paper ( 618 ).
84 . A plastic profile according to claim 83 ,
characterized in that
the silicone paper ( 618 ) is provided with holes ( 642 ) at predetermined intervals, especially at a distance of 100 mm to 200 mm.
85 . A plastic profile according to one of the claims 71 to 84 ,
characterized in that
the ratio of one length of the adhesive joint ( 612 ) between the adhesive strip and the plastic profile to one length of the adhesive strip ( 610 ) is 1:2 to 1:20, especially 1:7,1:8 or 1:12.
86 . A plastic profile according to one of the claims 71 to 86 ,
characterized in that
the plastic profile ( 2500 ) has a trapezoidal section.
87 . A plastic profile according to one of the claims 71 to 86 ,
characterized in that
the plastic profile ( 2500 ) is configured in the form of a right parallelepiped.
88 . A plastic profile according to one of the claims 71 to 87 ,
characterized in that
a recess ( 644 ) is provided for in the plastic profile ( 2400 ), recess in which the adhesive strip ( 610 ) or the adhesive strips ( 610 , 622 ) is(are) placed.
89 . A method for arranging a plastic profile which is configured according to one of the preceding claims 71 to 88 for sealing a gap,
characterized by the following steps,
(a) Insertion of the plastic profile into a gap to be sealed,
(b) Realization of an adhesive joint between the first adhesive layer of the adhesive strip and a surface in the gap to be sealed
(c) Bending off of the plastic profile into the gap into a position to be tightly sealed into a first predetermined direction and
(d) Bending off of one end of the adhesive strip into a second predetermined direction, whereby the second predetermined direction is orientated opposite to the first predetermined direction.
90 . A method according to claim 89 ,
characterized by the following additional step,
(e) Realization of a joint, especially of an adhesive joint, between the end of the adhesive strip which has been bent off at step (d) and additional covering means.
91 . An applicator for a plastic profile for sealing a gap with a base plate ( 650 ) for guiding the plastic profile ( 668 ) in the gap to be sealed ( 668 ) and a handle ( 652 ) which is placed on a first side of the base plate ( 650 ), whereby a guiding rail ( 654 ) is moreover placed on the base plate ( 650 ), guiding rail which at least partially encompasses the plastic profile ( 668 ) and has a stopper ( 666 , 666 A, 666 B) as a lateral guide for the plastic profile ( 668 ).
92 . An applicator according to claim 91 ,
characterized in that
the guiding rail ( 654 ) is placed on the base plate ( 650 ) movable to it.
93 . An applicator according to claim 91 or 92 ,
characterized in that
the guiding rail ( 654 ) is movable into a direction substantially perpendicuar to the longitudinal extension of the plastic profile ( 668 ) relative to the base plate ( 650 ).
94 . An applicator according to one of the claims 91 to 93 ,
characterized in that
a recess ( 662 ) is made in the base plate ( 650 ), recess through which the fixing means ( 664 ) grip into the guiding rail ( 654 ) so that the guiding rail ( 654 ) is movable along the recess ( 662 ) relative to the base plate ( 650 ).
95 . An applicator according to one of the claims 91 to 94 ,
characterized in that
a pretensioned element ( 672 ), which exercises a force onto the guiding rail ( 654 ) in direction of the plastic profile ( 668 ), is placed on the guiding rail ( 654 ).
96 . An applicator according to claim 95 ,
characterized in that
the pretensioned element is a spring ( 672 ).
97 . An applicator according to claim 95 or 96 ,
characterized in that
the pretensioned element ( 672 ) is supported on an abutment ( 674 ) on the handle ( 652 ).
98 . An applicator according to one of the claims 91 to 97 ,
characterized in that
the stopper ( 666 ) of the guiding rail ( 654 ) is designed as several spaced ribs ( 666 A), whereby the ribs ( 666 A) run in the part of the guiding rail which partially encompasses the plastic profile ( 668 ).
99 . An applicator according to claim 98 ,
characterized in that
the ribs ( 666 A) are orientated parallel to each other.
100 . An applicator according to claim 98 or 99 ,
characterized in that
an end of the ribs ( 666 A) is respectively connected to the guiding rail ( 654 ) and a respectively opposite end constitutes a stopping face for the plastic profile ( 668 ), whereby the latter ends of the ribs ( 666 A) constitute several discrete stopping faces parallel to one side of the plastic profile ( 668 ).
101 . An applicator according to one of the claims 91 to 100 ,
characterized in that
the stopper ( 666 ) of the guiding rail ( 654 ) is a L-shaped rail ( 666 B) which is configured parallel to and on the guiding rail ( 654 ).
102 . An applicator according to claim 101 ,
characterized in that
a long leg of the L-shaped rail ( 666 B) runs parallel to the base plate ( 650 ) and is fixed to the guiding rail ( 654 ).
103 . An applicator according to one of the claims 91 to 102 ,
characterized in that
a gap ( 670 ) is designed between the stopper ( 666 ) and the guiding rail ( 654 ) on one side which encompasses the plastic profile ( 668 ).
104 . An applicator according to one of the claims 91 to 103 ,
characterized in that
the guiding rail ( 654 ) is L-shaped, whereby a leg of the L-shaped rail ( 654 ) is parallel to the base plate ( 650 ).
105 . An applicator according to one of the claims 91 to 104 ,
characterized in that
an additional stopper ( 658 ) is configured at an end of the guiding rail ( 654 ) which is opposite to the handle part ( 652 ).
106 . An applicator according to claim 105 ,
characterized in that
the additional stopper ( 658 ) extends substantially perpendicular to the base plaste ( 650 ).
107 . An applicator according to claim 105 or 106 ,
characterized in that
the additional stopper ( 658 ) extends away from the guiding rail ( 654 ) in direction of the base plate ( 650 ) or away from the base plate ( 650 ).
108 . An applicator according to one of the claims 91 to 107 ,
characterized in that
an antiadhesive coating ( 676 ) is at least partially configured on a surface of the guiding rail ( 654 ) which is turned to the plastic profile ( 668 ).
109 . An applicator according to one of the claims 91 to 108 ,
characterized in that
the handle ( 652 ) has a predetermined angle with the base plate ( 650 ).
110 . An applicator according to one of the claims 91 to 109 ,
characterized in that
a second guiding rail ( 660 ) is placed on the base plate ( 650 ) at an end opposite to the handle ( 652 ).
111 . An applicator according to claim 110 ,
characterized in that
the second guiding rail ( 660 ) runs parallel to the stopper ( 666 ) of the guiding rail ( 654 ).
112 . An applicator according to claims 110 to 112 ,
characterized in that
the second guiding rail ( 666 ) along the end of the base plate ( 650 ) is tipped about a predetermined angle relative to the stopper ( 666 ) of the guiding rail ( 654 ).
113 . An applicator according to one of the claims 110 to 112 ,
characterized in that
the second guiding rail ( 660 ) is tipped towards the plastic profile ( 668 ) or away from this plastic profile.Join the waitlist — get patent alerts
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