Lumbar support assembly and corresponding seat structure

Information

  • Patent Grant
  • 7841661
  • Patent Number
    7,841,661
  • Date Filed
    Monday, September 26, 2005
    19 years ago
  • Date Issued
    Tuesday, November 30, 2010
    13 years ago
Abstract
A lumbar support assembly (2) comprises a support arrangement (3) which may have the form of a wire framework with two side wires (4) and a plurality of transverse wires (6). A Bowden cable arrangement (10) with a single Bowden cable is attached by two plate clips (15, 17) to the two side wires (4). A first end portion (13) of the wire (12) of the Bowden cable arrangement (10) is anchored to a front edge of a seat frame (1), while a second end portion (14) of the wire (12) is coupled to an actuator (20) for adjusting the tension of the Bowden cable. The lumbar support assembly (2) thus requires only one single Bowden cable to arch the lumbar support assembly at least in a lumbar region and to adjust the degree of lumbar support accordingly.
Description
CROSS-REFERENCE TO RELATED APPLICATIONS

This application claims priority to PCT/EP2005/010380 filed on Sep. 26, 2005; which claims priority to European Patent Application No. 05000499.3 filed Jan. 12, 2005.


The present invention relates to a lumbar support assembly, and in particular to a lumbar support assembly for incorporation into a seat frame in order to provide a seat structure. More especially, the present invention relates to a lumbar support assembly comprising a support arrangement for providing load bearing support for upholstery of a seat, e.g. a support arrangement having two lateral side members, preferably two lateral side wires, and a plurality of transverse members, preferably transverse wires, extending between the two side members.


Support assemblies of the aforementioned kind are very well known and may have various configurations determined by the design of a seat in which the support assembly is to be mounted (see WO 95/00039 A, e.g.).


EP 0 874 575 B1 proposes a support assembly for incorporation into a seat frame, the support assembly comprising a wire framework having two lateral side wires suspendable in the seat frame and a plurality of transverse wires providing load bearing support for upholstery of the respective seat and extending between the lateral side wires. Furthermore, according to this support assembly, one or more of the transverse wires extend laterally beyond the side wires after having been wound around the latter, and one or more of the transverse wires terminate in free ends that can flex independently of one another relatively to a portion of the wire framework bounded by the lateral side wires. These free ends are formed into hook-like fingers which can provide laterally contoured support in the lumbar region of the support assembly without interfering with the arching of the two lateral side wires. The hook-like fingers can also serve as anchorages for tension springs or like suspension means for the suspension of the support assembly in a seat frame. The fact that the extended portions of the transverse wires terminate in free ends acting as fingers, rather than being connected to an edge wire, enables more versatile lateral support to be provided, particularly in the lumbar region of a back rest, as the fingers can be individually angled, if desired, to conform to the contour of the seatback.


Lumbar support assemblies are incorporated in a seat frame of a back rest in order to support the lumbar region of a person sitting on the respective seat. When using a lumbar support assembly having a wire framework of the kind described above, this can be accomplished by pulling the two lateral side wires of the wire grid or suspension pad to the front. For example, EP 0 552 904 A1 discloses such a lumbar support assembly comprising a support arrangement in the form of a platform element suspended by tension springs in a seat frame to support the cushioning of a back rest. The support arrangement has two lateral side wires and a plurality of transverse wires, and two Bowden cables are linked between respective portions of the lateral side wires to apply a force of longitudinal compression, whereby the side wires are caused to be hinged outwardly at an articulation point to vary the lumbar support provided by the transverse wires.


Since the two side wires or side rails of the support arrangement of the lumbar support assembly should be arched by the same degree at the same time, it is necessary to shorten the extension of both Bowden cables by a respective actuator mechanism at the same time to create a symmetric lumbar support feeling, which however is difficult to achieve and requires two separate Bowden cable arrangements.


Therefore, the object underlying the present invention is to provide a lumbar support assembly having a support arrangement for providing load bearing support for upholstery of a seat, in which an adjustable lumbar support functionality and, in particular, a symmetric lumbar support feeling can be realized easily with only few components and at low cost.


According to the present invention, this object is achieved by a lumbar support assembly as defined by independent claim 1. The dependent claims define preferred and advantageous embodiments of the present invention.


The lumbar support assembly of the present invention comprises a support arrangement, e.g. a wire framework having two side members, preferably two lateral side wires or side rails, and a plurality of transverse members, preferably transverse wires, extending between the two side members. The support arrangement is in particular adapted to be suspended in a seat frame. Furthermore, the lumbar support assembly of the present invention comprises a Bowden cable arrangement having a wire guided in a sheath. The Bowden cable arrangement is coupled to the support arrangement and adapted to arch or curve the support arrangement at least in a lumbar region of the support arrangement by acting on the two opposite sides of the support arrangement.


According to the present invention, the sheath of the Bowden cable arrangement is attached to a first one of the two sides by first attachment means and to a second one of the two sides by second attachment means. A first end portion of the wire of the Bowden cable arrangement extends from the first attachment means and the sheath of the Bowden cable arrangement to be connected to the seat frame, while a second end portion of the Bowden cable arrangement extends from the sheath to be connected to an actuator for adjusting the tension of the wire, thereby adjusting the curvature and consequently the degree of lumbar support accordingly.


The first and second attachment means at least partly embrace the elongate side members and may be formed as a clip to be clipped onto the respective side member. The second attachment means may have an opening for connecting means, e.g. a spring, for connecting the second attachment means and the respective second side member of the support arrangement to the seat frame.


The first end portion of the wire of the Bowden cable arrangement preferably has a shape to be hooked into the seat frame. In particular, this first end portion may have a Z-nipple or a hook. Further, the first end portion may comprise a spring so as to provide additional flexibility to the lumbar support assembly.


The transverse members, preferably in the form of transverse wires, may have angled portions to provide regions of the support arrangement of differing transverse width between the side members so that the support arrangement itself becomes extensible under loading placed upon the seat. Some or all of the transverse wires may be wound around the side wires so as to attach the transverse wires thereto. Some of the transverse wires may extend beyond the lateral side wires and terminate in free ends, some of the free ends being formed into hook-like fingers.


According to a preferred embodiment of the present invention, the sheath of the Bowden cable arrangement extends between the first and second attachment means in the transverse direction of the support arrangement so that the Bowden cable arrangement starts with the Z-nipple to be attached to the front of a seat frame edge, continues to the first attachment means in the form of a clip, where the sheath of the Bowden cable arrangement is attached to a first one of the side members, and then continues in the transverse direction of the support arrangement to the second one of the side members, where the sheath of the Bowden cable arrangement is attached by the second attachment means, again preferably in the form of a clip, to the second side member. This second attachment means is connected to another front edge of the seat frame by the aforesaid connecting means, preferably a spring. From these second attachment means the Bowden cable arrangement extends to an appropriate actuator mechanism so as to adjust the tension of the wire of the Bowden cable arrangement and, thereby, the curvature of the support arrangement in the lumbar support region. For this purpose, the wire of the Bowden cable arrangement may have a thickening or a nipple to be coupled to the actuator mechanism so that the wire or cable of the Bowden cable arrangement can be pulled by the actuator mechanism.


According to the present invention, the two Bowden cables necessary according to the prior art are replaced by only one Bowden cable so that the lumbar support assembly can be manufactured at lower cost and has a simplified design which also allows to reduce the size of the actuator mechanism.


The lumbar support assembly of the present invention is preferably incorporated into a seat frame of a seat structure.


Furthermore, the support arrangement of the lumbar support assembly of the present invention may have side wires and transverse wires, but in principle can be realized with any kind of elongate side members and transverse members having a sufficient elasticity and flexibility so as to arch the support arrangement at least in the lumbar region of the support arrangement by actuating the Bowden cable arrangement.





In the following, a preferred embodiment of the present invention will be explained in detail with reference to the drawings.



FIG. 1 shows a front view of a lumbar support assembly according to an embodiment of the present invention,



FIG. 2 shows a perspective view of the lumbar support assembly of FIG. 1,



FIGS. 3A and 3B show different side views from the right and the top, respectively, of the lumbar support assembly of FIG. 1,



FIG. 4 shows a schematic view of a Bowden cable arrangement and attachment means for attaching the Bowden cable arrangement to the lumbar support assembly shown in FIG. 1,



FIG. 5 shows a cross-sectional view of the Bowden cable arrangement of FIG. 4 along line A-A,



FIG. 6 shows a perspective view of a lumbar support assembly according to a further embodiment of the present invention,



FIG. 7 shows a perspective front view of a lumbar support assembly according to the still further embodiment of the present invention, and



FIG. 8 shows a perspective rear view of the lumbar support assembly shown in FIG. 7.






FIG. 1 shows a lumbar support assembly 2 according to a preferred embodiment of the present invention, the lumbar support assembly 2 being incorporated or suspended in a schematically shown seat frame of a back rest of a seat and providing load bearing support for upholstery or cushioning of the seat. The lumbar support assembly 2 comprises a support arrangement 3 which is also called a suspension pad or a platform element and is formed as a wire framework. The support arrangement 3 comprises a pair of side wires 4 forming two elongate side members and a plurality of transverse wires 6 as transverse members extending between the two side wires 4. The transverse wires 6 are anchored to the side wires 1 and 2. According to the embodiment shown in FIG. 1, the transverse wires 6 are anchored to the side wires 4 by being wound around the latter. Intermediate portions 7 of the transverse wires 6 are angled in the support plane so that the support arrangement 3 itself becomes extensible under loading placed upon the support arrangement.


The side wires 4 may be formed by paper-wrapped steel cords and form two generally vertical lateral rails. The transverse wires 6 extending between the two side wires 4 penetrate an intermediate vertical cord 5 of paper or synthetic plastic material which serves to provide some degree of stability to the wire framework comprising the two side wires 4 and the transverse wires 6 and maintains a predetermined vertical spacing between the transverse wires 6.


As shown in FIG. 1, the lower ends of the side wires 4 are angled so as to allow the incorporation of the support arrangement 3 into the seat frame 1. The support arrangement 3 can be suspended in the seat frame 1 by means of tension springs indicated in broken lines at 9, anchored between the seat frame 1 and the lower ends of the side wires 4 and some of the transverse wires 6, respectively. As can be taken from FIG. 1, some of the transverse wires 6 extend laterally beyond the side wires 4 after having been wound around the latter and terminate in free ends 8. Some of these free ends 8 are formed into hook-like fingers which may extend in the support plane or may also be directed backwards or in any other suitable direction which allows to anchor a tension spring 9 to the respective hook-like fingers. The fact that the extended portions 8 of the transverse wires 6 terminate in free ends enables more versatile lateral support to be provided, particularly in the lumbar region of a back rest. In particular, the hook-like fingers of the free ends 8 can be individually angled, if desired, to conform to the contour of the back rest. Furthermore, the fact that the laterally extending free ends 8 are unconnected also enables an effective adjustable lumbar support to be provided by arching of the two side wires 4 at least in the lumbar region of the support arrangement 3, which will be described in the following in more detail, as the free ends 8 can provide laterally contoured support in the lumbar region without interfering with the arching of the two side wires 4.


If desired, the two side wires 4 may be angled to provide regions of the support arrangement of the differing transverse width between these side wires 4.


The lumbar support assembly 2 described so far could be used to provide non-adjustable lumbar support. However, according to the embodiment of FIG. 1, adjustment means are provided for adjustably arching of the side wires 4 to enable horizontal adjustment of the lumbar support. These adjustment means comprise an actuator 20, which can be a manual actuator or an electrically driven actuator, and a Bowden cable arrangement 10 being engaged with both side wires 4. The special feature about the Bowden cable arrangement 10 shown in FIG. 1 is that it is designed, arranged and coupled to the side wires 4 such that it allows to arch the two side wires 4 symmetrically in the lumbar region of the lumbar support arrangement 3 using only one single Bowden cable.


The composition and structure of this special Bowden cable arrangement is shown in FIG. 4 in detail, and its functionality can be easily understood when additionally referring to FIG. 1. FIG. 5 shows a cross-sectional view of FIG. 4 along line A-A.


The Bowden cable arrangement 10 shown in FIG. 4 comprises a single Bowden cable having a sheath or conduit 11 and a wire 12 being movably guided in the sheath 11. The wire 12 starts with a nipple or thickening 14 which, in principle, can have any shape as long as it can be inserted into or coupled with the actuator 20 in such a way that a pulling force can be exerted by the actuator 20 on the wire 12 in order to increase the tension of the Bowden cable resulting in an increased curvature of the support arrangement 3. On the other hand, by releasing the tension of the Bowden cable by means of the actuator 20, the curvature of the support arrangement 3 can be decreased accordingly.


Starting from the end portion 14 of the wire 12, the Bowden cable continues to an attachment means 17 in the form of a plate clip which can be clipped onto the left side wire 4 of the support arrangement 3 (see FIG. 1) so as to attach the plate clip 17 and the Bowden cable arrangement to the left side wire 4 of the support arrangement 3. The Bowden cable is securely clamped by the plate clip 17 at 22 and consequently fixed to the plate clip 17. The plate clip 17 has two end portions 24 being formed like a resilient or flexible hook or clip so that these end portions 24 can be easily clipped onto the side wire 4.


The Bowden cable then continues from the plate clip 17 to a further plate clip 15 which has the same shape and the same structure as the plate clip 17. Consequently, the plate clip 15 has a clamping position 21 through which the Bowden cable, i.e. the sheath 11 with the wire 12 in it, is guided in order to securely clamp the Bowden cable and secure it to the plate clip 15. Furthermore, the plate clip 15 has end portions 23 having the shape of a flexible hook or clip for attaching the plate clip 15 to the right side wire 4 of the support arrangement 3 (see FIG. 1).


As indicated in FIG. 1, both plate clips 15, 17 have holes or openings 16, 18. As to the plate clip 17, in this opening 18 a spring 19 may be inserted which acts as a connecting means for connecting the plate clip 17 to a front edge of the seat frame 1, as also indicated in FIG. 1. However, this connecting means can have any shape and structure as long as it serves to hold the plate clip 17 at the front edge of the seat frame 1, as the suspension is created in the middle part of the support arrangement 3. As to the plate clip 15, the wire 12 of the Bowden cable is guided through the opening 16 of the plate clip 15 and ends in an end portion 13 which is shaped so as to allow to easily attach the wire 12 to the right front edge of the seat frame 1 (see again FIG. 1). According to the embodiment shown in FIG. 1 and FIG. 4, this end portion 13 is a Z-nipple which, thus, can be easily hooked into the front edge of the seat frame 1.


As shown in FIG. 1, the Bowden cable 10 thus extends from the actuator 20 to the plate clip 17, where it is attached to the plate clip 17 and where the plate clip 17 is attached or anchored to the left front edge of the seat frame 1 by means of the spring 19. From the plate clip 17 the Bowden cable 10 extends in the transverse direction of the support arrangement 3 to the plate clip 15, where it is attached to the plate clip 15 and where the sheath 11 of the Bowden cable 10 terminates. The wire 12 of the Bowden cable 10 continues from the plate clip 15 and ends in the Z-nipple 13 which is attached or anchored to the right front edge of the seat frame 1. Consequently, when the actuator 20 is actuated to pull the wire 12 in the Bowden cable 10 resulting in an increase of tension of the wire 12, both side wires 4 of the support arrangement 3 are at the same time and to the same degree pulled to the front in FIG. 1 to create a symmetric lumbar support effect in the lumbar region of the support arrangement 3. In a similar manner the lumbar region of the support arrangement 3 can move backwards in FIG. 1 if the actuator 20 is actuated to decrease the tension of the wire 12 of the Bowden cable 10.


As shown in FIG. 3B, the lumbar support assembly 2 is configured in such a manner that the spring 19 is connected to the sheath 11 of the Bowden cable 10. The sheath 11 of the Bowden cable 10 comprises two portions 11a, 11b which are separated from each other. A first portion 11a extends from the actuator 20 to the spring 19. A second portion 11b extends from the plate clip 17 to the plate clip 15. Only the wire 12 of the Bowden cable 10 extends between the spring 19 and the plate clip 17. Consequently, the spring 19 is connected to the plate clip 17 via the wire 12 of the Bowden cable 10. As can be seen, both sides of the support arrangement 3 can be connected to the seat frame via portions of the wire 12 extending from the plate clips 15 and 17. By increasing the tension in the Bowden cable 10, the portions of the wire 12 extending from the plate clips 15 and 17 can be symmetrically shortened, thereby pulling the support arrangement 3 towards the seat frame 1.


Consequently, the lumbar support assembly 2 described above and shown in the figures uses only one single Bowden cable 10 to provide adjustable lumbar support by acting at the same time on both side wires 4 of the lumbar support assembly 2.



FIG. 6 shows a lumbar support assembly 2′ according to a further embodiment of the present invention. The principle of operation and the general structure of the lumbar support assembly 2′ substantially correspond to that of the lumbar support assembly 2. However, a different type of support arrangement is used. In FIG. 6, components which are similar to that of the lumbar support assembly 2 have been designated with the same reference numerals. In the following, only the differences of the lumbar support assembly 2′ as compared to the lumbar support assembly 2 will be described.


The support arrangement 3′ of the lumbar support assembly 2′ comprises corrugated transverse wires 6′ which are connected by means of longitudinal members 4′ formed of a plastic material. Connecting portions 4a of the longitudinal members 4′ are formed so as to enclose portions of the transverse wires 6′ and thereby provide a secure connection thereto. Band-like portions 4b of the longitudinal members 4′ are formed between the connecting portions 4a. The band-like portions 4b provide the support arrangement 3′ with a desired degree of flexibility.


The mechanism for adjusting the degree of support of the lumbar support assembly 2′ generally corresponds to that of the lumbar support assembly 2. However, a different type of plate clips is used. In the support assembly 2′ of FIG. 6, the plate clips 15′ and 17′ are formed of a plastic material. The plate clips 15′ and 17′ are configured to be clipped to longitudinal portions of the lowermost transverse wire 6′ at opposite ends thereof. The wire 12 of the Bowden cable 10 extends from the plate clips 15′ and 17′.


Some of the transverse wires 6′ have end portions 8 which are provided with hook-like extensions to be attached to the seat frame. The hooks are covered with a plastic material so as to reduce undesirable noise which is generated due to friction between the hook-like extensions and the seat frame.



FIG. 7 shows a lumbar support assembly 2″ according to a still further embodiment of the invention. FIG. 8 shows the lumbar support assembly 2″ as viewed from the rear side. The mechanism for adjusting the degree of support generally corresponds to that of the lumbar support assemblies 2 and 2′. However, a different type of support arrangement is used. In FIGS. 7 and 8, components corresponding to that of the lumbar support assembly 2 have been designated with the same reference numerals and further description thereof will be omitted.


The support arrangement 3″ is formed of a plastic material and comprises a number of belt-like portions 6″ extending along the transversal direction. For attaching the sheath 11 of the Bowden cable 10 to the support arrangement 3″ at opposite sides thereof, attachment portions 15″ and 17″ are integrally formed in one of the belt-like portions 6″. As with the plate clips 15, 15′ and 17, 17′, the wire 12 of the Bowden cable 10 extends from the attachment portions 15″ and 17″.


As described above, the mechanism for adjusting the degree of support according to the present invention can be applied to a variety of support arrangements. The attachment means for attaching the sheath of the single Bowden cable to the support arrangement can be adapted to the specific type of support arrangement.


In all the above embodiments, the end portion 13 of the wire 12 of the Bowden cable 10 can additionally be provided with a tension spring so as to increase the flexibility of the lumbar support assembly. This is especially advantageous in the case of a support arrangement which has a relatively low intrinsic flexibility, such as the belt-type support arrangement 3″ of FIGS. 7 and 8. Instead of the Z-nipple, it is also possible to use a hook-like extension for connecting the end portion 13 of the wire 12 to the seat frame.

Claims
  • 1. A lumbar support assembly, comprising a support arrangement adapted to be incorporated into a seat frame,a Bowden cable arrangement comprising a wire guided in a sheath and being coupled to the support arrangement and being adapted to arch the support arrangement at least in a lumbar region of the support arrangement by acting on two opposite sides of the support arrangement, first attachment means for attaching the sheath of the Bowden cable arrangement to a first side of the support arrangement, andsecond attachment means for attaching the sheath of the Bowden cable arrangement to a second side of the support arrangement such that the sheath of the Bowden cable arrangement extends between the first and second attachment means,a first end portion of the wire of the Bowden cable arrangement extending from the first attachment means and being adapted to be connected to the seat frame, anda second end portion of the wire of the Bowden cable arrangement being adapted to be connected to an actuator for adjusting the tension of the wire of the Bowden cable arrangement.
  • 2. The lumbar support assembly according to claim 1, wherein the first end portion of the wire of the Bowden cable arrangement has a shape to be hooked into the seat frame.
  • 3. The lumbar support assembly according to claim 1, wherein the first end portion has the shape of a Z-nipple.
  • 4. The lumbar support assembly according to claim 1, wherein connecting means are provided for connecting the second attachment means to the seat frame.
  • 5. The lumbar support assembly according to claim 4, wherein the connecting means comprise a spring which is connected with a first end to the second attachment means and which has a second end to be connected to the seat frame.
  • 6. The lumbar support assembly according to claim 1, wherein connecting means are provided for connecting the sheath of the Bowden cable arrangement to the seat frame.
  • 7. The lumbar support assembly according to claim 6, wherein the connecting means comprise a spring which is connected with a first end to the Bowden cable arrangement and which has a second end to be connected to the seat frame.
  • 8. The lumbar support assembly according to claim 6, wherein the sheath of the Bowden cable arrangement comprises a first portion and a second portion which are separated from each other,the first portion of the sheath extending from the actuator to the connecting means and the second portion of the sheath extending from the second attachment means to the first attachment means.
  • 9. The lumbar support assembly according to claim 1, wherein a plurality of tension springs is provided for connecting the support arrangement to the seat frame.
  • 10. The lumbar support assembly according to claim 1, wherein the support arrangement comprises two side members and a plurality of transverse members extending between the side members.
  • 11. The lumbar support assembly according to claim 10, wherein the first and second attachment means are designed such that they at least partly embrace the first side member and the second side member, respectively.
  • 12. The lumbar support assembly according to claim 11, wherein the first and second attachment means have at least one clip portion for attaching the first attachment means and the second attachment means to the first side member and the second side member, respectively.
  • 13. The lumbar support assembly according to claim 11, wherein the transverse wires are attached to the two side wires by being wound around the two side wires.
  • 14. The lumbar support assembly according to claim 10, wherein the two side members of the support arrangement are side wires.
  • 15. The lumbar support assembly according to claim 10, wherein the transverse members are transverse wires.
  • 16. The lumbar support assembly according to claim 10, wherein the transverse members have angled intermediate portions.
  • 17. The lumbar support assembly (2) according to claim 1, wherein the first and second attachment means (15, 17) are plate clips.
  • 18. The lumbar support assembly according to claim 1, wherein the sheath of the Bowden cable arrangement extends between the first and second attachment means in the transverse direction of the support arrangement.
  • 19. A seat structure, comprising a seat frame,a lumbar support assembly coupled to the seat frame and comprising a support arrangement, a Bowden cable arrangement comprising a wire guided in a sheath and being coupled to the support arrangement and being adapted to arch the support arrangement at least in a lumbar region of the support arrangement by acting on two opposite sides of the support arrangement, first attachment means for attaching the sheath of the Bowden cable arrangement to a first side of the support arrangement, and second attachment means for attaching the sheath of the Bowden cable arrangement to a second side of the support arrangement such that the sheath of the Bowden cable arrangement extends between the first and second attachment means, a first end portion of the wire of the Bowden cable arrangement extending from the first attachment means and being connected to the seat frame, andan actuator for adjusting the tension of the wire of the Bowden cable arrangement of the lumbar support assembly, the actuator being coupled to a second end portion of the wire of the Bowden cable arrangement.
  • 20. The seat structure according to claim 19, wherein the lumbar support assembly is suspended in the seat frame.
Priority Claims (1)
Number Date Country Kind
05000499 Jan 2005 EP regional
PCT Information
Filing Document Filing Date Country Kind 371c Date
PCT/EP2005/010380 9/26/2005 WO 00 6/6/2008
Publishing Document Publishing Date Country Kind
WO2006/074714 7/20/2006 WO A
US Referenced Citations (142)
Number Name Date Kind
1182854 Poler May 1917 A
2756809 Endresen Jul 1956 A
2843195 Barvaeus Jul 1958 A
2922416 Fader Jan 1960 A
2942651 Binding Jun 1960 A
3378299 Sandor Apr 1968 A
3490084 Schuster Jan 1970 A
3492768 Schuster Feb 1970 A
3724144 Schuster Apr 1973 A
3762769 Poschl Oct 1973 A
3880463 Shephard et al. Apr 1975 A
4014422 Morishita Mar 1977 A
4136577 Borgersen Jan 1979 A
4153293 Sheldon May 1979 A
4156544 Swenson et al. May 1979 A
4182533 Arndt et al. Jan 1980 A
4295681 Gregory Oct 1981 A
4313637 Barley Feb 1982 A
4316631 Lenz et al. Feb 1982 A
4354709 Schuster Oct 1982 A
4390210 Wisniewski et al. Jun 1983 A
4449751 Murphy et al. May 1984 A
4452485 Schuster Jun 1984 A
4465317 Schwarz Aug 1984 A
4494709 Takada Jan 1985 A
4541670 Morgenstern et al. Sep 1985 A
4555140 Nemoto Nov 1985 A
4556251 Takagi Dec 1985 A
4561606 Sakakibara et al. Dec 1985 A
4564235 Hatsutta et al. Jan 1986 A
4565406 Suzuki Jan 1986 A
4576410 Hattori Mar 1986 A
4601514 Meiller Jul 1986 A
4602819 Morel Jul 1986 A
4627661 Ronnhult et al. Dec 1986 A
4630865 Ahs Dec 1986 A
4632454 Naert Dec 1986 A
4676550 Neve De Mevergnies Jun 1987 A
4679848 Spierings Jul 1987 A
4730871 Sheldon Mar 1988 A
4880271 Graves Nov 1989 A
4909568 Dal Monte Mar 1990 A
4915448 Morgenstern Apr 1990 A
4950032 Nagasaka Aug 1990 A
4957102 Tan et al. Sep 1990 A
4968093 Dal Monte Nov 1990 A
5005904 Clemens et al. Apr 1991 A
5022709 Marchino Jun 1991 A
5026116 Dal Monte Jun 1991 A
5050930 Schuster et al. Sep 1991 A
5076643 Colasanti et al. Dec 1991 A
5088790 Wainwright et al. Feb 1992 A
5112106 Asbjornsen et al. May 1992 A
5137329 Neale Aug 1992 A
5174526 Kanigowski Dec 1992 A
5186412 Park Feb 1993 A
5197780 Coughlin Mar 1993 A
5215350 Kato Jun 1993 A
5217278 Harrison et al. Jun 1993 A
5286087 Elton Feb 1994 A
5299851 Lin Apr 1994 A
5335965 Sessini Aug 1994 A
5385531 Jover Jan 1995 A
5397164 Schuster Mar 1995 A
5423593 Nagashima Jun 1995 A
5449219 Hay et al. Sep 1995 A
5452868 Kanigowski Sep 1995 A
5474358 Maeyaert Dec 1995 A
5498063 Schuster et al. Mar 1996 A
5505520 Frusti et al. Apr 1996 A
5518294 Ligon, Sr. et al. May 1996 A
5553917 Adat et al. Sep 1996 A
5562324 Massara et al. Oct 1996 A
5567010 Sparks Oct 1996 A
5567011 Sessini Oct 1996 A
5588703 Itou Dec 1996 A
5609394 Ligon, Sr. et al. Mar 1997 A
5626390 Schuster et al. May 1997 A
5638722 Klinger Jun 1997 A
5651583 Klingler et al. Jul 1997 A
5651584 Chenot et al. Jul 1997 A
5704687 Klingler Jan 1998 A
5716098 Lance Feb 1998 A
5718476 De Pascal et al. Feb 1998 A
5758925 Schrewe et al. Jun 1998 A
5762397 Venuto et al. Jun 1998 A
5769491 Schwarzbich Jun 1998 A
5772281 Massara Jun 1998 A
5775773 Schuster et al. Jul 1998 A
5791733 Van Hekken et al. Aug 1998 A
5816653 Benson Oct 1998 A
5823620 Le Caz Oct 1998 A
5857743 Ligon, Sr. et al. Jan 1999 A
5868466 Massara et al. Feb 1999 A
5884968 Massara Mar 1999 A
5897168 Bartelt et al. Apr 1999 A
5911477 Mundell et al. Jun 1999 A
5913569 Klingler Jun 1999 A
5934752 Klingler Aug 1999 A
5954399 Hong Sep 1999 A
5975632 Ginat Nov 1999 A
5984407 Ligon, Sr. et al. Nov 1999 A
5988745 Deceuninck Nov 1999 A
6003941 Schuster, Sr. et al. Dec 1999 A
6007151 Benson Dec 1999 A
6030041 Hsiao Feb 2000 A
6036265 Cosentino Mar 2000 A
6045185 Ligon, Sr. et al. Apr 2000 A
6050641 Benson Apr 2000 A
6079783 Schuster, Sr. et al. Jun 2000 A
6089664 Yoshida Jul 2000 A
6092871 Beaulieu Jul 2000 A
6129419 Neale Oct 2000 A
6139102 Von Möller Oct 2000 A
6152531 Deceuninck Nov 2000 A
6152532 Cosentino Nov 2000 A
6158300 Klingler Dec 2000 A
6227617 Von Möller May 2001 B1
6227618 Ligon, Sr. et al. May 2001 B1
6254186 Falzon Jul 2001 B1
6254187 Schuster, Sr. et al. Jul 2001 B1
6270158 Hong Aug 2001 B1
6296308 Cosentino et al. Oct 2001 B1
6334651 Duan et al. Jan 2002 B1
6338530 Gowing Jan 2002 B1
6364414 Specht Apr 2002 B1
6430801 Cosentino Aug 2002 B1
6520580 Hong Feb 2003 B1
6536840 Schuster, Sr. et al. Mar 2003 B1
6616227 Blendea et al. Sep 2003 B2
6644740 Holst et al. Nov 2003 B2
6652029 McMillen Nov 2003 B2
6666511 Schuster et al. Dec 2003 B2
6676214 McMillen et al. Jan 2004 B2
6682144 Klingler Jan 2004 B2
6746081 Klingler Jun 2004 B1
6994399 Van-Thournout et al. Feb 2006 B2
7311358 White et al. Dec 2007 B2
20020149245 Mundell Oct 2002 A1
20030071501 Cruz Fernandes de Pinho et al. Apr 2003 A1
20030085600 Mori May 2003 A1
20030111885 McMillen Jun 2003 A1
Foreign Referenced Citations (40)
Number Date Country
401497 Sep 1996 AT
1276470 Aug 1968 DE
2040794 Jul 1971 DE
2064419 Jul 1972 DE
2947472 Aug 1980 DE
3341389 May 1985 DE
3616155 Nov 1987 DE
3624396 Jan 1988 DE
4220995 Jan 1994 DE
19750116 May 1999 DE
10005215 Sep 2001 DE
20107424 Nov 2001 DE
0006840 Feb 1982 EP
0169293 Oct 1988 EP
0296938 Dec 1988 EP
0322535 Jul 1989 EP
0563709 Oct 1993 EP
0485483 Jan 1994 EP
0434660 May 1995 EP
0540481 Dec 1995 EP
0662795 Dec 1996 EP
0702522 Mar 1997 EP
0696251 Jul 1997 EP
0746219 Nov 1998 EP
0797399 Nov 1998 EP
0698360 Mar 2000 EP
1046539 Oct 2000 EP
2596334 Oct 1987 FR
849798 Sep 1960 GB
1423617 Feb 1976 GB
2013487 Aug 1979 GB
2059497 Apr 1981 GB
587924 Feb 1978 SU
WO 9809835 Mar 1998 WO
WO0000064 Jan 2000 WO
WO 0224033 Mar 2002 WO
WO 03022626 Mar 2003 WO
WO 03103454 Dec 2003 WO
WO 2004043207 May 2004 WO
WO 2004043730 May 2004 WO
Related Publications (1)
Number Date Country
20090096263 A1 Apr 2009 US