KR200438726Y1 - an automatic flag hoisting equipment - Google Patents

Abstract

The present invention relates to a mechanical automatic hoisting device; A flag pole 120 which is fixed so that flags such as a national flag, a group group, an event group, and the like are rotated on the plurality of fixed shafts 122; A chamber 132 in which the fixed shaft 122 is fixed to hold the flagpole 120 is formed in the housing 131 installed in the support 110, and the flagpole 120 is formed on the front surface of the housing 131. A storage unit 130 having a doorway 133 having a door 136 which is rotated about the fixed shaft 122 and opened and closed to be moved in and out; The drive motor 142 is formed under the compartment 132 of the storage unit 130, and a plurality of link members 141 connected to the lower end of the flag pole 120 are formed on the drive motor 142, thereby driving the motor 142. The flag member driving unit 140 is rotated by the link member 141 by the drive of the) so that the flag pole 120 is rotated about the fixed shaft 122 to enter and exit through the doorway 133; It characterized in that it comprises a control unit 150 having a controller 151 is set to a specific date to hoist and below the machine to one side of the housing 131 of the storage unit 130.

Strut, Flagpole, Housing, Door, Winding Roller, Link Member, Drive Motor, Controller

Description

Automatic flag hoisting equipment

1 is a view showing the existing installation means installed on a conventional pole.

Figure 2 is a partial cutaway perspective view for showing the state the device is hoisted in the housing of the automatic hoisting device according to the present invention.

Figure 3 is a partial cutaway perspective view for showing the state that the machine is hoisted in the housing compartment of the automatic hoisting device according to the present invention.

Figure 4 is a perspective view for showing a drive motor operation state of the automatic hoisting device according to the present invention,

a) is a view showing a state in which the flagpole is stored inside the compartment.

b) is a view showing a state in which the flagpole is hoisted to the outside of the compartment in conjunction with the link member driven by the drive motor.

Figure 5 is a plan view for showing the fixing means of the automatic hoisting device according to the present invention.

Figure 6 is an installation state of the automatic hoisting device according to the present invention.

7 is a view showing a state automatic hoisting apparatus according to the present invention is installed in the interior of the support.

Explanation of symbols on the main parts of the drawings

100: hoisting device 110: prop

111: mounting groove 120: flagpole

121: rotating hole 122: fixed shaft

130: storage 131: housing

132: compartment 133: doorway

134: guide groove 135: fixing band

135a: fixing ring 135b: locking body

135c: hook 136: door

137: wire 138: winding roller

139: opening and closing motor 140: flagpole driving portion

141: link member 141a: first link

141b: second link 142: drive motor

142a: drive shaft 150: control unit

151: controller 152: timer

153: proximity sensor 154: proximity sensor

The present invention relates to a mechanical automatic hoisting device.

In general, a flag (旗) means something by putting letters, pictures, and colors on a cloth or paper, and there are various types of flags such as a flag, a group, and an event.

 These flags raise flags in public offices and on the streets, as well as in families when a national holiday or event is held.

1 is a view showing a conventional installation means installed in the electric pole, forming a fixed fixing rod (3) inclined to the upper side of the support plate (1) attached to the street lamp holding 10, the fixed fixing rod (3) Ferrule 4 to be inserted is composed of a fixing bolt for fixing to the fixed rod (3).

However, in the case of such a conventional installation means to hoist the flag, the ferrule on which the flag is installed is inserted into the gigojeongbong one by one to hoist, and when the flag is again raised, proceed in the reverse order to the above. Inconvenience to remove the fixed rod occurred.

Since the hoisting and following methods of the group require cumbersome and careful attention in the general family, the response to the group hoisting has been gradually deteriorated.

In addition, in order to commemorate the event on the street or street lampposts, employees of public offices must install a flag on the site, and when the event is over, human resources are put in place as above. As a result, not only was a huge cost and time was consumed, but there was a problem that excessive human loss occurred.

Therefore, in order to solve the above problems, the present invention mainly connects the flagpole to the fixed shaft formed inside the housing while connecting the lower portion of the flagpole with a link coupled to the drive motor to drive the flagpole by the link. It is to provide an automatic hoisting device that minimizes human losses by allowing the inside and outside of the housing to be easily lifted and lowered.

Another object of the present invention is to provide an automatic hoisting device that allows the drive motor to be automatically driven on a specific date.

Machine automatic hoisting device of the present invention for achieving the above object is fixed to the top and penetrates the rotating hole in the lower portion of the flagpole formed to be rotated to a plurality of fixed shaft, and the fixed shaft is fixed to keep the flagpole A storage unit formed in the interior of the housing to be installed on the support, and having an entrance having a door opening and closing on the front of the housing so that the flag pole is rotated around the fixed shaft; A drive motor is formed in the lower compartment of the storage unit, and a plurality of link members connected to the lower end of the flagpole are formed on the drive motor, so that the link member is rotated by the drive of the drive motor so that the flagpole is rotated around the fixed shaft to enter and exit through the doorway. A flagpole driving unit; It characterized in that it comprises a control unit having a controller having a specific date set to hoist and below the machine to one side of the housing of the storage unit.

Storage unit housing of the present automatic lifting device of the present invention; A fixing band is formed on the rear surface so as to be fixed to the support, and the fixing band is divided on both sides to form a fixing ring at the end of one side band, and a locking body having a catching ring is formed on the end of the other side band. It is characterized in that it is configured to be fixed to the locking ring to be hooked to the fixing ring so that the housing can be fixed to the holding by pressing the locking body.

Storage unit door of the automatic hoisting device of the present invention; Guide grooves each having upper and lower portions of the door inserted into upper and lower portions of the housing are formed to guide the door, and wires are formed on both sides of the upper door, respectively. It is characterized in that the wire is wound around the winding roller by the opening and closing motor to be coupled to the roller to be opened and closed while the door is guided along the guide groove to open and close the entrance.

Forming an installation groove corresponding to the housing to the outer circumferential side of the support is installed in the storage unit housing of the automatic hoisting device of the present invention is characterized in that the housing is installed in the installation groove so as not to protrude out of the support.

The controller controller of the present automatic hoisting device of the present invention; A timer having a specific date is set so that the flagpole stored in the housing compartment of the storage part enters and exits the hoisted and specified date; A circuit for driving the open / close motor for opening and closing the door in a forward direction by the operation of the timer; Forming an opening / closing proximity sensor for stopping the opening / closing motor by detecting the opening / closing of the door; A circuit for driving the driving motor in the forward direction to hoist the air after the door opening and closing is completed; A circuit for rotating the opening / closing motor and the driving motor in such a way that the hoisted flagpole is introduced into the enclosure after sunset; After the flagpole is characterized in that it comprises a closed proximity sensor for detecting the closing of the door.

Thus, looking at the preferred embodiment of the present invention configured with reference to the drawings as follows.

First, it should be noted that the same components or parts in the drawings are denoted by the same reference numerals as possible, and in describing the present invention, detailed descriptions of related known functions or configurations will be omitted in order not to obscure the subject matter of the present invention. .

Figure 2 is a partial cutaway perspective view for showing the state in which the device is hoisted in the housing of the automatic device automatic hoisting device according to the present invention, Figure 3 is for showing the state of the hoisting device in the housing compartment of the automatic device hoisting device according to the present invention 4 is a perspective view for showing a driving motor operation state of the automatic hoisting device according to the present invention, a) is a view showing a state in which the flagpole is stored in the compartment, b) is a view of the drive motor It is a view showing a state in which the link member is driven by the link member is exposed to the outside of the compartment hoisting, Figure 5 is a plan view for showing the fixing means of the automatic hoisting device according to the present invention, Figure 6 is a device according to the present invention Figure is an installation state of the automatic hoisting device, Figure 7 is a view showing a state that the automatic hoisting device according to the present invention is installed inside the support.

As shown in FIGS. 2 to 7, the automatic hoisting device 100 of the present invention has a flag pole 120 in which a flag is installed, and a storage part 130 in which a housing 131 is formed to store the flag pole 120 therein. And, the flagpole drive unit 140 formed with a drive motor 142 for driving the flagpole 120 stored in the storage unit 130 to enter and exit; The control unit 150 is set to a specific date such as a national holiday to one side of the housing 131 of the storage unit 130.

Here, the flag may correspond to various types of flags representing a country, a group, an event, and the like.

Flagpole 120 of the automatic lifting device 100 is formed on each of a plurality of fixed shaft 122, so that one side end of the flag, exercise machine, group unit, etc. is fixed to the upper side flapping.

And the lower portion of the flagpole 120 is formed to be rotatable on the fixed shaft 122 by passing through the rotating hole 121 of the through-shaped.

Here, the fixed shaft 122 may be formed in a straight line in a smooth curved form or horizontal.

In addition, it is ideal that the flagpole 120 is made of P.E.T (Poly Ethylene Terephthalate) having a long life and low manufacturing cost.

The storage unit 130 of the automatic hoisting device 100 is; A housing 131 having a chamber 132 for storing the flagpole 120; The door 136 opens the compartment 132 of the housing 131.

The housing 131 of the storage unit 130; While being fixed to the support 110, a plurality of fixed shafts 122 having the flagpole 120 formed on the inner bottom of the compartment 132 are formed at predetermined intervals.

Furthermore, the flagpole 120 is rotated about the fixed shaft 122 on the front surface of the housing 131 so as to communicate with the compartment 132 so as to enter and exit the door 136 having the door 136.

In addition, the fixing band 135 is formed on the rear surface of the housing 131 to configure the housing 131 to be fixed to the support 110.

Here, the fixing band 135 is divided into both sides to form a fixing ring (135a) at the end of one side of the belt, the hook having a locking ring (135c) that is caught by the fixing ring (135a) at the end of the other side of the belt to be rotated The body 135b is coupled to the hinge configuration.

In addition, by forming an installation groove 111 corresponding to the housing 131 on the outer circumferential side of the support 110, the housing 131 is installed inside the installation groove 111 to be configured so as not to protrude out of the support 110. Can be.

The door 136 of the storage unit 130; The guide groove 134 is formed in the flexible flexible form and formed in the upper and lower portions of the housing 131, the upper and lower guide grooves 134 are configured to slide along the guide groove 134.

And the wire 137 is formed on both sides of the upper part of the door 136, and is configured to be wound around the winding roller 138 coupled to the opening and closing motor 139 for forward and reverse rotation of both ends of the wire 137, respectively. .

Here, the wire 137 wound on the winding roller 138 is configured to be wound in the opposite direction to each other so that the door 136 is opened and closed in accordance with the rotation direction of the opening and closing motor 139 to open and close the door 133. .

Flagpole drive unit 140 of the automatic hoisting device 100 is; It consists of a drive motor 142 formed in the compartment 132 of the storage unit 130, and a link member 141 coupled to the drive motor 142.

The drive motor 142 of the flagpole drive unit 140; While driving forward and reverse rotation is formed in the inner lower space of the compartment 132, if the fixed shaft 122 is formed in a curve is formed along the curve, if formed in a straight line to form a straight line.

In addition, the driving motor 142 is configured to be driven by an external power supply, and configures the drive shaft 142a in a polygonal shape.

The link member 141 of the flagpole driving unit 140; The first link 141a fixed to the drive shaft 142a of the driving motor 142 and the second link 141b coupled to the lower end of the flag pole 120 while one side is coupled to the first link 141a. Configure.

The first link (141a) of the link member (141); It is configured to be fixed to the drive shaft 142a by passing through the rotating hole 121 facing the drive shaft 142a at one end to be formed in a predetermined length to rotate in the rotation direction of the drive shaft 142a.

The second link (141b) of the link member (141) is; It is formed longer than the length of the first link (141a), one end is coupled to be rotated to the other end of the first link (141a), the other end is coupled to be rotated to the lower end of the flagpole (120).

Here, since the flagpole 120 is rotated about the fixed shaft 122 in the direction of the link member 141, the link member 141 and the flagpole 120 are configured to be coupled at a right angle.

In the state where the first link 141a and the second link 141b overlap each other, the lower state of the flagpole 120 is located in front of the fixed shaft 122 and the storage state is stored in the compartment 132 of the housing 131. In the state in which the first link 141a and the second link 141b are unfolded, the flagpole 120 is positioned at the rear of the fixed shaft 122 while being exposed through the doorway 133 so that the flag is hoisted. do.

The controller 150 of the automatic hoisting device 100 includes a controller 151 having a specific date set to hoist the air to one side of the housing 131.

The controller 151 forms a timer 152 in which a specific date is set, and configures a circuit for driving the open / close motor 139 to open the door 136 in the forward direction by the operation of the timer.

In addition, a circuit for driving the drive motor 142 in the forward direction to hoist, and a circuit for rotating the opening and closing motor 139, the drive motor 142 to be inserted into the compartment 132 after sunset. do.

In addition, the opening and closing proximity sensor 153 for stopping the opening and closing the motor 139 by detecting the completion of the opening of the door 136 by the driving of the opening and closing motor 139, and the flagpole 120 after the door 136 Configure the close proximity sensor 154 to detect the close.

On the other hand, the controller 150 may be connected to an external power source, or may supply power to a battery, a solar heat collecting plate, and the like.

The operation of the present invention configured as described above is as follows.

First, it is preferable to set a specific date for hoisting the air in the controller 151 of the controller 150.

Installation of the housing 131 of the storage unit 130 on the support 110; In order to secure the housing 131 of the storage unit 130 to the support 110, the back of the housing 131 is brought into close contact with the outer circumference of the support 110, and then the locking ring 135c of the fixing band 135 is fixed. Coupling to hook (135a).

And by pressing the catching body 135b in the opposite direction in which the catching ring 135c is fastened, the partitioned fixing band 135 is close and wrapped around the outer periphery of the support 110 so that the housing 131 is supported by the support 110. It is fixed to the housing 131 of the storage unit 130 can be installed on the support (110).

On the other hand, when the installation groove 111 is formed in the support 110, the housing 131 may be installed to be inserted into the installation groove 111 to prevent the housing 131 from protruding out of the support 110.

To hoist a machine in a state in which the housing 131 is installed in the support 110; After the housing 131 is installed on the support 110 and the specific date of hoisting the air by the timer 152 of the controller 151, the controller 139 drives the opening / closing motor 139 to drive in the forward direction to open and close the door 136. In 151, the open / close motor forward driving circuit is applied.

When the forward driving circuit is applied in this way, the opening / closing motor 139 is rotated in the forward direction, and the winding roller 138 is rotated. The wire 137 is formed on both sides of the upper end of the door 136 by the rotation of the winding roller 138. Is released, while the other wire is wound, the door 136 is opened while being guided along the guide groove 134 and the doorway 133 is opened.

And it detects the opening and closing of the door 136 by the opening and closing proximity sensor 153, and applies a circuit for driving the drive motor 142 in the forward direction from the controller 151 to hoist the air after the opening and closing is completed.

When the forward circuit is applied to the driving motor 142, the first link 141a of the link member 141 which is overlapped with each other while the driving shaft 142a is rotated is rotated forward.

At this time, as the first link 141a is rotated, the second link 141b is operated. At this time, the lower portion of the flagpole 120 positioned at the front side of the fixed shaft 122 by the second link 141b is fixed to the fixed shaft ( While moving to the rear of the 122, the upper portion of the flagpole 120 is rotated around the fixed shaft 122 is stored in the flagpole 120 is exposed to the outside through the doorway 133 to hoist the flag.

To store the hoisted group in the housing 131 of the storage unit 130; When the sunset time is reached by the controller 151 timer 152 of the controller 150, the opening and closing motor 139 and the driving motor are stored in order to be stored in the housing 131 of the housing 131 of the storage unit 130. Circuits for reverse rotation of 142 are applied, respectively.

First, when a circuit for rotating the driving motor 142 in the reverse order of hoisting is applied to the driving motor 142, the first shaft 141a of the link member 141 is reversed while the fixed shaft 122 is reversed. .

In addition, the second link 141b is operated from the rear of the fixed shaft 122 to the front by the first link 141a which is reversely rotated, thereby fixing the lower portion of the flagpole 120 located at the rear of the fixed shaft 122. As the upper portion of the flagpole 120 is rotated about the fixed shaft 122 by moving to the front of the 122, the flagpole 120 is introduced into the compartment 132 through the doorway 133 to make a flag.

Then, when the following state is applied, a circuit for rotating the opening / closing motor 139 is applied so that the opening and closing motor 139 is reversely rotated, and the winding roller 138 is reversely rotated so that the unwinded wire is wound, and the wound wire is pulled. While the open door 136 is guided along the guide groove 134, the open door 133 may be closed to store the machine inside the compartment 132 of the housing 131.

The automatic hoisting device of the present invention configured as described above is operated by itself on a specific date of hoisting by a control unit having a controller having a specific date for hoisting and following the flagpole driving unit so that the flagpole is pulled out from the housing. This reduces the waste of manpower and time, thereby reducing costs.

The automatic hoisting device of the present invention can conveniently and quickly perform the hoisting and following work and storage work of the machine, and when the machine is not hoisted, the machine is stored inside the chamber to provide the effect of preventing the damage of the machine.

The automatic hoisting device of the present invention provides a significant increase in ease of use as the flag, group group, exercise unit, etc. can be easily drawn out from the inside of the compartment to be hoisted.

The automatic hoisting device according to the present invention can be hoisted or housed at the same time by forming a plurality of flag poles on a fixed shaft when a large number of devices are installed in a multi-unit house such as an apartment, a large building, or a prop. Provides an effect that can inspire affection or interest in various events.

The automatic hoisting device of the present invention is provided with an installation groove in the support, so that the housing is installed inside the installation groove and does not protrude to the outside, thereby providing an effect of preventing the housing from being damaged by the moving vehicle.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

Claims (5)

A flag pole 120 fixed to the upper portion and formed to be rotated to the plurality of fixed shafts 122 by penetrating the rotating hole 121 in the lower portion, A chamber 132 in which the fixed shaft 122 is fixed to hold the flagpole 120 is formed in the housing 131 installed in the support 110, and the flagpole 120 is formed on the front surface of the housing 131. A storage unit 130 having a doorway 133 having a door 136 which is rotated about the fixed shaft 122 and opened and closed to be moved in and out; The drive motor 142 is formed under the compartment 132 of the storage unit 130, and a plurality of link members 141 connected to the lower end of the flag pole 120 are formed on the drive motor 142, thereby driving the motor 142. The flag member driving unit 140 is rotated by the link member 141 by the drive of the) so that the flag pole 120 is rotated around the fixed shaft 122 to enter and exit through the entrance 133; Automatic hoisting device, characterized in that configured to include a control unit (150) having a controller 151 is set to a specific date to hoist and below the machine to one side of the housing (131) of the storage unit (130). The method of claim 1, The housing 131 of the storage unit 130; A fixing band 135 is formed on the rear surface to be fixed to the support 110, and the fixing band 135 is divided into two sides to form a fixing ring 135a at the end of one side band, and fixed to the end of the other side band. The holding body (135b) having a locking ring (135c) that is caught on the ring (135a) is formed to fix the locking ring (135c) to the fixed ring (135a) to hold the holding body (110) by the pressure of the locking body (135b) Automatic hoisting device, characterized in that configured to be fixed to the housing 131 in the installation. The method of claim 1, The door 136 of the storage unit 130; Guide grooves 134 having upper and lower portions of the door 136 are respectively inserted into upper and lower portions of the housing 131 to guide the door 136, and wires 137 are respectively formed at both sides of the upper part of the door 136. The wire 137 is wound on the winding roller 138 by driving the opening / closing motor 139 by coupling the end of the wire 137 to the winding roller 138 coupled to the opening / closing motor 139. Automatic hoisting device, characterized in that the door 136 is guided along the guide groove 134 while being wound in the opening and closing is configured to open the doorway (133). The method of claim 1, The housing 131 is installed inside the installation groove 111 by forming an installation groove 111 corresponding to the housing 131 on an outer circumferential side of the support 110 on which the housing 131 of the storage unit 130 is installed. Automatic hoisting device, characterized in that configured to not protrude out of the holding (110). The method of claim 1, The controller 151 of the controller 150 is; The flag pole 120 stored in the housing 131 compartment 132 of the storage unit 130 forms a timer 152 with a specific date, so that the specific date is set to go in and out of a specific date, A circuit for driving the opening / closing motor 139 for opening and closing the door 136 in the forward direction by the operation of the timer, Forming the opening and closing proximity sensor 153 to stop the opening and closing motor 139 by detecting the completion of the opening and closing of the door 136, Comprising a circuit for driving the drive motor 142 in the forward direction to hoist the air after the opening and closing of the door 136, It constitutes a circuit for rotating the opening and closing motor 139, the drive motor 142 so that the hoisted flagpole 120 is introduced into the compartment 132 after sunset, Automatic flagging device, characterized in that configured to include a close proximity sensor (154) for detecting the closing of the door (136) after the flagpole.

Images