JP3171842U - Shaft connection bracket for mounting display - Google Patents

Abstract

[PROBLEMS] To fix a display device of different manufacturer and size to a support shaft of a stationary object, and to adjust the vertical position and inclination angle of the display device in accordance with the viewing posture of the user. I will provide a. A shaft connection fitting for mounting a display device includes a main base 1, a sub base 2, and a joint unit 3. The main base 1 can be fixed to a support shaft of a stationary object, has a storage space 11, and includes a first buckle 16 and two first fixing parts 15. The sub base 2 is installed so as to fit in the storage space 11, and is fixed to the main base 1 by the first fixing parts 15. The joint unit 3 is installed so as to sandwich the sub base 2 and is fixed to the sub base 2 by the second fixing parts 33. [Selection] Figure 1

Description

  The present invention relates to a shaft connection fitting for mounting a display device.

  Currently, display devices such as computer displays, monitor displays, and televisions are becoming increasingly thin, flat, and high in image quality. This type of display device is usually installed on a wall surface of a living environment through a hanging bracket. The hanging metal fitting is formed by pressing a metal piece and then forming a plurality of screw holes for fixing the display device, and fixing the display device with screws.

  However, the hanging bracket cannot be applied to display devices of different manufacturers and different sizes, and therefore cannot be applied. Moreover, although the said hanging metal fitting can be easily installed in the form which sticks to planar environment like a wall surface, it cannot be installed in a support shaft like a cylindrical body. Further, once the hanging bracket is fixed to the wall surface, the inclination angle of the display device with respect to the wall surface is fixed, so that the posture at the time of viewing is fixed and cannot be adjusted again. In order to change the tilt angle of the display device, there is only a method of replacing the hook with a tilt angle adapted to the posture required by the user.

  In order to solve the above problems, the present invention can fix display devices of different manufacturers and sizes to the support shaft of the stationary object, and can adjust the vertical position and tilt angle of the display device according to the user's viewing posture An object of the present invention is to provide a shaft connecting bracket for mounting a display device.

In order to achieve the above object, a shaft connection fitting for mounting a display device according to the present invention includes a main base, a sub base, and a joint unit.
The main base can be fixed to the stationary object after adjusting the vertical position and the left / right inclination with respect to the stationary object. The main base has a storage space, two insertion holes corresponding to the support shaft of the stationary object, two slide grooves formed on the inner wall defining the storage space, and two sets of upper and lower positions of the slide groove. It is comprised from the 1st buckle which has a hole, and two fixing parts inserted in the hole of a 1st buckle.

The sub base is fitted in the storage space of the main base, and after adjusting whether the sub base is pushed into the main base or pulled out to the opposite side of the main base, the sub base is fixed to the main base with the first fixing parts.
The sub-base has two protrusions that fit into the slide groove of the main base, a plurality of horizontal adjustment grooves that extend in the horizontal direction at positions corresponding to the holes, and that pass through the first fixing part, and two that extend in the vertical direction And a second buckle having two diagonal adjustment grooves formed above the vertical adjustment groove and inclined with respect to the horizontal adjustment groove and the vertical adjustment groove.

The joint unit is fitted to the outside of the sub base, and after adjusting the vertical position and the front / rear inclination with respect to the sub base, the joint unit is fixed to the sub base with the second fixing parts.
The joint unit is installed so as to be sandwiched from both the left and right sides of the sub-base, and has a pair of left and right support arms having an upper hole corresponding to the oblique adjustment groove and a lower hole corresponding to the vertical adjustment groove, and upper portions of the pair of support arms. It has two insertion pipes that connect the tips and the lower tips, a second fixing part that is inserted into the upper hole and the diagonal adjustment groove, and a second fixing part that is inserted into the lower hole and the vertical adjustment groove. . The joint unit is fixed to the back surface of the display device in a detachable manner directly or indirectly through a fixing member fixed to the back surface.

In such a shaft connection fitting, the main base can be fixed to the support shaft of the stationary object, and the vertical position and the left and right angles can be adjusted with respect to the stationary object. The sub base can slide back and forth with respect to the main base, and the left and right angles can be adjusted. The joint unit can be adjusted with respect to the sub-base in the vertical direction position and the forward / backward inclination.
Therefore, display devices of different manufacturers and sizes can be fixed to the support shaft of the stationary object. In addition, the vertical position and the tilt angle of the display device can be adjusted in accordance with an appropriate posture at the time of viewing by the user.

It is a three-dimensional exploded view of the shaft connector according to the first embodiment of the present invention. It is the figure which showed the axis | shaft connection metal fitting of FIG. 1 from another angle. It is a three-dimensional exploded view of the shaft connecting bracket according to the second embodiment of the present invention. It is the figure which showed the state which attached the shaft connection metal fitting by 1st embodiment of this invention to the support stem of the stationary object. It is the figure which showed the axis | shaft connection metal fitting of FIG. 4 from another angle. It is the figure which showed the state by which the attachment surface of the joint unit of the shaft connection metal fitting by 1st, 2nd embodiment of this invention was attached to the plate. It is the figure which showed the state in which the both sides of the rectangular part of the joint unit of the shaft connection metal fitting by 1st, 2nd embodiment of this invention were each attached to the hanging metal fitting vertically. The figure which showed the state where the display apparatus was further fixed in the form where it sticks, after both sides of the rectangular part of the joint unit of the shaft connection metal fitting by the first and second embodiments of the present invention are respectively attached to the hanging metal fitting vertically. It is. It is the figure which showed the state attached to the support stem of another stationary object in the shaft connection metal fitting by 1st, 2nd embodiment of this invention. It is a three-dimensional exploded view of the shaft connection fitting according to the third embodiment of the present invention. It is an assembly completion figure of the axis | shaft connection metal fitting of FIG. It is the figure which showed the state which attached the main base of the shaft connection metal fitting by 3rd embodiment of this invention, the sub base, and the joint unit to the stationary object. It is a three-dimensional exploded view of the shaft connecting bracket according to the fourth embodiment of the present invention.

  Hereinafter, the shaft connector according to the first embodiment of the present invention will be described with reference to FIGS. 1, 2, and 8. The shaft connecting bracket of the first embodiment of the present invention includes a main base (1), a sub base (2), and a joint unit (3).

The main base (1) is installed on the stationary object (4). The main base (1) has a storage space (11). The main base (1) is fixed to the stationary object (4) after the vertical position and the horizontal inclination are adjusted with respect to the stationary object (4). The main base (1) consists of a first buckle (16) and two first fixing parts (15).
The first buckle (16) is formed with two insertion holes (12) corresponding to the support stems (42) of the stationary object (4) and indented on both inner surfaces of the storage space (11), and the main base (2). Two slide grooves (13) having a start end (131) communicating with the outside and a terminal end (132) located inside the main base (1), and the start end (131) of the slide groove (13) above and below the slide groove (13) ) And two sets of holes (14) through which the first fixing part (15) is inserted, and a plurality of non-slip irregularities (161) formed on the outer wall.

The sub base (2) is installed so as to fit in the storage space (11). The sub-base (2) is pushed to the main base (1) side or pulled out to the opposite side of the main base (1) and then fixed to the main base (1) by the first fixing part (15). .
The sub-base (2) is installed at a position corresponding to the hole (14) above and below the two protrusions (21) fitted into the slide groove (13), and the slide groove (13) extends. Horizontal adjustment groove (22) consisting of two holes aligned in the direction, two vertical adjustment grooves (23) formed near the horizontal adjustment groove (22) and the protrusion (21) at a position close to the lower surface Two oblique direction adjustment grooves (24) formed to be inclined near the protrusion (21) above the vertical direction adjustment groove (23), and a plurality of non-slip irregularities formed on the outer wall A second buckle (25) having (251).

The joint unit (3) is installed so as to fit outside the sub-base (2). The joint unit (3) is fixed to the sub-base (2) by the second fixing part (33) after the vertical position and the front-rear inclination are adjusted.
The joint unit (3) may be detachably fixed to the back surface (52) of the display device (5). In the present embodiment, the joint unit (3) is fixed to the fixing member (6) of the back surface (52) of the display device (5). It fixes so that it may contact and may be supported by a fixing member (6).

  The joint unit (3) is installed so as to sandwich the sub-base (2). The joint unit (3) corresponds to the diagonal adjustment groove (24), corresponds to the upper hole (311) through which the second fixing part (33) is inserted, and corresponds to the vertical adjustment groove (23). 33) a pair of supporting arms (31) having a pilot hole (312) through which the two are inserted, two upper ends (313) of the supporting arms (31), and two lower ends (314) that are firmly fixed horizontally It has an insertion tube (32) and two second fixing parts (33) to be inserted into the upper hole (311) and the lower hole (312). The joint unit (3) has a mounting surface (34) formed so as to connect the upper and lower insertion tubes (32) and the left and right support arms (31) on the side opposite to the sub-base (2).

  This will be described with reference to FIG. The shaft connection fitting of the second embodiment of the present invention differs from the first embodiment only in the horizontal adjustment groove (22) of the sub-base (2). The horizontal direction adjustment groove (22) of the second embodiment is a long hole formed in a longitudinal shape in the direction in which the slide groove (13) extends.

  This will be described with reference to FIGS. According to the combination of the above-mentioned parts, in the first and second embodiments of the present invention, the user first places the support stem (42) of the stationary object (4) in the insertion hole (12) of the main base (1). Insert it. Next, the main base (1) and the sub base (2) are brought close to each other by aligning the protrusion (21) of the sub base (2) with the slide groove (13) of the storage space (11). Next, when the sub-base (2) contacts the support stem (42), the first fixing part (15) is inserted into the hole (14) corresponding to the horizontal adjustment groove (22), and the main base (1) and The sub-base (2) is firmly fixed to the support stem (42). Next, after fitting the joint unit (3) to the sub-base (2) opposite to the main base (1), the second fixing part (33) is fitted to the pilot hole (312) and the vertical adjustment groove ( 23), the joint unit (3) is moved up and down with respect to the sub-base (2) and adjusted to an appropriate usage height. Next, the second fixing part (33) is inserted into the upper hole (311) and the oblique adjustment groove (24), and the joint unit (3) is tilted back and forth with respect to the sub-base (2) so as to have an appropriate use angle. adjust.

  As shown in FIG. 6, the fixing member (6) is a plate body (60) attached to the attachment surface (34) of the joint unit (3). In front of the plate (60), the back surface (52) of the display device (5) is fixed in contact. For this reason, a user differs in a manufacturer and size only by making the fixing member (6) which supports the back surface (52) of a display apparatus (5) contact and fix the attachment surface (34) of a joint unit (3). The display device (5) can be firmly attached to the support stem (42), and at the same time, the purpose of adjusting the display device (5) to an appropriate posture during viewing is achieved.

  This will be described with reference to FIGS. The joint unit (3) in the first and second embodiments of the present invention fixes the rectangular part (35) having these bar members by inserting horizontal bar members into the upper and lower insertion pipes (32). can do. A metal fitting (63) can be hooked vertically on both the left and right sides of the rectangular part (35). The hanging metal fitting (63) is fixed so as to stick tightly to the back surface (52) of the display device (5). For this reason, the user similarly achieves the above-mentioned object.

  A description will be given with reference to FIGS. The attachment surface (34) of the joint unit (3) in the first and second embodiments of the present invention is attached to the fixing member (6). The fixing member (6) is a plate body (61). The left and right sides of the plate body (61) are attached to the hanging metal fitting (62). The rear surface (52) of the display device (5) is fixed to the hanging metal fitting (62) so as to be tightly attached. The stationary object (4) has a base (40) that supports an upstanding support stem (42). The base (40) has a plurality of partition plates (402). The display device (5) is selected from one of a liquid crystal television, a liquid crystal display, a plasma television, and a monitor. For this reason, the user similarly achieves the above-mentioned object.

  This will be described with reference to FIGS. In FIG. 9, the stationary object (4) has a base (40) that supports an upstanding support stem (42), and makes it easier to install the stationary object (4) on a surface such as a ceiling or a wall surface. The support stem (42) is installed by being inserted into the insertion hole (12) of the main base (1). For this reason, the user similarly achieves the above-mentioned object.

  A third embodiment of the present invention will be described with reference to FIGS. 8 and 10 to 12. The main base (1) in the third embodiment of the present invention includes a storage space (11), two insertion holes (17) corresponding to the support stem (42) of the stationary object (4), an insertion hole (17), Similarly, it is empty in the vertical direction, and the first base is inserted and installed in two shaft holes (19) for sliding and rotating the sub-base (2) in the storage space (11) and the shaft hole (19). It has parts (191).

  The sub-base (2) has two horizontal adjustment grooves (26) corresponding to the shaft hole (19) and the first fixing part (191). The length in the longitudinal direction of the horizontal adjustment groove (26) is larger than the diameter of the shaft hole (19). Two vertical adjustment grooves (27) formed near the lower surface of the sub-base (2), and two diagonal adjustment grooves (obliquely formed above the vertical adjustment grooves (27)) 28).

  The joint unit (3) is installed so as to sandwich the outer side of the sub-base (2), and has an upper hole (311) corresponding to the oblique adjustment groove (23) and a pilot hole (3) corresponding to the vertical adjustment groove (23). 312), two insertion tubes (32) firmly fixed to the upper tip (313) and lower tip (314) of the support arm (31), and an upper hole ( 311) and two second fixing parts (33) inserted and installed in the pilot hole (312). The joint unit (3) has a mounting surface (34) formed continuously so as to connect the upper and lower insertion tubes (32) and the left and right support arms (31) on the opposite side of the sub-base (2). Have

  This will be described with reference to FIGS. 8 and 10 to 12. In the third embodiment of the present invention, the user attaches the stationary object (4) to the wall surface in the third embodiment of the present invention by combining the parts described above. Next, the main base (1) is fixed to the stationary object (4) by the support stem (42). Next, the sub base (2) is slid and rotated in the storage space (11) with respect to the main base (1). Next, the vertical position and the forward / backward inclination of the joint unit (3) with respect to the sub-base are adjusted. Thus, as in the first embodiment, the display device (5) of different manufacturer and size is firmly fixed to the support stem (42) and adjusted to fit the appropriate posture for the user to watch. Can do.

As shown in FIG. 13, the joint unit (3) may not have a mounting surface.
As described above, the embodiments of the present invention have been described in detail. However, the present invention is not limited to these embodiments, and any design changes that do not depart from the gist of the present invention are included in the present invention. It is.

(1): Main base (11): Storage space (12): Insertion hole (13): Slide groove (131): Start end (132): End (14): Hole (15): First fixing part (16 ): First buckle (161): Concavity and convexity for preventing slip (17): Insertion hole (19): Shaft hole (191): First fixing part (2): Sub-base (21): Protrusion (22): Horizontal adjustment groove (23): Vertical adjustment groove (24): Diagonal adjustment groove (25): Second buckle (251): Concavity and convexity for anti-slip (26): Horizontal adjustment groove (27): Vertical Direction adjustment groove (28): Diagonal direction adjustment groove (3): Joint unit (31): Support arm (311): Upper hole (312): Lower hole (313): Upper tip (314): Lower tip (32) : Insertion tube (33): Second fixed part (34) Mounting surface (35): Rectangular part (4): Stationary object (42): Support stem (40): Base (402): Partition plate (5): Display device (52): Back surface (6): Fixing member (60 ): Plate body (61): Plate body (62): Hanging bracket (63): Hanging bracket

Claims (10)

A shaft connection bracket for mounting a display device to a stationary object,
After the vertical position and the horizontal inclination with respect to the stationary object are adjusted, the stationary object can be fixed to the stationary object, and the storage space, two insertion holes corresponding to the support shaft of the stationary object, and the storage space are defined. It is composed of two slide grooves formed on the inner wall, a first buckle having two sets of holes positioned above and below the slide groove, and two first fixing parts inserted into the holes. Main base
Two protrusions that fit into the slide groove, a horizontal adjustment groove that extends in a horizontal direction at a position corresponding to the hole, and through which the first fixing part is inserted, two vertical adjustment grooves that extend in the vertical direction, and It is composed of a second buckle having two oblique direction adjustment grooves formed at an inclination with respect to the horizontal direction adjustment groove and the vertical direction adjustment groove above the vertical direction adjustment groove, and fits in the storage space. A sub-base fixed to the main base with the first fixing parts after being installed and pushed into the main base side or pulled out to the opposite side of the main base;
A pair of left and right sides that are installed so as to sandwich the sub-base from both the left and right sides, and have an upper hole formed at a position corresponding to the oblique adjustment groove and a prepared hole formed at a position corresponding to the vertical adjustment groove. Support arms, two insertion tubes connecting upper ends and lower ends of the pair of support arms, a second fixing part inserted into the upper hole and the vertical adjustment groove, and the lower hole and the It has a second fixed part to be inserted into the oblique adjustment groove, can be attached directly or indirectly to the back surface of the display device in a detachable manner, and is installed so as to fit outside the sub-base. And a joint unit fixed to the sub-base with the second fixing parts after the vertical position and the front-back inclination with respect to the sub-base are adjusted,
A shaft connecting bracket for mounting a display device, comprising:   The joint unit is formed continuously so as to connect the two insertion pipes and the pair of support arms on the opposite side of the sub-base, and can be attached to the back surface or the fixing member of the display device. The shaft connecting bracket for mounting a display device according to claim 1, further comprising a surface.   The plate member that can be attached to the attachment surface of the joint unit, further comprising a fixing member that can be fixed to the back surface in contact with the back surface of the display device. Shaft connection bracket for display device mounting. A fixing member made of a plate that can be attached to the attachment surface of the joint unit;
A vertical hanging bracket that is installed on both left and right sides of the fixing member and fixed in contact with the back surface of the display device;
The shaft connecting bracket for mounting a display device according to claim 2, further comprising: The joint unit has a rectangular part that is inserted into and fixed to the insertion tube,
The shaft connecting bracket for mounting a display device according to claim 2, further comprising a vertical hook that is installed on both left and right sides of the rectangular part and is fixed in a state in which the back surface of the display device is in contact. . A shaft connection bracket for mounting a display device to a stationary object,
It can be fixed to the stationary object after the vertical position and the left / right inclination with respect to the stationary object are adjusted, and the storage space, the two insertion holes corresponding to the supporting stem of the stationary object, and the parallel to the supporting stem A main base composed of a first buckle having two shaft holes penetrating in the axial direction, and a first fixing part inserted into the shaft hole;
Corresponding to the shaft hole and the first fixed part, two horizontal direction adjustment grooves formed in the longitudinal direction longer than the inner diameter of the shaft hole, two vertical direction adjustment grooves formed at positions close to the lower surface, And two oblique direction adjustment grooves formed obliquely with respect to the horizontal direction adjustment groove and the vertical direction adjustment groove above the vertical direction adjustment groove, and installed so as to fit into the storage space. And a sub-base fixed to the main base with the first fixing part, after being pushed into the main base side or pulled out to the opposite side of the main base,
A pair of left and right support arms installed so as to sandwich the sub-base from both left and right sides, and having an upper hole corresponding to the oblique direction adjustment groove and a lower hole corresponding to the vertical direction adjustment groove, and a pair of the support arms Two horizontal insertion tubes that connect the upper tips and the lower tips of each other, a second fixing part that is inserted into the upper hole and the diagonal adjustment groove, and a lower hole and the vertical adjustment groove It has a second fixed part to be inserted, can be directly or indirectly attached to the back surface of the display device in a detachable manner, and is installed so as to fit outside the sub base and the sub base A joint unit that is fixed to the sub-base by the second fixing part after the vertical position and the front-rear inclination with respect to
A shaft connecting bracket for mounting a display device, comprising:   The joint unit is formed continuously so as to connect the two insertion pipes and the pair of support arms on the opposite side of the sub-base, and can be attached to the back surface or the fixing member of the display device. The shaft connecting bracket for mounting a display device according to claim 6, further comprising a surface.   The plate member that can be attached to the attachment surface of the joint unit, further comprising a fixing member that can be fixed to the back surface in contact with the back surface of the display device. Shaft connection bracket for display device mounting. A fixing member made of a plate that can be attached to the attachment surface of the joint unit;
A vertical hanging bracket that is installed on both sides of the fixing member and is fixed to the back surface in contact with the back surface of the display device;
The shaft connecting bracket for mounting a display device according to claim 7, further comprising: The joint unit has a rectangular part that is inserted into and fixed to the insertion tube,
The display device mounting attachment according to claim 7, further comprising a vertical hook that is installed on both left and right sides of the rectangular part and fixed to the back surface in contact with the back surface of the display device. Axis connection bracket.

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