초록 ▼

A rubber mount, preferably a stabilizer mount, and a process are provided for mounting the mount, which is used to mount sectional bars used preferably as stabilizers. The mount is of a simplified mounting type. For this purpose, the elastomeric mount body (2) for receiving the sectional bar as well

A rubber mount, preferably a stabilizer mount, and a process are provided for mounting the mount, which is used to mount sectional bars used preferably as stabilizers. The mount is of a simplified mounting type. For this purpose, the elastomeric mount body (2) for receiving the sectional bar as well as a clamp (3) for jointly fastening the mount (1) and the sectional bar to other components forms a structural unit according to the present invention already before the mounting on the sectional bar. Both the mount body ( 2) and the clamp (3) receiving it have an axially extending opening gap (5). The mounting of the mount (1) on the sectional bar is carried out using the opening gap (5) by pressing the sectional bar through this opening gap into the mount (1), i.e. , the mount (1) is clamped on the sectional bar. The structural unit clamped on the sectional bar can be fixed on the sectional bar by closing means (6, 6') arranged at the axial ends of the clamp ( 3) after closing the opening gap (5) while the elastomer is pretensioned.

대표청구항 ▼

The invention claimed is: 1. A rubber mount comprising: an elastomeric mount body to receive a cylindrical sectional bar of a stabilizer; and a clip used to jointly fasten said elastomeric mount body and said sectional bar to other components, wherein said elastomeric mount body and said clip form

The invention claimed is: 1. A rubber mount comprising: an elastomeric mount body to receive a cylindrical sectional bar of a stabilizer; and a clip used to jointly fasten said elastomeric mount body and said sectional bar to other components, wherein said elastomeric mount body and said clip form a structural unit, both said elastomeric mount body and said clip receiving the same having an axially extending opening gap shaped to simultaneously receive said sectional bar longitudinally, said opening gap being open before the mounting on said sectional bar for making possible a clamping of said mount on said sectional bar, said clip including a closing means for fixing said clip on said sectional bar, said closing means being monolithically arranged on said clip wherein after clamping on said sectional bar said opening gap is closed and said elastomeric mount body is pretensioned. 2. A rubber mount in accordance with claim 1, wherein said closing means includes straps as part of said clip, said straps being arranged at the axial ends of two radially outwardly extending wings located opposite each other, said wings each comprise two surface elements located next to each other when said opening gap of said elastomeric mount body is laterally mounted on said sectional bar and closed, said straps being arranged at one of said surface elements with each strap bent twice with said surface element surrounding said respective other surface element to keep the elastomer of said elastomer mount body under pretension and said surface elements keeping said opening gap formed between said surface elements of one of said wings closed, and wherein said wings have openings for fastening the mount to other assembly units. 3. A rubber mount in accordance with claim 1, wherein the external diameter of the cross-sectional of said clip decreases during the closing of said opening gap. 4. A rubber mount in accordance with claim 1, wherein an opening angle (α) of said opening gap large enough to laterally accommodate said sectional bar, whose apex is located on the axis of the mount, is 50째 to 70째 before the rubber mount is mounted. 5. A rubber mount in accordance with claim 4, wherein said opening angle (α) of said opening gap is about 60째 before the rubber mount is mounted. 6. A rubber mount in accordance with claim 2, wherein said wings include a set of lugs to reinforce said clip, each of said lugs projecting from an outer axial end of said wings and extending to an outer axial region of said surface elements adjoining said wings of which said opening gap extends, in an area of the transition of a circumference surrounding said mount body to said surface elements. 7. A rubber mount in accordance with claim 1, wherein said clip has a ribbing on the outer surface, in an area of a circumference surrounding said elastomeric mount body. 8. A rubber mount in accordance with claim 7, wherein a plurality of ribs of said ribbing extend in the axial direction. 9. A rubber mount in accordance with claim 1, wherein said elastomeric mount body has on its outer surface, one or more elevations engaging complementary depressions of the inner surface of said clip. 10. A rubber mount in accordance with claim 1, wherein said clip is a one-piece monolithic element. 11. A rubber mount in accordance with claim 1, further comprising a plastic shell inserted as a surface protection between said elastomeric mount body and said clip. 12. A rubber mount in accordance with claim 1, wherein a ring collar is provided on the axial front side of said clip, said ring collar extending over some sections of a circumferential area of said clip surrounding said mount body or over an entire circumferential area of said clip surrounding said mount body. 13. A process for mounting a rubber mount on a sectional bar, the process comprising: introducing an elastomeric mount body into a clamp used for the subsequent fastening of the mount and of the sectional bar; positioning said mount body together with the clamp surrounding it in a lateral position on the sectional bar lengthwise in relation to an axis of said rubber mount via an opening gap extending axially through said mount body and said clamp and arranging the tensioning of said mount body around the sectional bar simultaneously with said positioning; closing said opening gap to clamp said mount body on the said sectional bar; bending straps arranged on radially outwardly extending surface elements of said clamp twice, so that they surround additional surface element portions in contact with the surface elements, in a clamping connection manner to keep said opening gap closed and fix the mount on said sectional bar while pretensioning the elastomer of said elastomer mount body. 14. A process in accordance with claim 13, wherein said clamp is provided with a surface protection before said mount body is inserted. 15. A process in accordance with claim 13, wherein said mount body is inserted into said clamp together with a plastic shell surrounding it. 16. A process in accordance with claim 13, wherein said elastomeric mount body and said clamp are connected to one another by vulcanization before being clamped on the sectional bar, and said clamp is provided with a surface protection thereafter. 17. A process in accordance with claim 13, wherein said mount body is fixed to the sectional bar by means of an adhesive after it has been clamped on the sectional bar or while it is being clamped on the sectional bar. 18. A rubber mount and section bar assembly, comprising: a cylindrical sectional bar; an elastomeric mount body receiving said sectional bar; and a clamp jointly fastening said elastomeric mount body and said sectional bar to other components said elastomeric mount body and said clamp form an integral structural unit, the length of said integral structural unit having an axially extending opening gap with a predetermined angle to longitudinally receive said cylindrical sectional bar along the length in a pre-clamped state before the mounting on said sectional bar, said clamp including a closing device for fixing said clamp on said cylindrical sectional bar with said opening gap closed and said elastomeric mount body pretensioned, wherein said mount body and said clamp are each formed in a continuous integral body having a cross-sectional circumference shape opposite said opening gap. 19. A rubber mount in accordance with claim 18, wherein said clamp includes two radially outwardly extending wings located opposite each other, said wings each including two surface elements located next to each other when said opening gap of said elastomeric mount body is mounted on said cylindrical sectional bar and closed said closing device including straps as part of said clamp, said straps being arranged at the axial ends of said wings, said straps being arranged at one of said surface elements with each strap bent with respect to a respective surface element to surround the respective surface element to keep the elastomer under pretension, said wings having an opening for fastening the mount to other assembly units. 20. A rubber mount in accordance with claim 19, wherein said wings include a set of lugs to reinforce said clamp, said lugs projecting from an outer axial end of said wings and extending to an outer axial region of said surface elements adjoining said wings in an area of a transition of a circumferential surface surrounding said mount body to said surface elements. 21. The rubber mount according to claim 2, wherein said surface elements of said wing facing away from said opening gap are connected to one another by means of an axially extending bending forming an axial edge on each of said wings. 22. The rubber mount according to claim 11, wherein said plastic shell has an axially extending opening gap. 23. The rubber mount according to claim 12, wherein said mount body and said plastic shell are arranged between said collar rings and are axially fixed by means of said collar rings. 24. The rubber mount according to claim 13, wherein said sectional bar is pressed through said opening gap of said mount body arranged in said clamp and said clamp itself. 25. The rubber mount according to claim 2, wherein said clip comprises a cylindrical section arranged between said wings, and said elastomeric mount body is arranged in said cylindrical section. 26. The rubber mount according to claim 25, wherein said cylindrical section comprises of two separate half cylinders, and each half of said two separate half cylinders are connected with one another by means of an axially extending bending of each of said wings facing away from said opening gap, and said bending forms an axial edge on each of said wings.