KR102180589B1 - A screen hanger - Google Patents

Abstract

The present invention relates to a rotary type banner hanger capable of selectively controlling a mounting direction, in which the deployment of a banner installed in the horizontal direction is maintained elastically due to the structural characteristic having the rotational force, the replacement, installation, and removal of banners can be carried out more efficiently, and the construction and installation can be easily performed while providing a sense of satisfaction in terms of function based on the stable and reliable position control compared to the prior art, so that the handling, use, maintenance and repair can be easily secured. The rotary type banner hanger includes: a support bar (10) extending with a predetermined length and generating a support force in a vertical direction; a rotation bar (20) arranged in parallel to the support bar while being spaced apart from the support bar and to which rotational force is applied in both directions by an arbitrary control; a bracket (30) for fixedly connecting lower ends of the support bar and the rotation bar; a gear unit (40) that connects upper ends of the support bar and the rotation bar and ensures the rotational movement of the rotation bar; a control panel (50) for determining a movement direction of the rotation bar based on the overlapping status with the gear unit as the position is changed within the gear unit at a preset angle; a rotary bar (60) integrated to a lower end of the rotation bar by a hinge so that the rotary bar rotates the same as the rotation bar, in which an upper end of the rotary bar is opened at a preset angle from the hinge to allow the intervene of the banner; and a restraining piece (70) connected to an upper portion of the rotation bar to control the opening state of the rotary bar.

Description

Rotating banner hanger with selective direction control{A SCREEN HANGER}

The present invention is a technical idea related to a banner hanger that maintains the unfolded state of the banner at a set tension. More specifically, the degree of deployment of the banner posted in the horizontal direction is maintained elastically due to the structural characteristics of the self-rotating force. Not only is the replacement, installation, and removal of the banner more efficient, but it is based on the stable and reliable position control compared to the existing ones, and it provides the ease of construction and installation and functional satisfaction, so that overall handling, use, maintenance, and maintenance It relates to a rotating banner hanger capable of selective directional control to ensure ease and the like.

In general, the banner is installed so that advertisements or promotional texts are written on a long cloth, and supports such as timbers provided on both sides are tied with strings to be pulled tightly. At this time, the strings for fixing the banners were installed indiscriminately in a way that they were tied to high-rise buildings, street trees, and power poles, resulting in a problem that greatly hindered the aesthetics of the city.

To prevent such indiscriminate installation of banners, banner posting devices are placed in designated places. As most banner posting devices are equipped to tie the banners with a string by installing a pair of posts facing each other, Tension of the banner was reduced and the string remained dirty after removal of the banner, causing discomfort to the viewer, as well as requiring periodic maintenance.

For example, a banner posting stand according to the prior art has two pillars arranged at predetermined intervals, and the banners are posted in multiple stages by fixing both ends of the banners to the pillars. However, since such a placard post is tied with strings at both ends of the banner, it takes a lot of time to post or remove the banner, and when the banner is posted, the line used to bind the banner is exposed to the outside, which tends to damage the aesthetics. There is this.

In recent years, in order to improve the above-described problem, a banner posting stand or a hanging stand having various structures has been provided, and the method is also implemented in various forms.

However, in all the prior art, including the prior art, it is not merely a means for maintaining the tension of the banner, and furthermore, the function or operation structure is extremely limited even in the case of a posting stand or a hanging stand provided in a rotating type for the construction advantage of the banner. Subsequently, there is a need for a banner rack that is more extensive and has a higher value for use and can meet user needs.

Registered Patent Publication No. 10-1136813 "Banner Display Stand" Registered Patent Publication No. 10-1250500 "Banner Display Stand"

The present invention was created in order to actively solve the above problems, and it is an object to be solved to provide a banner holder that can be given its own rotational force due to organic assembling and a structure or configuration differentiated from the existing one.

In addition, the present invention is to provide a banner hanger that can be implemented in various types for maximizing rotational efficiency as well as securing the accuracy of position control and the efficiency of assembly.

In order to achieve the above-described problem, the configuration of the rotating banner hanger 100 capable of selective direction control proposed by the present invention is as follows.

The rotating banner hanger 100 is formed to extend to a set length, and a support bar 10 for generating a support force in a vertical direction; A rotation bar 20 arranged in parallel at a position spaced apart from the support bar and to which rotational force is applied in both directions by an arbitrary control; Brackets 30 for connecting and fixing each lower end of the support bar and the rotation bar; A gear unit 40 that connects the upper end of the support bar and the rotation bar and guarantees the rotational movement of the rotation bar; A control panel 50 that determines the flow direction of the rotating bar by overlapping with the gear unit as the position is changed at a set angle within the gear unit; Rotating bar 60 which guarantees the same rotational movement as the rotational bar due to the integration by hinge coupling at the bottom of the rotational bar, and the upper end of the rotational bar is opened at a set angle from the hinge to intervene the banner; It characterized in that it consists of; a restraining piece (70) connected to the upper rotation bar in order to regulate whether the rotation bar is opened.

In addition, the gear unit 40 includes a lower plate 41 disposed transversely from the upper end of the support bar 10 and the rotation bar 20; A receiving hole 42 formed through the upper and lower portions on the lower plate to receive the upper end of the support bar; A fixed block 43 provided with a set thickness and integrated around the receiving hole on the lower plate; A straight concave groove 44 that is cut into the center of the fixed block; A pressing member 45 that is interposed on the concave groove and provides a pressing force of a set level due to elasticity to the control panel 50 to be changed position; A gear body 46 for setting the movement of the rotation bar and the rotation bar 60 while controlling the rotation and rotation direction according to whether or not the control panel overlaps; A fixed body 47 coupled to the inside of the top of the rotating bar through the center of the gear body; An upper plate 48 formed corresponding to the lower plate; It is characterized in that it consists of a number of binding members (49); the upper plate and the lower plate are integrated and axially coupled to the center of the control panel to allow rotation of both sides of the control panel.

In addition, the pressing member 45 is connected to the body 45-1 formed to correspond to the concave groove 44 and a spring inside the body to determine whether to protrude based on the expansion and contraction movement of a set range with respect to the front end of the body. It is divided into a push ball (45-2), and the control panel 50 includes an insertion hole 51 that is integrated with the lower plate 41 while the binding member 49 intervenes; A first extension surface 52 and a second extension surface 53 which are correspondingly extended to both sides of the insertion hole to cause a turning movement by user selection; A plurality of fixing tools 54 for setting a rotation direction of the rotation bar 20 according to whether or not overlapping with the gear body 46 is determined due to a selective turning circuit between the first and second extension surfaces; A first seating groove 55 which is depressed in the direction of the first extension surface so as to adhere to the position of the fixing tool allowing forward rotation of the gear body to intervene the push ball 45-2; A second seating groove 56 which is depressed in the direction of the second extension surface so as to adhere to the position of the fixing tool allowing the gear body to rotate in the reverse direction to intervene the push ball 45-2; It is formed in the space between the first seating groove and the second seating groove to allow the two-way rotation of the gear body as the push ball is seated. It characterized by consisting of;

In addition, the control panel 50 further includes two sets of stoppers 80 that rotate from the side of the gear body 46, and the stoppers 80 extend from both sides of the control panel to the gear body. It is characterized in that the stopper at the side inclined in the direction of the gear body restrains the gear body and prevents rotation as it consists of a body 81 and a toothed portion 82 continuously formed to be tooth-coupled with the gear body on one side of the body. do.

In addition, the control panel 50 further includes a fitting bar 57-1 of a set length, and the fitting bar 57-1 is formed by interposition of a position adjusting device 57-2 having elasticity, and a gear unit ( 40) As the horizontal slide flows within the range of the slot 41-1 drilled in the lower plate 41, it is characterized in that the set distance is maintained apart from the gear body 46 or overlapped.

In addition, the control panel 50 further includes two sets of stoppers 80, which are variable in position by elasticity at the side of the gear body 46, and the stoppers 80 are linear types having different lengths from each other. It is characterized in that it selectively induces partial overlapping of the gear body or front overlapping of the side by forming a division into and curved type.

On the other hand, the stopper 80 is hinge-coupled to the control panel 50 based on the elastic body 80-3, extends straight up to the gear body 46, and is bent to maintain only local interference with the gear body. A first manipulating arm 80-1 including a piece 80-4; Based on the elastic body (80-3), it is hinged to the control panel (50), and extends to the gear body (46) in a curved shape, and the rotation of the gear body is maintained as much as the set distance with the side of the gear body. It characterized in that it consists of; a second operation arm (80-2) comprising a coupling piece (80-5) to be blocked.

On the other hand, the gear unit 40 is characterized in that the handle 90 for inducing the rotation of the rotation bar 20 in both directions is further coupled in an integral form.

On the other hand, the stopper 80 is hinge-coupled with the control panel 50 to ensure a turning movement in either direction, but when overlapping with the gear body 46, a protrusion for suppressing any movement or departure to the outside ( 59) is characterized in that it is further formed on the control panel 50 at a set height.

According to the present invention having the above-described configuration, the unfolding state of the banner is set tension by actively improving the rotational efficiency due to the overall configuration of the gear unit and the control panel differentiated from the existing one, rather than the level of hanging the banner in a simple fixed type as before. It exerts the effect of keeping it firmly.

In addition, the present invention not only implements more efficiently tasks such as replacement, installation, and demolition of banners, but also based on stable and reliable position control compared to the existing ones, with structural characteristics such as a gear unit capable of stable position control while being given its own rotational force. Thus, it has the advantage of securing ease of construction and installation and ease of handling and use, maintenance, maintenance, and maintenance as a whole by providing various variations of the embodiment.

1 is a perspective view of a rotating banner hanger configured according to a preferred embodiment of the present invention.
Figure 2 is an exploded perspective view of the main part of Figure 1;
3 is an exploded perspective view showing a detailed configuration of a gear unit proposed in the present invention.
4 is a plan view showing a detailed configuration of a control panel proposed in the present invention.
FIG. 5 is a schematic diagram of a state of use sequentially illustrating the embodiment of FIG. 1.
6 is a perspective view schematically showing an embodiment of the rotating bar proposed in the present invention.
7 is a use state diagram illustrating that a banner can be handled with a related configuration of a rotating bar proposed in the present invention.
8 is an exploded perspective view showing a detailed configuration of a gear unit according to another embodiment of the present invention.
9 is a schematic view showing a state of use by dividing the embodiment of FIG. 8.
10 is an exploded perspective view showing a detailed configuration of a gear unit according to another embodiment of the present invention.
Figure 11 is a schematic view showing a state of use by dividing the embodiment of Figure 10.
12 is an exploded perspective view showing a detailed configuration of a gear unit according to another embodiment of the present invention.
Figure 13 is a schematic view showing a state of use by dividing the embodiment of Figure 12.
14 is a perspective view showing an exemplary embodiment of the handle proposed in the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration of the present invention, and actions and effects thereof will be described collectively.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to embodiments described later in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms. However, this embodiment allows the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention pertains. It is provided to completely inform the scope of the invention to those who have, and the invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same elements throughout the entire specification.

The present invention is disclosed with respect to a banner hanger for maintaining the unfolded state of the banner at a set tension.

Above all, the present invention maintains the degree of expansion of the banner posted in the horizontal direction with elasticity due to the structural characteristics of the self-rotating force, and the replacement, installation, and demolition of the banner are made more efficient, and there is a sense of stability compared to the previous one. It is noted that it is related to the rotating banner hanger 100 that can be selectively directional control, which ensures ease of construction, installation, and functional satisfaction based on reliable position control, thereby ensuring overall handling, use, maintenance, and maintenance. do.

As shown in Figs. 1 to 14, the rotating banner hanger 100 proposed as a feature of the present invention further entails a different form of rotational efficiency and various aspects that can be implemented by varying in various forms while based on this.

In detail, the rotating banner hanger 100 includes a configuration as shown in FIGS. 1 to 2.

Support bar 10 formed extending to a set length and causing a support force in a vertical direction; And, a rotation bar 20 arranged in parallel at a position spaced apart from the support bar and provided with rotational force in both directions by arbitrary control; And , Bracket 30 for connecting and fixing each lower end of the support bar and the rotary bar; And, a gear unit 40 that connects each upper end of the support bar and the rotary bar and ensures the self-rotating movement of the rotary bar; And, within the gear unit A control panel 50 that determines the flow direction of the rotating bar by whether or not it overlaps with the gear unit as the position is changed at a set angle; and the same rotational movement as the rotating bar is guaranteed due to the integration by hinge coupling at the bottom of the rotating bar. It is divided into a rotation bar 60, in which the upper end of the hinge is opened at a set angle so that the banner is intervened; and a restraint piece 70 connected above the rotation bar to regulate whether the rotation bar is opened.

The rotating bar 20 is rotated in both directions while the upper and lower portions are constrained to the gear unit 40 and the bracket 30, respectively, as shown in the drawing, and the rotating bar 60 is integrally formed with the rotating bar to rotate the same. As it is made of a structure that opens downward in a setting direction while securing movement, handling of the banner is further facilitated.

The rotation bar 60 can be held in position or opened at a free angle by means of a restraining piece 70 that hinges on the rotation bar 20 in an up-down direction. For example, when the restraining piece is tilted upward, As the interference is released from the pivoting bar, the pivoting bar is opened in a type as shown in FIG. 6 to allow the intervention of the banner.

The gear unit 40 proposed in the present invention is a lower plate 41 that is transversely disposed at the upper end of the support bar 10 and the rotation bar 20; And, it is formed through up and down on the lower plate to receive the upper end of the support bar. Receiving hole 42; And, a fixed block 43 provided with a set thickness and integrated around the receiving hole on the lower plate; And, a straight concave groove 44 that is cut to the center of the fixed block; And, a concave groove A pressing member 45 that provides a set level of pressing force due to elasticity to the control panel 50 that is interposed on the top and is changed position; And, rotation and rotation direction are controlled depending on whether or not they overlap with the control panel while rotating the bar and rotation The gear body 46 for setting the movement of the bar 60; And, the fixture 47 coupled to the inside of the top of the rotating bar via the center of the gear body; And, the upper plate 48 formed corresponding to the lower plate; And , The main part is composed of several fastening members 49 that integrate the upper plate and the lower plate and allow the rotation of both sides of the control panel while being axially coupled to the center of the control panel.

The upper plate 48 and the lower plate 41 are composed of a setting space in which all elements constituting the gear unit 40 can be organically combined, and as shown in the drawing, a predetermined fixed block 43, a control panel 50, and a gear body As 46 are positioned sequentially, they function properly.

The receiving hole 42 is perforated to fit a portion protruding upward from the support bar 10, and the fixing block 43 secures a space for the receiving hole and inserts a predetermined pressing member 45. It should be set to be able to.

The pressing member 45 is fit and received into the concave groove 44 of the fixing block and contributes to setting the rotation direction of the gear body 46 as the overlap with the control panel 50 or the gap between them is adjusted. It should have a structure corresponding to the detailed configuration of the control panel to be described later.

The gear body 46 is another essential part of the present invention, and the rotation direction is not only set by the position change of the control panel 50, but also the gear pitch is formed to correspond to the fixing tool 54 of the control panel, thereby providing a close action with each other. To induce. That is, at least one fixing tool protruding from the control panel must be set so as to accurately seat between the gear and the gear to control the rotation direction of the gear body.

More preferably, the pressing member 45 is connected to the body 45-1 formed in correspondence with the concave groove 44 and a spring inside the body to protrude based on the expansion and contraction movement of the set range with respect to the body tip. It is divided into a push ball (45-2) that is determined whether or not.

In response to this, the control panel 50 is an insertion hole 51 that is integrated with the lower plate 41 while the binding member 49 is intervened; And, the insertion hole is extended correspondingly to both sides of the insertion hole to cause a turning movement by user selection. The rotation bar 20 is determined whether or not overlapping with the gear body 46 is determined due to the selective turning circuit between the first and second extension surfaces 52 and 53, which are formed by the first extension surface 52 and the second extension surface. ) To set the rotation direction of the plurality of fixing tools 54; And, the push ball (45-2) is skewed toward the first extension surface so that the position of the fixing tool that allows the forward rotation of the gear body is adhered to A first seating groove 55 to intervene; and a second seating recessed in the direction of the second extension surface so as to adhere to the position of the fixing tool that allows the gear body to rotate in the reverse direction to intervene the push ball 45-2 Groove 56; And, it is formed in the space between the first seating groove and the second seating groove, as the push ball is seated, thereby allowing the rotation of the gear body in both directions (57); It consists of;

The configuration of the above-described pressing member 45 and the control panel 50 is to satisfy the function as shown in FIG. 5, and as shown in the drawing, the push inserted into each seating groove along with the positioning of the first and second extension surfaces The gear body is set to rotate in the forward or reverse direction due to the pressure of the ball.

On the other hand, the control panel 50 includes two sets of stoppers 80 that rotate from the side of the gear body 46 is further formed.

The stopper 80 at this time is made of a body 81 extending from both sides of the control panel to the gear body and teeth 82 continuously formed so as to be toothedly coupled with the gear body on one side of the body. The stopper on the side of the paper restrains the gear body to prevent rotation.

On the other hand, the control panel 50 proposed in the present invention may further include a fitting bar 57-1 of a set length, and the fitting bar 57-1 is a position control device 57-2 having elasticity. ) Is interposed so that the horizontal slide flows within the range of the slot 41-1 drilled in the lower plate 41 of the gear unit 40, so that the set distance from the gear body 46 is maintained or overlapped. .

The configuration of the slot 41-1 and the position control unit 57-2 is a useful means in the case of having to rotate the hanger a considerable number of times for complete retraction or tension of the banner. 46), the control panel 50 is more effective because it allows a positional variable such as a set distance apart.

On the other hand, the control panel 50 further includes two sets of stoppers 80 that are repositioned by elasticity at the side of the gear body 46.

At this time, the stopper 80 is formed into a straight type and a curved type having different lengths to selectively induce partial overlapping of the gear body or front overlapping of the side parts.

To this end, the stopper 80 has the following configuration.

Based on the elastic body (80-3), it is hinged to the control panel (50), extends straight up to the gear body (46), and includes a bent piece (80-4) that maintains only local interference with the gear body. The first operating arm (80-1); And, on the basis of the elastic body (80-3) is hinged to the control panel (50) and extends in a curved shape to the gear body (46), the side of the gear body And a second operation arm (80-2) including an engaging piece (80-5) that is completely blocked from rotating the gear body while maintaining the interference by a set distance.

14 shows an embodiment of the handle 90 applicable to the present invention, and the gear unit 40 proposed in the present invention is a handle to maximize the convenience, efficiency, etc. of rotation and rotation in both directions of the rotation bar 20 (90) can be further connected in one piece.

In addition, the stopper 80 is hinge-coupled with the control panel 50 to ensure a turning movement in one direction, but when overlapping with the gear body 46, a protrusion 59 for suppressing any movement or departure to the outside is provided. It is preferable that it is further formed at a set height on the control panel 50.

According to the present invention having the above-described configuration, the unfolding state of the banner is set tension by actively improving the rotational efficiency due to the overall configuration of the gear unit and the control panel differentiated from the existing one, rather than the level of hanging the banner in a simple fixed type as before. It exerts the effect of keeping it firmly.

In addition, the present invention not only implements more efficiently tasks such as replacement, installation, and demolition of banners, but also based on stable and reliable position control compared to the existing ones, with structural characteristics such as a gear unit capable of stable position control while being given its own rotational force. Thus, it has the advantage of securing ease of construction and installation and ease of handling and use, maintenance, maintenance, and maintenance as a whole by providing various variations of the embodiment.

10. Support bar
20. Rotary bar
30. Bracket
40. Gear
50. Control panel
60. Rotating bar
70. Restraint
80. Stopper
90. Handle
100. Rotating Banner Hanger

Claims (7)

A support bar 10 extending to a set length and generating a support force in a vertical direction;
A rotation bar 20 arranged in parallel at a position spaced apart from the support bar and to which rotational force is applied in both directions by an arbitrary control;
Brackets 30 for connecting and fixing each lower end of the support bar and the rotation bar;
A gear unit 40 that connects the upper end of the support bar and the rotation bar and guarantees the rotational movement of the rotation bar;
A control panel 50 that determines the flow direction of the rotating bar by overlapping with the gear unit as the position is changed at a set angle within the gear unit;
Rotating bar 60 that ensures the same rotational movement as the rotational bar due to the integration by hinge coupling at the bottom of the rotational bar, and the upper end of the rotational bar is opened at a set angle from the hinge to intervene the banner;
A restraint piece 70 connected above the rotation bar to regulate whether the rotation bar is opened or not;
In the banner hanger consisting of,
The gear unit 40 is a rotating banner hanger capable of selective direction control, characterized in that the handle 90 for inducing the bidirectional rotation of the rotating bar 20 is further connected in an integral type.
The method of claim 1,
The gear part 40,
A lower plate 41 disposed transversely from the upper end of the support bar 10 and the rotation bar 20;
A receiving hole 42 formed through the upper and lower portions on the lower plate to receive the upper end of the support bar;
A fixed block 43 provided with a set thickness and integrated around the receiving hole on the lower plate;
A straight concave groove 44 that is cut into the center of the fixed block;
A pressing member 45 that is interposed on the concave groove and provides a pressing force of a set level due to elasticity to the control panel 50 to be changed position;
A gear body 46 for setting the movement of the rotation bar and the rotation bar 60 while controlling the rotation and rotation direction according to whether or not the control panel overlaps;
A fixed body 47 coupled to the inside of the top of the rotating bar through the center of the gear body;
An upper plate 48 formed corresponding to the lower plate;
A plurality of binding members 49 that integrate the upper plate and the lower plate and allow rotation of both sides of the control panel while being axially coupled to the center of the control panel;
A rotating banner hanger capable of selective direction control, characterized in that consisting of.
The method of claim 2,
The pressing member 45 is a body 45-1 formed corresponding to the concave groove 44 and a push ball that is connected to a spring inside the body to determine whether to protrude based on an expansion and contraction movement of a set range with respect to the body tip. It is divided into (45-2) and formed,
The control panel 50,
An insertion hole 51 that is integrated with the lower plate 41 while being intervened by the binding member 49;
A first extension surface 52 and a second extension surface 53 which are correspondingly extended to both sides of the insertion hole to cause a turning movement by user selection;
A plurality of fixing tools 54 for setting a rotation direction of the rotation bar 20 according to whether or not overlapping with the gear body 46 is determined due to a selective turning circuit between the first and second extension surfaces;
A first seating groove 55 which is depressed in the direction of the first extension surface so as to adhere to the position of the fixing tool allowing forward rotation of the gear body to intervene the push ball 45-2;
A second seating groove 56 which is depressed in the direction of the second extension surface so as to adhere to the position of the fixing tool allowing the gear body to rotate in the reverse direction to intervene the push ball 45-2;
An interface (57) formed in the space between the first and second seating grooves to allow bidirectional rotation of the gear body as the push ball is seated;
A rotating banner hanger capable of selective direction control, characterized in that consisting of.
The method according to any one of claims 1 to 3,
The control panel 50 further includes two sets of stoppers 80 that rotate in the side of the gear body 46,
The stopper 80 is formed of a body 81 extending from both sides of the control panel to the gear body and a toothed portion 82 continuously formed so as to be tooth-likely coupled with the gear body on one side of the body. A rotating banner hanger capable of selective direction control, characterized in that the side stopper restrains the gear body to prevent rotation.
The method according to any one of claims 1 to 3,
The control panel 50 further includes a fitting bar 57-1 of a set length,
Since the fitting bar 57-1 is interposed by a position adjusting device 57-2 having elasticity, the horizontal slide flows within the range of the slot 41-1 drilled in the lower plate 41 of the gear unit 40. Accordingly, a rotational banner hanger capable of selective direction control, characterized in that the set distance from the gear body 46 is maintained or overlapped.
The method according to any one of claims 1 to 3,
The control panel 50 further includes two sets of stoppers 80 that are repositioned by elasticity at the side of the gear body 46,
The stopper (80) is formed by dividing into a straight type and a curved type having different lengths from each other to selectively induce partial overlapping of a gear body or a front overlapping of a side portion.
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