IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0838349
(2001-04-19)
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우선권정보 |
DE-0039172 (1999-08-20) |
발명자
/ 주소 |
|
출원인 / 주소 |
|
대리인 / 주소 |
Nils H. Ljungman & Associates
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인용정보 |
피인용 횟수 :
12 인용 특허 :
4 |
초록
▼
This invention relates to a fastening device for an insulating glass panel. A punctiform holder (1) is used that is fastened by means of an adhesive (51) to the outside of the insulating glass plate (50). In the vicinity of the punctiform holder (1), a spacer piece (53) is inserted between the separ
This invention relates to a fastening device for an insulating glass panel. A punctiform holder (1) is used that is fastened by means of an adhesive (51) to the outside of the insulating glass plate (50). In the vicinity of the punctiform holder (1), a spacer piece (53) is inserted between the separated glass plates (2, 50). The invention further relates to a mounting element (5) with adjustable bias, whereby between a cap bell (10) and the mounting element (5) there is a permanently elastic spring element (7) that permits a relative movement of the cap bell (10) with respect to the mounting element (5). The invention further relates to the realization of a plurality of three-dimensional articulations (12, 13) between the insulating glass plate (2, 50) and the holder on the building side.
대표청구항
▼
This invention relates to a fastening device for an insulating glass panel. A punctiform holder (1) is used that is fastened by means of an adhesive (51) to the outside of the insulating glass plate (50). In the vicinity of the punctiform holder (1), a spacer piece (53) is inserted between the separ
This invention relates to a fastening device for an insulating glass panel. A punctiform holder (1) is used that is fastened by means of an adhesive (51) to the outside of the insulating glass plate (50). In the vicinity of the punctiform holder (1), a spacer piece (53) is inserted between the separated glass plates (2, 50). The invention further relates to a mounting element (5) with adjustable bias, whereby between a cap bell (10) and the mounting element (5) there is a permanently elastic spring element (7) that permits a relative movement of the cap bell (10) with respect to the mounting element (5). The invention further relates to the realization of a plurality of three-dimensional articulations (12, 13) between the insulating glass plate (2, 50) and the holder on the building side. state and a non-stationary state, the printer including a carriage having a predetermined amount of translational kinetic energy in the non-stationary state and a predetermined reciprocating mass (M), said carriage movably mounted on a support structure for back and forth movement, the improvement comprising a shuttle system for moving said carriage back and forth, said shuttle system comprising: (a) a counterbalance reciprocally mounted on said support structure; (b) a linkage assembly having a predetermined amount of rotational kinetic energy in the non-stationary state, said linkage assembly disposed between said carriage and said counterbalance for reciprocating said carriage and said counterbalance along a linear path of travel of amplitude (E) having a first end, a second end, and a center, said linkage assembly having a rotational inertia such that the translational kinetic energy of said carriage is larger than or equal to the rotational kinetic energy of said linkage assembly at the center of the path of travel of the carriage when said carriage is reciprocated by said linkage assembly in said non-stationary state between said first and second ends; and (c) a motor coupled to said linkage assembly for rotationally driving said linkage assembly. 14. The improvement claimed in claim 13, wherein said motor comprises a DC motor. 15. The improvement claimed in claim 13, wherein said motor comprises a stepper motor and wherein said stepper motor also includes a control system for selectively varying the output of said stepper motor so as to move said carriage at a relatively constant speed over a predetermined amount of the carriage's path of travel. 16. The improvement claimed in claim 13, wherein said rotational inertia of said linkage assembly is less than or equal to (M(E)2)/4. 17. The improvement claimed in claim 13, wherein said motor is configured to permit a cyclically changing rotary input speed to be imparted on said linkage assembly. 18. A method of linearizing the velocity profile of a carriage, comprising: (a) reciprocally mounting a carriage on a support structure, said carriage having a predetermined amount of translational kinetic energy and a predetermined mass (M); (b) reciprocally mounting a counterbalance on said support structure; (c) connecting a linkage mechanism to said carriage and said counterbalance such that said carriage and said counterbalance reciprocate together along a path of linear travel (E) having a first end, a second end, and a center, said linkage mechanism having a rotational inertia and a predetermined amount of rotational kinetic energy; (d) minimizing the rotational inertia of said linkage mechanism such that the translational kinetic energy of said carriage is larger than or equal to the rotational kinetic energy of said linkage mechanism at the center of the path of travel of the carriage; and (e) supplying energy to said linkage mechanism by a motor. 19. The method of claim 18, further comprising minimizing the rotational inertia of said linkage system such that said rotational inertia is less than or equal to (M(E)2)/4. 20. The method of claim 18, wherein said motor comprises a DC motor. 21. The method of claim 20, wherein said motor comprises a stepper motor. 22. The method of claim 21, wherein said stepper motor is controlled to reciprocate said carriage at a relatively constant speed over a predetermined amount of the carriage's path of travel. 23. A low rotational inertia shuttle system having a support structure, comprising: (a) a first reciprocating mass having a predetermined reciprocating amplitude (E), said reciprocating mass movably mounted on said support structure; (b) a reciprocating mechanism including at least one connecting member connected to said first reciprocating mass, said at least one connecting member and said first reciprocating mass having a total predetermined mass (M), said reciprocating mechanism also incl udes at least one rotational member connected to said connecting member, said reciprocating mechanism reciprocates said reciprocating mass along said predetermined reciprocating amplitude (E), said at least one rotational member having a rotational inertia that is less than or equal to (M(E)2)/4; and (c) a rotary motor connected to said rotational member for driving said reciprocating mechanism. 24. The shuttle system of claim 23, wherein said rotary motor is configured to permit a cyclically changing rotary input to be imparted to said reciprocating mechanism. 25. The shuttle system of claim 23, wherein said connecting member is a connecting rod and said rotational member is a crank arm. 26. The shuttle system of claim 23, wherein said connecting member is a spine and said rotational member is a crank arm, said crank arm includes a slider pin, said crank arm connected to said spine through said slider pin. 27. The shuttle system of claim 23, wherein said connecting member is an attachment arm and said rotational member is a cam, said attachment arm includes a cam follower, said cam connected to said attachment arm through said cam follower. 28. A method of increasing the throughput of a printer, said printer having a reciprocating carriage of mass (M), a reciprocating mechanism connected to said carriage for reciprocating said carriage along a path of travel of amplitude (E), and a motor drivingly connected to said reciprocating mechanism, the method comprising: selecting the size and configuration of said reciprocating mechanism such that the translational kinetic energy of said carriage is larger than or equal to the rotational kinetic energy of said reciprocating mechanism along a portion of said path of travel of said carriage; controlling the operation of said motor by selectively varying the output of said motor so that said carriage moves at a relatively constant speed over a predetermined amount of said carriage's path of travel. 29. A method of making a printer having a linearized velocity profile, said printer having a support structure, the method comprising: selecting a carriage having a mass (M); selecting a reciprocating amplitude (E) for said carriage; reciprocatingly mounting said carriage on said support structure; configuring a reciprocating mechanism based on said reciprocating amplitude (E) and carriage mass (M) so that said carriage may be reciprocated between two end positions of reciprocating amplitude (E), and so that said reciprocating mechanism's rotational inertia is such that the translational kinetic energy of said carriage is larger than or equal to the rotational kinetic energy of said reciprocating mechanism along a portion of the path of travel of said carriage during operation of the printer; and connecting said reciprocating mechanism to said carriage such that said carriage may reciprocate along the path of travel having reciprocating amplitude (E). 01241, 19860700, Fujiwara; US-4625638, 19861200, Fritz et al.; US-4632584, 19861200, Becchi et al.; US-4688956, 19870800, Miyake; US-4693618, 19870900, Hanagata; US-4749294, 19880600, Barrus et al., 400/322; US-4869610, 19890900, Nishizawa et al.; US-4897589, 19900100, Fujiwara et al.; US-5059047, 19911000, Nakamura et al.; US-5129746, 19920700, Epstein, 400/323; US-5201267, 19930400, Porucznik et al., 100/048; US-5366303, 19941100, Barrus et al.; US-5666880, 19970900, Barrus
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