KR200299578Y1 - Bracket for a sensor - Google Patents

Abstract

Disclosed is a detector bracket which can be attached to a wall or a ceiling by one type of bracket, can be equipped with a heat sensor, and can easily set a detection zone. The detector bracket is fixed to the wall or ceiling by the fastening means, the space is provided in the center, and the fixing member provided with a coupling groove on the side wall constituting the space; Is disposed in the space of the fixing member, the detector is coupled to the fitting projection is fitted into the coupling groove so that the fixing member is coupled to the wall or ceiling in a state of maintaining a constant direction, the fitting protrusion is And a detector coupling member assembly disposed at equal distances from each other on at least two surfaces in contact with the stationary member.

As such, the present invention provides a structure in which the direction of the fixing member is fitted to the detector coupling member assembly to which the detector is coupled, so that the detector can be installed on the wall and the ceiling in the same direction using one type of bracket. It is very easy to install, and can reduce the production cost, as well as to overcome the limitation that the installation location is limited. In addition, the present invention can be attached to the ceiling or wall, but the heat sensor can be freely moved up, down, left and right in a certain section, it is easy to set the detection zone.

Description

Bracket for a sensor

The present invention relates to a detector bracket, and more particularly, a heat detector may be mounted, and a detector having a structure that can be attached to or detached from a wall or a ceiling by using one type of bracket, and easily detects a zone. It is about a dragon bracket.

In general, a bracket to which a conventional heat detector is coupled is used to be attached to a ceiling or to a wall, and in this case, two types of brackets are used. When using the ceiling-only bracket or wall-only bracket as described above, the task of installing the heat detector may be cumbersome due to the limitation of the installation location, or the production cost may be increased by producing two kinds of products having the same function. I have a problem.

Therefore, the present invention is proposed to solve the above problems, and the object of the present invention is that one type of bracket can be attached to the ceiling as well as to the wall as necessary, while the heat sensor is disposed in a constant direction. It is possible to attach the sensor bracket to overcome the limitations of the installation position.

In addition, the present invention is to provide a detector bracket that can be attached to the ceiling or wall using one kind of bracket, while the heat detector can move freely in a certain section up, down, left, and right, so that the detection zone can be easily set. .

In addition, the present invention is to provide a detector bracket that can be easily assembled by minimizing the number of components, and to provide a structure that can be installed by combining the detector with the wall and ceiling as a kind of bracket to reduce the production cost .

In order to achieve the above object, the present invention is fixed to the wall or ceiling by a fastening means, the space is provided in the center, the fixing member provided with a coupling groove on the side wall constituting the space; Is disposed in the space of the fixing member, the detector is coupled to the fitting projection is fitted into the coupling groove so that the fixing member is coupled to the wall or ceiling in a state of maintaining a constant direction, the fitting protrusion is Provided is a detector bracket comprising a detector coupling member assembly disposed at equal distances from each other on at least two surfaces in contact with the stationary member.

This invention is fitted to the coupling groove provided in the sensor coupling member assembly is provided in the coupling groove provided in the fixing member. In this case, the fixing member may be coupled to the wall or the ceiling through a separate fastening means while the detector coupling member assembly in which the detector is coupled maintains a constant position. That is, the fitting protrusion of the detector coupling member assembly is disposed at the same distance from the two surfaces facing the fixing member, so that the fitting protrusion of the detector coupling member assembly may be coupled to the fixing member in a state where the direction is changed while maintaining a constant position.

1 is a perspective view showing a use state according to the present invention.

FIG. 2 is an exploded view illustrating a part of FIG. 1.

3 is a perspective view showing another use state according to the present invention.

4 is an exploded view illustrating a portion of FIG. 3.

Figure 5 is an exploded perspective view showing an exploded detector bracket for explaining an embodiment according to the present invention.

Figure 6 is a view showing the detector coupling member from another angle in an embodiment according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing a state of use of the embodiment according to the present invention, Figures 2 and 5 is a view showing an exploded portion or all of Figure 1, the fixing member 1 and the fixing member (1) The detector coupling member assembly 3 is shown fitted.

The fixing member 1 has a substantially circular shape, and has a bottom surface 1a which is coupled to a wall or a ceiling, and a space is provided at the center. In addition, the fixing member 1 includes both side walls 1b extending the bottom surface 1a in a substantially vertical direction to form the space, and a coupling groove 1c is visible inside the side walls 1b. Shown with a full number). The fixing member 1 may be provided with a plurality of fastening holes 1d to be coupled to the wall or ceiling with screws or the like on the bottom surface 1a side. The fastening means in which the fixing member 1 is coupled to the wall or ceiling will be described as an example that the fastening means 1 is made of a screw or the like in the above-described embodiment, and the fixing member 1 is coupled to the wall or ceiling by various fastening means. It can be.

The fixing member 1 is disposed and coupled to the sensor coupling member assembly 3 in a space (2, shown in Figure 5) disposed on the center side, the detector coupling member assembly 3 is a detector (S) ) Is coupled, and the direction is changed so that the fixing member 1 can be coupled to the wall or ceiling in a state where the detector S is disposed in a direction toward one side (shown in the longitudinal direction in FIGS. 1 and 3). It may be coupled to the fixing member (1). That is, as long as the detector coupling assembly 3 is fitted into the coupling groove 1c so that the fixing member 1 can be coupled to a wall or ceiling in a state in which the detector S is coupled to maintain a constant direction. A pair of fitting protrusions 5a (on both sides but showing only visible portions) are provided, and the fitting protrusions 5a are disposed at positions equally spaced from each other on at least two surfaces in contact with the fixing member 1. It is desirable to be.

The structure of the detector coupling member assembly 3 will be described in detail as follows. The detector coupling member assembly 3 includes a turning member 5, a left and right rotating member 7, a detector coupling member 9, and a turning member 5, a left and right rotating member 7 and It may include a fastening member 11 for fastening the detector coupling member (9).

The redirection member 5 is provided with a substantially circular space therein, the fitting projections (5a, shown in Fig. 5 is provided by number only on both sides) is provided. The pair of fitting protrusions 5a are arranged to be fitted into the coupling groove 1c of the fixing member 1 described above. In addition, the fitting protrusion 5a is disposed at a position at which the same distances from the surface (shown as 5b and 5c in FIG. 5) in which the turning member 5 contacts the fixing member 1 are respectively spaced apart. The engaging protrusion 5a is a coupling groove of the fixing member 1 in a state where the positions of the surfaces 5b and 5c of the redirection member 5 are changed with respect to the portion contacting the fixing member 1. 1c) is to ensure a smooth fit even if the fit is combined. The direction change member 5 is provided with a fastening hole (5d) in the center portion.

The left and right rotating members 7 are arranged to be rotated in the left and right directions (refer to FIG. 1) in the inner space of the redirection member 5. In addition, the left and right rotating members 7 have an intermediate portion substantially in the shape of a dome, and another fastening hole 7a is provided at a portion formed in the dome shape.

On the other hand, when the left and right rotating members 7 are disposed in the inner space of the redirection member 5, the surface facing each other is provided with a locking step (5e) and a locking projection (7b) made of equal intervals. The locking jaw 5e and the locking protrusion 7b are intended to be stopped at a predetermined position after the left and right rotating members 7 move.

The detector coupling member 9 is disposed in the inner space of the redirection member 5, the fastening hole 5d of the redirection member 5 and the fastening hole 7a of the left and right rotating members 7. Another fastening hole (9a) is provided to correspond to the upper and lower rotations with respect to the left and right rotating member 7 (rotate in the direction of rotation based on the left and right rotation relative to Figure 1) A detector coupling part provided with a lower rotating part 13 and provided to the outside of the space of the left and right rotating members 7 so that one side of the upper and lower rotating parts 13 may extend to be coupled to the detector S. (15) is provided. In particular, the fastening holes 9a provided in the upper and lower rotating parts 13 are preferably made of long grooves so as to facilitate up and down rotation in a predetermined section.

In addition, the upper and lower rotating parts 13 of the detector coupling member 9 may be formed in circular portions corresponding to the domed shapes of the left and right rotating members 7.

In addition, the left and right rotating member 7 and the upper and lower rotating portions 13 of the sensor coupling member 9 face each other so as to maintain a state in which movement is restricted at a predetermined position. And a locking projection 9b (shown in FIG. 6) is provided. In addition, the sensor coupling unit 15 may be coupled to a sensor means such as a heat detector in a conventional structure such as screw or fitting coupling.

The fastening hole 5d of the turning member 5, the fastening hole 7a of the left and right rotating members 7, and the fastening hole 9b of the detector coupling member 9 are each screwed or bolted. The fastening member 11 is inserted into and fastened. When the fastening member 11 is made of a bolt, the nut member 17 is coupled to an opposite side thereof so that the left and right rotating members 7 may be rotated left and right, and the detector coupling member 9 may be upward and downward. It is combined into a structure that can move in a certain section in the direction.

On the other hand, the direction change member 5 is engraved on the front side at regular intervals (5f) can be visually confirmed the degree of rotation of the detector coupling member (9).

Referring to the working example of the subject innovation made in this way in detail as follows.

First, a state in which the detector coupling member assembly 3 is fitted as shown in FIG. 1 will be described. This is a state in which the fixing member 1 can be attached to the wall surface, and the fitting protrusions 5a provided on both sides of the redirection member 5 are fitted into the coupling groove 1c of the fixing member 1. At this time, the direction change member 5 is disposed so that the front side (defined as the front side where the scale 5f is located) is directed in the vertical direction with respect to the bottom surface (1a) of the fixing member (1).

In this state, the fixing member 1 is fixed to the wall by a fastening means such as a screw nail through a fastening hole 1d.

Then, the force applied to the left, right or up and down in the state in which the operator holding the detector coupling portion 15 of the detector coupling member 9 by the hand (arrow direction in Figure 1).

When the detector coupling part 15 receives left and right forces, the left and right rotating members 7 rotate in a predetermined section, and are fixed at a predetermined position by the locking jaw 7b and the locking protrusion 5e. Moving in the up and down direction is also rotated in the up and down direction while the upper and lower rotating part 13 is relatively moved relative to the left and right rotating member (7), the locking step (7c) and the locking projection (9b) Is fixed at a fixed position.

3 is a state in which the fixing member 1 can be attached to the ceiling, and the fitting protrusions 5a provided on both side surfaces of the redirection member 5 are fitted to the coupling groove 1c of the fixing member 1. . At this time, the direction change member 5 is disposed so that the front side (part where the scale 5f is located to the front side, shown in Figure 4) is directed in parallel with the bottom surface (1a) of the fixing member (1). The following operation structure is the same as that described above, and thus is replaced by the description.

In this way, the position and the direction of the sensor S are maintained in a constant arrangement only by changing the position of the turning member 5 which is fitted to the detector coupling member assembly 3 using the one type of bracket. The fixing member 1 can be coupled to the wall or ceiling. This structure is a kind of bracket that can be installed on the wall or ceiling, such as a heat detector is very easy to install. If the part where the detector can be installed is limited to the wall or ceiling, one type of bracket can be applied as it is to each location.

As such, the present invention provides a structure in which the fixing member can be fitted by changing the orientation of the detector coupling member assembly to which the detector is coupled, and thus it is possible to install the detector on the wall and the ceiling in the same direction using one type of bracket. This can overcome the limitation that the installation position is limited, there is an easy operation.

In addition, the present invention has a structure that can be attached to the wall and the ceiling described above, while the left, right, up, down a certain section is made of a rotatable structure can facilitate the setting of the monitoring zone, the scope of the monitoring zone There is a broadening effect.

In addition, the present invention is made of a minimum number of parts has the effect of reducing the production cost.

Claims (6)

A fixing member fixed to the wall or the ceiling by a fastening means, provided with a space at a central portion thereof, and a coupling groove provided at the side wall constituting the space; It is disposed in the space of the fixing member, the fitting is provided with a fitting protrusion which is fitted to the coupling groove so that the fixing member is coupled to the wall or ceiling in a state of maintaining a constant direction, the fitting protrusion is A detector coupling member assembly disposed at equal distances from at least two surfaces in contact with the fixing member; Bracket for the sensor comprising a. The method of claim 1, wherein the detector coupling member assembly A direction changing member having a space provided therein, a fastening hole provided at an upper center portion, and a fitting protrusion provided at a side surface thereof so as to be fitted into a coupling groove of the fixing member; Left and right rotation members disposed in the inner space of the redirection member to enable left and right rotation and provided with another fastening hole at an upper end of the central part; It is disposed in the inner space of the turning member, and another fastening hole is provided so as to correspond to the fastening hole of the turning member and the fastening hole of the left and right rotating member is rotated up and down with respect to the left and right rotating member A detector coupling member having a lower rotating part and a detector coupling part provided outside the space of the left and right rotating members so that one side of the upper and lower rotating parts may be extended to couple the detector; A fastening member inserted into the fastening hole of the redirection member, the left and right rotating members, and the detector coupling member to fasten the direction telephone member, the left and right rotating members, and the detector coupling member; Bracket for the sensor comprising a. According to claim 2, wherein the fitting projection of the turning member The bracket for the sensor is disposed at the same distance from the bottom and rear surfaces of the turning member so as to change the position of the turning member to fit into the coupling groove of the fixing member. The sensing member of claim 2, wherein the turning member and the left and right rotating members are disposed such that the plurality of locking jaws and the locking protrusions face each other so that the left and right rotating members stop at a predetermined position. Brackets. The upper and lower rotating parts of the left and right rotating members and the detector coupling member are disposed so that the plurality of locking jaws and the engaging protrusions face each other so that the upper and lower rotating parts stop at a predetermined position. Placed sensing bracket. The sensing bracket of claim 2, wherein the turning member is provided with a scale having a predetermined interval on the front side so as to know a degree of rotation of the detector coupling unit.