FIELD OF THE INVENTION
[0001] The present invention relates to a bracket pin assembly, and more particularly, to
a pin assembly mounted to racks with different shapes of holes.
BACKGROUND OF THE INVENTION
[0003] The conventional support bracket pin assembly is designed to be resiliently retractable
so that the pin can be connected to square holes or circular holes of racks.
[0004] Such a support bracket is disclosed in
US 2008/0073469 A1 for securing to both square-hole racks and round hole racks. An inner support pin
extends for fitting within round-shaped holes and engaging a side of the round-hole
racks. An outer support sleeve is slidably moveable over the inner support pin for
fitting within square-shaped holes and engaging a side of the square-hole racks.
[0005] Further, a slide bracket disclosed in
US 2008/0067907 A1 includes a bracket with a main body having an end plate and at least one hanging
block. The hanging block includes a first post and a second post connected to each
other. The first post is made in the form of a square and the second post is made
in a cylindrical form. In order to mount the bracket to a support provided with multiple
of mounting holes each made in a square form, the first post of the hanging block
is inserted into the mounting hole of the support. When adapted to a support provided
with multiple round mounting holes, the main body has the second post of the hanging
block inserted into the round mounting holes.
[0006] In
US 2009/0315434 A1 a mounting apparatus for mounting a slide rail to a support of an electronic equipment
cabinet is disclosed. The mounting apparatus includes a mounting bracket slidably
engaging with the slide rail. A post extends from the mounting bracket configured
for being received in a through hole of the support of the cabinet.
[0007] In
DE 20 2009 011 027 U1 a mounting bracket is disclosed which comprises a side plate and a front plate with
a multiplicity of mounting holes. The mounting bracket can be mounted to a base member
comprising a multiplicity of connecting elements by inserting the connecting elements
through the mounting holes.
[0008] However, aside from
U.S. Patent No. 7,878,468 to Chen et al discloses a positioning device, the rest of the above disclosed prior arts do not
have a proper positioning device so that the pin may shift or slide due to vibration.
[0009] In addition, the conventional pin of bracket cannot be connected to three different
shapes of holes of racks.
[0010] The present invention intends to provide a bracket pin assembly which is able to
be firmly connected to a rack, and the pin can prevent from being retracting inward.
SUMMARY OF THE INVENTION
[0011] The present invention relates to a bracket pin assembly and comprises a support plate
having an end plate which has at least one opening. A pin is connected to the end
plate of the support plate and comprises a base, a support member, a first installation
member, a second installation member and at least one resilient member. The base has
a chamber. The support member is connected to the base and has a support section and
an engaging section. The support section extends through the chamber of the base and
the at least one opening of the end plate. The engaging section located in a part
of the support section. The first installation member is movably connected to the
chamber of the base and comprises a first support portion, a first contact portion,
a first recess and a first engaging portion. The first contact portion extends from
the first support portion and contacts the wall around the at least one opening of
the end plate. The first support portion extends through the chamber and the at least
one opening of the end plate. The first recess is located beside the first support
portion. The first engaging portion is located in the first recess and adapted to
be contact with the engaging section of the support member. The second installation
member is movably connected to the chamber of the base and comprises a second support
portion, a second contact portion, a second recess and a second engaging portion.
The second contact portion extends from the second support portion and contacts the
wall around the at least one opening of the end plate. The second support portion
extends through the chamber and the at least one opening of the end plate. The second
recess is located beside the second support portion. The second engaging portion is
located in the second recess and adapted to be contact with the engaging section of
the support member. The at least one resilient member is located in the chamber of
the base and provides elastic force to the first and second installation members.
[0012] Preferably, the first and second installation members form a rectangular combination,
and the support member is a cylindrical member. The first recess of the first installation
member and the second recess of the second installation member are respectively configured
as semi-circular recesses corresponding to the cylindrical member of the support member.
[0013] Preferably, the engaging section of the support member is an annular recess around
the part of the support section. The first engaging portion of the first installation
member extends from the first recess and the second engaging portion of the second
installation member extends from the second recess.
[0014] Preferably, the at least one opening of the end plate has first and second windows
having different sizes from each other. The first and second windows are simply and
respectively passed through by the first and second installation members. At least
two resilient members respectively provide elastic forces to the first and second
installation members.
[0015] Preferably, the end plate comprises two openings which are separately aligned separately
aligned in vertical direction. The bracket has two pins, corresponding to the two
separated openings, assembled with the two openings in the upper and lower portions
of the end plate of the support plate. Preferably, the bracket has two pins, corresponding
to the two separated openings, assembled with the openings in the upper and lower
portions of the end plate of the support plate.
[0016] Alternatively, the present invention provides a bracket pin assembly which comprises
a support plate having an end plate which has at least one opening. The at least one
opening has first and second windows having different sizes from each other. A pin
is connected to the end plate of the support plate and comprises a base, a support
member, a first installation member, a second installation member and at least two
resilient members. The base has a chamber. The support member is connected to the
base and extends through the chamber of the base and the at least one opening of the
end plate. The first installation member is movably connected to the chamber of the
base and comprises a first support portion and a first contact portion. The first
contact portion extends from the first support portion and contacts the wall around
the at least one opening of the end plate. The first support portion extends through
the chamber and the first window of the at least one opening of the end plate. The
second installation member is movably connected to the chamber of the base and comprises
a second support portion and a second contact portion. The second contact portion
extends from the second support portion and contacts the wall around the at least
one opening of the end plate. The second support portion extends through the chamber
and the second window of the at least one opening of the end plate. The at least two
resilient members are located in the chamber of the base and provide elastic force
to the first and second installation members respectively.
[0017] Preferably, the first installation member has a first recess, the second installation
member has a second recess, the first and second installation members form a rectangular
combination and the support member is a cylindrical member. The first recess of the
first installation member and the second recess of the second installation member
are respectively configured as semi-circular recesses corresponding to the cylindrical
member of the support member.
[0018] Preferably, the end plate comprises two openings which are 1 separately aligned in
vertical direction. The bracket has two pins are connected to upper and lower portions
of the end plate and located corresponding to the two openings.
[0019] Preferably, the bracket has two pins, corresponding to the two separated openings,
assembled with the two openings in the upper and lower portions of the end plate of
the support plate.
[0020] Alternatively, the present invention provides a bracket pin assembly installed to
a first rack/post, a second rack/post or a third rack/post. The first post has multiple
first installation holes which are separately aligned in vertical direction. The second
post has multiple second installation holes which are separately aligned in vertical
direction. The third post has multiple third installation holes which are separately
aligned in vertical direction. The bracket pin assembly comprises a support plate
having an end plate which has two openings separately aligned in vertical direction.
Each of the openings has first and second windows having different sizes from each
other. The bracket has two pins, corresponding to the openings of the end plate, installed
in the upper and lower portions of the end plate. Each pin comprises a base, a support
member, a first installation member, a second installation member, a first resilient
member and a second resilient member. The base has a chamber. The support member is
connected to the base and has a support section and an engaging section. The support
section extends through the chamber of the base and the opening of the end plate.
The engaging section located in a part of the support section. The first installation
member is movably connected to the chamber of the base and comprises a first support
portion, a first contact portion, a first recess and a first engaging portion. The
first contact portion extends from the first support portion and contacts the wall
around the opening of the end plate. The first support portion extends through the
chamber and the first window of the opening of the end plate. The first recess is
located beside the first support portion. The first engaging portion is located in
the first recess and can be engaged with the engaging section of the support member.
The second installation member is movably connected to the chamber of the base and
comprises a second support portion, a second contact portion, a second recess and
a second engaging portion. The second contact portion extends from the second support
portion. The second contact portion extends from the second support portion and contacts
the wall around the opening of the end plate. The second support portion extends through
the chamber and the second window of the opening of the end plate. The second recess
is located beside the second support portion. The second engaging portion is located
in the second recess and can be engaged with the engaging section of the support member.
The first resilient member is located in the chamber of the base and biases the first
installation members. The second resilient member is located in the chamber of the
base and biases the second installation members. When the bracket assembly is installed
to the first post, the support members, the first installation members and the second
installation members of the two pins extend through the first installation holes of
the first post. When the bracket assembly is installed to the second post, the support
members of the two pins extend through the second installation holes of the second
post. The first and second installation members contact the second post. When the
bracket assembly is installed to the third post, the support members and the first
installation members of the two pins extend through the third installation holes of
the third post. The second installation members of the pins contact the third post.
[0021] Preferably, the first and second installation members form a rectangular combination
and the support member is a cylindrical member. The first recess of the first installation
member and the second recess of the second installation member are respectively configured
as semi-circular recesses corresponding to the cylindrical member of the support member.
[0022] Preferably, the engaging section of the support member is an annular around the part
of the support section. The first engaging portion of the first installation member
extends from the first recess and the second engaging portion of the second installation
member extends from the second recess.
[0023] Preferably, the second installation member of the upper pin of the end plate is located
below the support member. The second installation member of the lower pin of the end
plate is located above the support member. The second installation member has a larger
width than that of the first installation member and hence cannot extend through the
third installation holes of the third post.
[0024] Preferably, the first installation holes of the first post are square holes with
the size of 9.5mm x 9.5mm. Hence, the support members, the first and second installation
members of the two pins extend through the first installation hole. The second installation
holes of the second post are circular holes with the diameter of 7.0mm. Hence, the
support members of the two pins extend through the second installation holes. The
third installation holes of the third post are square holes with the size of 9.0mm
x 9.0mm. Hence, the support members and the first installation members of the two
pins extend through the third installation holes.
[0025] One aspect of the present invention is to provide a bracket pin assembly that prevents
the pins from retracting inward and can be firmly connected to a rack or post.
[0026] Another aspect of the present invention is to provide a bracket pin assembly that
can be installed to racks or posts with different sizes of holes.
[0027] The present invention will become more obvious from the following description when
taken in connection with the accompanying drawings which show, for purposes of illustration
only, a preferred embodiment in accordance with the present invention.
BRIEF DESCRIPTION OF THE DRAWINGS
[0028]
Fig. 1 is a perspective view to show a first embodiment of the bracket pin assembly
of the present invention;
Fig. 2 is a partial exploded view to show the bracket pin assembly of Fig. 1;
Fig. 3 is a cross sectional view to show the combined configuration of the bracket
pin assembly of Fig. 2;
Fig. 4 is a perspective view to show that the bracket pin assembly of Fig. 1 is connected
to the first post;
Fig. 5 is a cross sectional view to show that the bracket pin assembly of Fig. 4;
Fig. 6 is a perspective view to show that the bracket pin assembly of figure 1 is
connected to the second post;
Fig. 7 is a cross sectional view to show that the bracket pin assembly of figure 6;
Fig. 8 is a partial exploded view to show the second embodiment of the bracket pin
assembly of the present invention;
Fig. 9 is a cross sectional view to show bracket pin assembly of Fig. 8;
Fig. 10 is a perspective view to show the bracket pin assembly of the Fig. 8 is connected
to the third post, and
[0029] Fig. 11 is a cross sectional view to show the bracket pin assembly of Fig. 10.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT
[0030] Referring to Fig. 1, the bracket pin assembly of the present invention comprises
a support plate 10 and at least one pin 12.
[0031] The support plate 10 comprises a side plate 14 and an end plate 16 which is substantially
perpendicular to the side plate 14. Preferably, the end plate 16 extends perpendicularly
from the side plate 14. The end plate 16 has at least one opening 18 and a connection
hole 20. In a preferred embodiment, the end plate 16 comprises two openings 18 which
are separately aligned in vertical direction. The connection hole 20 is located between
the two openings 18.
[0032] The pin 12 is connected to the end plate 16 of the support plate 10 and comprises
a base 22, a support member 24, a first installation member 26, a second installation
member 28 and at least one resilient member 30.
[0033] As shown in Figs. 2 and 3, the base 22 has a chamber 32.
[0034] The support member 24 is securely connected to the base 22 and comprises a support
section 34, a contact section 36 and an engaging section 38. The contact section 36
extends from the support section 34. The contact section 36 of the support section
34 fixed to the rear sidewall of the chamber 32 of the base 22, and the support section
34 extends through the chamber 32 of the base 22 and the opening 18 of the end plate
16. The engaging section 38 is located in a part of the support section 34. Preferably,
the support member 24 is a cylindrical member, and the engaging portion 38 is an annular
groove around the outer periphery of the support section 34.
[0035] The first installation member 26 is movably connected to the chamber 32 of the base
22 and located above the support member 24. The first installation member 26 comprises
a first support portion 40a, a first contact portion 42a, a first recess 44a and a
first engaging portion 46a. The first contact portion 42a extends from one end of
the first support portion 40a and contacts the wall around the opening 18 of the end
plate 16. The first support portion 40a extending through the chamber 32 and the opening
18 of the end plate 16 as shown in Fig. 3. The first recess 44a is located beside
the first support portion 40a. The first engaging portion 46a is located in the first
recess 44a and adapted to be contact with the engaging section 38. Preferably, the
first support portion 40a has a rectangular-like cross section. The first recess 44a
is a semi-circular recess so as to receive the cylindrical support member 24. The
first engaging portion 46a extends from the first recess 44a.
[0036] The second installation member 28 is movably connected to the chamber 32 of the base
22 and located below the support member 24. The second installation member 28 comprises
a second support portion 40b, a second contact portion 42b, a second recess 44b and
a second engaging portion 46b. The second contact portion 42b extending from one end
of the second support portion 40b. The second contact portion 42b contacts the wall
around the opening 18 of the end plate 16. The second support portion 40b extends
through the chamber 32 of the base 22 and the opening 18 of the end plate 16 as shown
in Fig. 3. The second recess 44b is located beside the second support portion 40b.
The second engaging portion 46b is located in the second recess 44b and adapted to
be contact with the engaging section 38. Preferably, the second installation member
28 and the first installation member 26 form a rectangular combination. The second
recess 44b is a semi-circular recess so as to receive the cylindrical support member
24. The second engaging portion 46b extends from the second recess 44b.
[0037] The resilient member 30 is located in the chamber 32 of the base 22 so as to bias
and maintain the first and second installation members 26, 28 in extended status.
Wherein, the first and second installation members 26, 28 can be extended repeatedly
after being retracted.
[0038] Figs. 4 and 5 show a preferred embodiment of the present invention, wherein the pins
12 are connected to the openings 18 and located at the upper and lower portions of
the end plate 16 of the support plate 10. The pins 12 are also connected to the first
installation holes 50 of the first post 48 so as to install the support plate 10 to
the first post 48. The multiple first installation holes 50, square holes of the size
9.5mm x 9.5mm, of the first post 48 are separately aligned in vertical direction.
The support plate 10 usually connected to an end of a slide (not shown). The slide
is connected to the first post 48 by the support plate 10.
[0039] When the support plate 10 is installed to the first post 48, the support member 24,
the first installation member 26 and the second installation member 28 of each of
the pins 12 extend through the first installation hole 50 of the first post 48 in
the longitudinal direction. In this configuration, the first installation member 26
and the second installation member 28 are fitted, such as loose fitted or close fitted,
to the first installation hole 50 of the first post 48 in vertical direction. Simultaneously,
the first engaging portion 46a of the first installation member 26 and the second
engaging portion 46b of the second installation member 28 are engaged with the engaging
section 38 of the support member 24 so that the first and second installation members
26, 28 cannot move in the longitudinal direction relative to the support member 24.
In other words, when the support plate 10 is installed to the first post 48, the first
and second installation members 26, 28 extend through the first installation hole
50 of the first post 48. In this circumstance, the first and second installation members
26, 28 cannot be retracted from the first installation hole 50 and thus confirm the
positioned status of the bracket pin assembly.
[0040] Figs. 6 and 7 show the preferred embodiment of the present invention that the pin
12 of the present invention is connected to the second post 52 which has multiple
second installation holes 54 separately aligned in vertical direction. Each of the
installation holes 54 of the second post 52 is circular hole with a diameter of 7.0
mm. More specifically, when the support plate 10 is installed to the second post 52,
the support members 24 of the pins 12 extend through the second installation holes
54 of the second post 52, and the first and second installation members 26, 28 of
the pins 12 are pushed by the second post 52. The first engaging portion 46a of the
first installation member 26 and the second engaging portion 46b of the second installation
member 28 are disengaged from the engaging section 38 of the support member 24. The
first and second installation members 26, 28 are retracted into the chamber 32 of
the base 22, and the resilient member 30 in the chamber 32 is compressed. The support
members 24 of the pins 12 is installed to the second installation hole 54 of the second
post 54 in the longitudinal direction.
[0041] Figs. 8-11 show the second embodiment of the present invention. In Figs. 8 and 9,
the opening 18' of the end plate 16 comprises a first window 64a and a second window
64b. The width W2 of the second window 64b is slightly larger than the width W1 of
the first window 64a. The width W4 of a second installation member 28' is slightly
larger than the width W3 of a first installation member 26'. Accordingly, the first
installation member 26' is only engaged with the first window 64a, and the second
installation member 28' is only engaged with the second window 64b. Multiple resilient
members, such as first and second resilient members 66, 68 are located in the chamber
32 of the base 22. The first resilient member 66 biases the first installation member
26', and the second resilient member 68 biases the second installation member 28',
such that the first and second installation members 26', 28' can be moved and returned
individually.
[0042] In Figs. 10 and 11, the pins 12a, 12b of the present invention is connected to a
third post 70. Wherein, the pins 12a and 12b are connected to the upper and lower
portions of the end plate 16 of the support plate 10. The pins 12a and 12b are also
connected to the third post 70 so that the support plate 10 is installed to the third
post 70 (see Fig. 10). The second installation member 28' of the upper pin 12a is
located below the support member 24a, and the second installation member 28' of the
lower pin 12b is located above the support member 24b. The third post 70 has multiple
third installation holes 72 which are separately aligned in vertical direction. Each
of the third installation holes 72 is square hole with the size of 9mm x 9mm.
[0043] More specifically, when the support plate 10 is installed to the third post 70 by
the installing the pins 12a, 12b to the third installation holes 72 of the third post
70. Wherein, the support members 24a, 24b of the pins 12a, 12b and the first installation
members 26' extend through the third installation holes 72 of the third post 70 in
longitudinal direction. The second installation members 28' of the pins 12a, 12b contact
the wall around the third installation holes 72 of the third post 70. The second engaging
portions 46b' of the second installation members 28' are disengaged from the engaging
sections 38a, 38b of the support members 24a, 24b, such that the second installation
members 28' retract inward the chambers 32 and compress the second resilient members
68. When the support members 24a, 24b of the pins 12a, 12b and the first installation
members 26' are completely connected to the third installation holes 72 of the third
post 70, the first installation members 26' and the support members 24a, 24b of the
pins 12a, 12b cannot move in vertical direction relative to the third installation
holes 72 of the third post 70 by the restriction of the third installation holes 72
of the third post 70. The first engaging portions 46a' of the first installation members
26' of the pins 12a, 12b contact the engaging sections 38a, 38b of the support members
24a, 24b, such that the first installation members 26' of the pins 12a, 12b cannot
separate from the third installation holes 72 in longitudinal direction relative to
the support members 24a, 24b. Therefore, the support plate 10 is firmly connected
to the third post 70.
[0044] The pins of the present invention can be connected to the first installation holes
50 of the first post 48, the second installation holes 54 of the second post 52 and
the third installation holes 72 of the third post 70.
[0045] While we have shown and described the embodiments in accordance with the present
invention, it should be clear to those skilled in the art that further embodiments
may be made without departing from the scope of the present invention.
1. A bracket pin assembly comprising:
a support plate (10) having an end plate (16) which has at least one opening (18);
a pin (12) connected to the end plate (16) of the support plate (10) and comprising
a base (22), a support member (24), a first installation member (26), a second installation
member (28), and at least one resilient member (30);
the base (22) having a chamber (32);
the support member (24) connected to the base (22) and having a support section (34)
and an engaging section (38), the support section (34) extending through the chamber
(32) of the base (22) and the at least one opening (18) of the end plate (16), the
engaging section (38) located in a part of the support section (34);
the first installation member (26) movably connected to the chamber (32) of the base
(22) and comprising a first support portion (40a), a first contact portion (42a),
a first recess (44a) and a first engaging portion (46a), the first contact portion
(42a) extending from the first support portion (40a) and contacting a wall around
the at least one opening (18) of the end plate (16), the first support portion (40a)
extending through the chamber (32) and the at least one opening (18) of the end plate
(16), the first recess (44a) located beside the first support portion (40a), the first
engaging portion (46a) located in the first recess (44a) and adapted to be contact
with the engaging section (38);
the second installation member (28) movably connected to the chamber (32) of the base
(22) and comprising a second support portion (40b), a second contact portion (42b),
a second recess (44b) and a second engaging portion (46b), the second contact portion
(42b) extending from the second support portion (40b) and contacting the wall around
the at least one opening (18) of the end plate (16), the second support portion (40b)
extending through the chamber (32) and the at least one opening (18) of the end plate
(16), the second recess (44b) located beside the second support portion (40b), the
second engaging portion (46b) located in the second recess (44b) and adapted to be
contact with the engaging section (38), and
the at least one resilient member (30) located in the chamber (32) of the base (22)
and biasing the first and second installation members (26, 28).
2. The bracket pin assembly as claimed in claim 1, wherein the first and second installation
members (26, 28) form a rectangular combination, the support member (24) is a cylindrical
member, and the first recess (44a) of the first installation member (26) and the second
recess (44b) of the second installation member (28) are respectively configured as
semi-circular recesses corresponding to the cylindrical support member (24).
3. The bracket pin assembly as claimed in claim 1, wherein the engaging section (38)
of the support member (24) is an annular recess around the part of the support section
(34), the first engaging portion (46a) of the first installation member (26) extends
from the first recess (44a), and the second engaging portion (46b) of the second installation
member (28) extends from the second recess (44b)
4. The bracket pin assembly as claimed in claim 1, wherein the at least one opening (18)
of the end plate (16) has first and second windows (64a, 64b), having different sizes
from each other, the first window (64a) is adapted for insertion of the first installation
member (26), the second window (64b) is adapted for insertion of the second installation
member (28), and at least two resilient members (66, 68) respectively bias the first
and second installation members (26, 28).
5. The bracket pin assembly as claimed in claim 1, wherein the end plate (16) comprises
two openings (18) which are separately aligned in vertical direction, and two pins
(12), corresponding to the two openings (18), are assembled to upper and lower portions
of the end plate (16).
6. The bracket pin assembly as claimed in claim 5, wherein the two pins (12) are assembled
with the two openings (18) in the upper and lower portions of the end plate (16) of
the support plate (10).
7. The bracket pin assembly as claimed in claim 1, further comprising a first post (48),
the first post (48) having multiple first installation holes (50) which are separately
aligned in vertical direction, wherein when the support plate (10) is installed to
the first post (48), the support members (24), the first installation members (26)
and the second installation members (28) extend through one of the first installation
holes (50) of the first post (48) so that the first engaging portion (46a) of the
first installation member (26) and the second engaging portion (46b) of the second
installation member (28) are engaged with the engaging section (38) of the support
member (24).
8. The bracket pin assembly as claimed in claim 1, further comprising a second post (52),
the second post (52) having multiple second installation holes (54) which are separately
aligned in vertical direction, wherein when the support plate (10) is installed to
the second post (52), the support member (24) extends through one of the second installation
holes (54) of the second post (54), the first and second installation members (26,
28) contact the second post (52).
1. Ein Aufbau eines Riegelaufbaus, umfassend:
einem Trägerplättchen (10) mit einem Anschlagplättchen (16), das mindestens mit einer
Öffnung (18) gebildet ist;
einem Stift (12), der am Anschlagplättchen (16) des Trägerplättchens (10) befestigt
ist und aus einer Basis (22), einem Trägerteil (24), einem ersten Montageteil (26),
einem zweiten Montageteil (28) sowie aus einer Feder (30) besteht;
die Basis (22) mit einem Hohlraum (32) gebildet ist;
das Trägerteil (24) an der Basis (22) befestigt ist und einen Trägerabschnitt (34)
sowie ein einrückbares Teil (38) aufweist; der Trägerabschnitt (34) sich durch den
Hohlraum (32) der Basis (22) und durch die mindestens eine Öffnung (18) des Anschlagplättchens
(16) erstreckt; das einrückbare Teil (38) in einem Teil des Trägerabschnitts (34)
gebildet ist;
das erste Montageteil (26) beweglich am Hohlraum (32) der Basis (22) befestigt ist
und aus einem ersten Trägerteil (40a), einem ersten Berührungsteil (42a), einer ersten
Aussparung (44a) und aus einem ersten Einrastteil (46a) besteht, wobei sich das erste
Berührungsteil (42a) vom ersten Trägerteil (40a) erstreckt und mit einer Umwandung
um die mindestens eine Öffnung (18) das Anschlagplättchen (16) in Berührung kommt;
sich das erste Trägerteil (40a) durch die Kammer (32) sowie durch die mindestens eine
Öffnung (18) im Anschlagplättchen (16) erstreckt; die erste Aussparung (44a) neben
dem ersten Trägerteil (40a) gebildet ist; das erste Einrastteil (46a) in der ersten
Aussparung (44a) gebildet und so ausgeführt ist, damit es mit dem einrückbaren Teil
(38) in Berührung kommt;
das zweite Montageteil (28) beweglich am Hohlraum (32) der Basis (22) befestigt ist
und aus einem zweiten Trägerteil (40b), einem zweiten Berührungsteil (42b) einer zweiten
Aussparung (44b) und einem zweiten Einrastteil (46b) besteht; sich das zweite Berührungsteil
(42b) am zweiten Trägerteil (40b) erstreckt sowie mit der Umwandung um die mindestens
eine Öffnung (18) im Anschlagplättchen (16) in Berührung kommt; sich das zweite Trägerteil
(40b) durch den Hohlraum (32) sowie durch die mindestens eine Öffnung (18) im Anschlagplättchen
(16) erstreckt; die zweite Aussparung (44b) neben dem zweiten Trägerteil (40b) gebildet
ist; das zweite Einrastteil (46b) in der zweiten Aussparung (44b) gebildet und so
ausgeführt ist, damit es mit dem einrückbaren Teil (38) in Berührung kommt; und
die mindestens eine Feder (30) im Hohlraum (32) der Basis (22) angeordnet ist und
das erste Montageteil (26) und das zweite Montageteil (28) vorspannt.
2. Der Aufbau des Riegelstiftes nach Anspruch 1, wobei das erste und zweite Montageteil
(26, 28) einen rechteckigen Aufbau bilden; das Trägerteil (24) als ein zylindrisches
Teil gebildet ist und die erste Aussparung (44a) im ersten Montageteil (26) sowie
die zwei Aussparung (44b) im zweiten Montageteil (28) je als halbrunde Aussparungen
entsprechend dem zylindrischen Trägerteil (24) geformt sind.
3. Der Aufbau des Riegelstiftes nach Anspruch 1, wobei das einrückbare Teil (38) des
Trägerteils (24) als eine kreisrunde Aussparung um das Teil des Trägerabschnitts (34)
geformt ist; sich das erste Einrastteil (46a) des ersten Montageteils (26) von der
Aussparung (44a) und das zweite Einrastteil (46b) des zweiten Montageteils (28) von
der zweiten Aussparung (44b) erstrecken.
4. Der Aufbau des Riegelstiftes nach Anspruch 1, wobei die mindestens eine Öffnung (18)
des Anschlagplättchens (16) erste und zweite Fenster (64a, 64b) in verschiedenen Größen
aufweist und sich so voneinander unterscheiden; das erste Fenster (64a) so gebildet
ist, um das erste Montageteil (26) einzuführen und das zweite Fenster (64b) zum Einführen
zweiten Montageteils (28) geformt ist, während mindestens zwei Federn (66, 68) das
erste bzw. zweite Montageteil (26, 28) vorspannen.
5. Der Aufbau des Riegelstiftes nach Anspruch 1, wobei das Anschlagplättchen (16) zwei
Öffnungen (18) aufweist, die in eine vertikale Richtung ausgerichtet sind, während
zwei diesen beiden Öffnungen (18) entsprechenden Stifte (12) in die oberen und unteren
Teile des Anschlagplättchens (16) eingesteckt sind.
6. Der Aufbau des Riegelstiftes nach Anspruch 5, wobei die Stifte (12) in die beiden
Öffnungen (18) in den oberen und unteren Teilen des Anschlagplättchen (16) der Trägerbasis
(10) eingesteckt sind.
7. Der Aufbau des Riegelstiftes nach Anspruch 1, weiter bestehend aus einem ersten Riegel
(48); dieser erste Riegel (48) mehrere erste Montagelöcher (50) aufweist, die getrennt
in eine vertikale Richtung geformt sind, wobei die Trägerbasis (10) am ersten Riegel
(48) montiert ist; sich das Trägerteil (24), die ersten Montageteile (26) sowie die
zweiten Montageteile (28) durch eines der Montagelöcher (50) im ersten Riegel (48)
erstrecken, damit das erste Einrastteil (46a) des ersten Montageteils (26) und das
zweite Einrastteil (46b) des zweiten Montageteils (28) in das einrückbare Teil (38)
des Trägerteils (24) eingerückt werden kann.
8. Der Aufbau des Riegelstiftes nach Anspruch 1, weiter bestehend aus einem zweiten Riegel
(52); dieser zweite Riegel (52) mehrere zweite Montagelöcher (54) aufweist, die getrennt
in eine vertikale Richtung ausgerichtet sind, während die Trägerbasis (10) am zweiten
Riegel (52) montiert ist; sich das Trägerteil (24) durch eines der zweiten Montagelöcher
(54) im zweiten Riegel (52) erstreckt, das erste und zweite Montageloch (26, 28) mit
dem zweiten Riegel (52) in Berührung kommen.
1. Un ensemble de tige de fixation comprenant :
une plaque de support (10) ayant une plaque d'extrémité (16) qui a au moins une ouverture
(18) ;
une tige (12) reliée à la plaque d'extrémité (16) de la plaque de support (10) et
comprenant une base (22), un élément de support (24), un premier élément d'installation
(26), un second élément d'installation (28), et au moins un élément élastique (30)
;
la base (22) ayant une chambre (32) ;
l'élément de support (24) relié à la base (22) et ayant une section de support (34)
et une section d'engagement (38), la section de support (34) s'étendant au travers
de la chambre (32) de la base (22) et de la ou des ouverture(s) (18) de la plaque
d'extrémité (16), la section d'engagement (38) située dans une partie de la section
de support (34) ;
le premier élément d'installation (26) relié de manière mobile à la chambre (32) de
la base (22) et comprenant une première portion de support (40a), une première portion
de contact (42a), une première cavité (44a) et une première partie d'engagement (46a),
la première portion de contact (42a) s'étendant à partir de la première portion de
support (40a) et étant en contact avec une paroi autour de la ou des ouverture(s)
(18) de la plaque d'extrémité (16), la première portion de support (40a) s'étendant
au travers de la chambre (32) et de la ou des ouverture(s) (18) de la plaque d'extrémité
(16), de la première cavité (44a) située à côté de la première portion de support
(40a), de la première partie d'engagement (46a) située dans la première cavité (44a)
et adaptée pour être en contact avec la section d'engagement (38) ;
le second élément d'installation (28) relié de manière mobile à la chambre (32) de
la base (22) et comprenant une seconde portion de support (40b), une seconde portion
de contact (42b), une seconde cavité (44b) et une seconde partie d'engagement (46b),
la seconde portion de contact (42b) s'étendant à partir de la seconde portion de support
(40b) et étant en contact avec une paroi autour de la ou des ouverture(s) (18) de
la plaque d'extrémité (16), la seconde portion de support (40b) s'étendant au travers
de la chambre (32) et de la ou des ouverture(s) (18) de la plaque d'extrémité (16),
de la seconde cavité (44b) située à côté de la seconde portion de support (40b), de
la seconde partie d'engagement (46b) située dans la seconde cavité (44b) et adaptée
pour être en contact avec la section d'engagement (38), et
le ou les éléments élastique(s) (30) situé(s) dans la chambre (32) de la base (22)
et influençant les premier et second éléments d'installation (26, 28).
2. L'ensemble de tige de fixation tel que revendiqué dans la revendication 1, dans lequel
les premier et second éléments d'installation (26, 28) forment une combinaison rectangulaire,
l'élément de support (24) est un élément cylindrique, et la première cavité (44a)
du premier élément d'installation (26) et la seconde cavité (44b) du second élément
d'installation (28) sont respectivement configurées comme des cavités semi circulaires
correspondant à l'élément de support cylindrique (24).
3. L'ensemble de tige de fixation tel que revendiqué dans la revendication 1, dans lequel
la section d'engagement (38) de l'élément de support (24) est une cavité annulaire
autour de la partie de la section de support (34), la première partie d'engagement
(46a) du premier élément d'installation (26) s'étend à partir de la première cavité
(44a), et la seconde partie d'engagement (46b) du second élément d'installation (28)
s'étend à partir de la seconde cavité (44b).
4. L'ensemble de tige de fixation tel que revendiqué dans la revendication 1, dans lequel
la ou les ouverture(s) (18) de la plaque d'extrémité (16) a ou ont une première et
une seconde fenêtre (64a, 64b), de différente taille, la première fenêtre (64a) est
adaptée pour l'insertion du premier élément d'installation (26), la seconde fenêtre
(64b) est adaptée pour l'insertion du second élément d'installation (28), et au moins
deux éléments élastiques (66, 68) influencent respectivement les premier et second
éléments d'installation (26, 28).
5. L'ensemble de tige de fixation tel que revendiqué dans la revendication 1, dans lequel
la plaque d'extrémité (16) comprend deux ouvertures (18) qui sont alignées séparément
en direction verticale, et deux tiges (12), correspondant aux deux ouvertures (18),
sont assemblées aux portions inférieure et supérieure de la plaque d'extrémité (16).
6. L'ensemble de tige de fixation tel que revendiqué dans la revendication 5, dans lequel
les deux tiges (12) sont assemblées avec les deux ouvertures (18) dans les portions
inférieure et supérieure de la plaque d'extrémité (16) de la plaque de support (10).
7. L'ensemble de tige de fixation tel que revendiqué dans la revendication 1, comprenant
en outre un premier poste (48), le premier poste (48) ayant de multiples premiers
trous d'installation (50) qui sont alignés séparément en direction verticale, dans
lequel quand la plaque de support (10) est installée sur le premier poste (48), les
éléments de support (24), les premiers éléments d'installation (26) et les seconds
éléments d'installation (28) s'étendent au travers de l'un des premiers trous d'installation
(50) du premier poste (48) de sorte que la première partie d'engagement (46a) du premier
élément d'installation (26) et la seconde partie d'engagement (46b) du second élément
d'installation (28) sont engagées avec la section d'engagement (38) de l'élément de
support (24).
8. L'ensemble de tige de fixation tel que revendiqué dans la revendication 1, comprenant
en outre un second poste (52), le second poste (52) ayant de multiples seconds trous
d'installation (54) qui sont alignés séparément en direction verticale, dans lequel
quand la plaque de support (10) est installée sur le second poste (52), l'élément
de support (24) s'étend au travers de l'un des seconds trous d'installation (54) du
second poste (54), les premier et second éléments d'installation (26, 28) sont en
contact avec le second poste (52).