KR100714080B1 - An apparatus for raising flag - Google Patents

Abstract

In the present invention, a state of the national flag or a local government symbolizes a local government or a variety of flags used in various events, such as sports competitions and festivals are wound in a pipe-shaped winding tube to be stored It is possible to easily withdraw and hoist whenever needed in the house, and to automatically raise and lower at the same time when it is installed in an apartment house such as an apartment, and from the hoisting device when the machine becomes dirty due to long-term use. Disclosed is a device hoisting device that can remarkably improve ease of use by allowing only parts to be washed and then combined again.

The present invention comprises a winding tube formed of a predetermined length, and formed with a slit (Slit) to be fixed in a conventional manner in which the inner end of the group is fitted and attached along the longitudinal direction of the outer surface; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; It is fixedly coupled by the "D-cut" of the outer end of the spring-loaded spring rod, the outer side surface is rotated without jamming during the unwinding operation of the machine wound on the wound winding tube, and the unwinding operation of the winding machine is stopped A locking jaw formed to prevent any rotation in the opposite direction, and a locking member protruding a push pin of a predetermined length outward; A ferrule fixedly coupled by a screw in a state of being fitted into the coupling jaw on the ferrule support, and having a through hole through which a push pin is inserted in the center thereof, and a locking jaw formed at a portion corresponding to the locking jaw on the locking member therein; A spring fitting rod coupled to the inner end of the winding tube; A coil spring having elasticity that always acts outward in a state of being fitted to the spring fitting rod; A cylindrical outer case covered with an outer side of the winding tube and having a slit formed so that an outer end of the group wound around the winding tube is drawn out along the longitudinal direction; An end cap fitted to the inner end of the outer case and coupled to the inner case to form a spring fitting groove for accommodating the coil spring therein, and an integrally formed protrusion having a pin hole at an outer end thereof; A plurality of " U " fitting rings fastened to the back of the apartment or the porch of the street lamp or the like are fastened to each other, and a plurality of fastening pieces are formed at the upper and lower parts of the front to engage the protrusions on the end caps by hinge bolts. Include the bracket.

Machine, winding tube, hand spring, between operation, drive motor

Description

Equipment hoisting device {AN APPARATUS FOR RAISING FLAG}

1 is an exploded perspective view showing a device hoisting device according to a first embodiment of the present invention,

Figure 2 is a perspective view of the coupled state of Figure 1,

Figure 3 is an enlarged cross-sectional view of the coupling state of the outer winding tube in the hoisting device according to the first embodiment of the present invention,

Figure 4 is an enlarged cross-sectional view of the combined state of the inner winding tube in the hoisting device according to the first embodiment of the present invention,

5 is a front view of a state of use of the hoisting device according to the first embodiment of the present invention,

Figure 6 is an enlarged side cross-sectional view showing a state in which the machine is wound inside the winding machine tube in the present invention,

7 is a front view showing an operating state of the machine hoisting apparatus according to the first embodiment of the present invention,

8 is a front view showing a state in which the hoisting device according to the second embodiment of the present invention is installed on the veranda of the upper and lower floors of the apartment,

9 is a front view showing a state in which the hoisting device according to the third embodiment of the present invention is installed on the upper and lower porch of the apartment,

FIG. 10 is a partially enlarged cross-sectional view showing a state in which a vertical bevel gear on a winding tube and a horizontal bevel gear in operation are engaged with each other in a gear hoisting apparatus according to a second embodiment and a third embodiment of the present invention;

11 is a front view showing a state in which the hoisting device according to the fourth embodiment of the present invention is installed on the upper and lower porch of the apartment,

12 is a partially enlarged cross-sectional view illustrating a state in which a spur gear on an air take-up tube and a rack gear between an operation engage with each other in a device hoisting device according to a fourth embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

14: rewind tube 14a, 32a: slit (Slit)

18: ferrule support 20: hand spring

22: locking member 30: coil spring

32: outer case 48: slide fastener

52: Between Operation 58: Drive Motor

60: vertical bevel gear 62: horizontal bevel gear

64: Ambient light sensor 66: Microcontroller

70: rack gear 72: spur gear.

The present invention relates to a flag hoisting device, and more particularly, a flag of a country, a local autonomous device representing a local government, or various types of flags used in various events in the form of a pipe. If it is wound around the winding tube, it can be easily withdrawn and hoisted whenever necessary, and it can be automatically hoisted and lowered at the same time when it is installed in an apartment house such as an apartment. The present invention relates to a device for lifting a device to significantly improve the convenience of use by separating and washing only the main body part from a device for lifting.

In general, the national flag can be hoisted to the homes, government offices and street lampholders on the roads to promote patriotism on national holidays and national holidays, and various local groups and various events and festivals that symbolize local governments. Flags used for lamps are also appropriately used to raise the atmosphere of festivals and events by being installed near the roadsides or venues of the local governments or near the festivals or venues.

On the other hand, in order to hoist such a flag, apartment houses such as general apartments are equipped with a fitting rod for inserting a flag hoisting rod on the outside of the balustrade of the veranda. A number of clip rods are provided to protrude the flag's reinforcing bar to commemorate the event.In the event of various anniversaries or festivals, such as national holidays, the flags are used to hang flags or flags used in local groups or various events. Hoisting was carried out by fitting the bottom of the rod.

However, in recent years, the frequency of hoisting the flag in general households such as apartments has been decreasing.In the case of flying a flag, a local group, or a flag used for various events on a street lampholder near a road, the flag or local group is placed on the vehicle. There is a problem that the work is very cumbersome because the workers have to carry and lift the planes one by one.

In addition, in the conventional case, since the flag is stored in a state exposed to the outside, there is a problem that the flag is easily soiled and its life is shortened.

The present invention is to solve such a conventional problem, the purpose of the flag of the country or local governments representing local governments or various kinds of flags used in various events (旗) of the pipe form If it is wound around the winding tube, it can be easily withdrawn and hoisted whenever necessary, and it can be automatically hoisted and lowered at the same time when it is installed in an apartment house such as an apartment. It is to provide a new machine hoisting device which can significantly improve the convenience of use by separating only the main body of the machine from the hoisting device, allowing it to be washed and then recombined.

In order to achieve the above object, the machine hoisting device according to the first embodiment of the present invention has a predetermined length, and in a conventional manner in which the inner end of the machine is fitted and attached along the longitudinal direction of the outer surface. A winding tube formed with a slit to be fixed; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; It is fixedly coupled by the "D-cut" of the outer end of the spring-loaded spring rod, the outer side surface is rotated without jamming during the unwinding operation of the machine wound on the wound winding tube, and the unwinding operation of the winding machine is stopped A locking jaw formed to prevent any rotation in the opposite direction, and a locking member protruding a push pin of a predetermined length outward; A ferrule fixedly coupled by a screw in a state of being fitted into the coupling jaw on the ferrule support, and having a through hole through which a push pin is inserted in the center thereof, and a locking jaw formed at a portion corresponding to the locking jaw on the locking member therein; A spring fitting rod coupled to the inner end of the winding tube; A coil spring having elasticity that always acts outward in a state of being fitted to the spring fitting rod; A cylindrical outer case covered with an outer side of the winding tube and having a slit formed so that an outer end of the group wound around the winding tube is drawn out along the longitudinal direction; An end cap fitted to the inner end of the outer case and coupled to the inner case to form a spring fitting groove for accommodating the coil spring therein, and an integrally formed protrusion having a pin hole at an outer end thereof; A plurality of " U " fitting rings that are fastened to the back of the apartment or the porch of the street lamp or the like are fastened to each other, and the upper and lower parts of the front face are provided with a plurality of fastening pieces which are joined to rotate by the hinge bolts. Include the bracket.

In the first embodiment of the present invention, a circular arc-shaped guide hole is formed on the fastening piece on the bracket.

In the present invention, the inner end of the group is characterized in that the main body portion and the slide fastener or Velcro fastener is formed to be separated and combined as necessary.

The device for hoisting the device according to the second embodiment of the present invention has a predetermined length, and can be fixed in a conventional manner in which the inner end of the device is fitted and attached along the longitudinal direction of the outer surface. Winding tube formed with a slit for winding; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; A ferrule fixed and coupled by a screw in a state of being fitted into the engaging jaw on the ferrule support; A vertical bevel gear extending integrally from the inner end of the winding tube; Slit is formed to cover the outer side of the take-up tube, the outer end of the group (감) wound on the take-up tube along the longitudinal direction is formed, the end cap is fitted to the inner end of the cylindrical An outer case; A plurality of " U " fitting rings fastened to the back of the apartment or porch of the apartment or the street lamps are screwed together, and the upper and lower parts of the front end are joined to the inner end of the outer case by a hinge bolt. A bracket having a plurality of fastening pieces coupled to pivot; It is composed of a predetermined length and the upper end and the lower end is configured to be fitted into the end cap on the outer case is coupled, the upper and lower end is formed with a horizontal bevel gear that meshes with the vertical bevel gear on the inner end of the winding tube and the external force And a plurality of operations for rotating the left or the right side so that the group wound on the plurality of winding tubes can be simultaneously taken out or stored; A handle coupled to an end between the bottom or top operation to impart rotational force between the operations.

The hoisting device according to the third embodiment of the present invention has a predetermined length, and can be fixed in a conventional manner in which the inner end of the machine is fitted and attached along the longitudinal direction of the outer surface. Winding tube formed with a slit for winding; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; A ferrule fixed and coupled by a screw in a state of being fitted into the engaging jaw on the ferrule support; A vertical bevel gear extending integrally from the inner end of the winding tube; Slit is formed to cover the outer side of the winding tube, the outer end of the group (,) wound around the winding tube in the longitudinal direction is formed, the outer end of the cylindrical to which the end cap is coupled to the inner end A case; A plurality of " U " fitting rings fastened to the back of the apartment or veranda of the street lamp or the like are fastened to each other, and upper and lower parts of the front face are provided with a plurality of fastening pieces which are joined to be rotated by the hinge bolts. With brackets; It is composed of a predetermined length and the upper end and the lower end is configured to be fitted into the end cap on the outer case is coupled, the upper and lower end is formed with a horizontal bevel gear that meshes with the vertical bevel gear on the inner end of the winding tube and the external force And a plurality of operations for rotating the left or the right side so that the group wound on the plurality of winding tubes can be simultaneously taken out or stored; It is installed on the bottom or top of the building and driven by the application of a current, and includes a drive motor coupled to the vertical bevel gear meshed with the horizontal bevel gear formed at the bottom between the top operation or the bottom operation between the top operation on the shaft.

An illuminance sensor installed at a predetermined position of the building in a third embodiment of the present invention for detecting a quantity of sunlight and outputting a signal; It is installed on the circuit board that controls the driving motor and receives the signal output from the illuminance sensor and controls the driving motor in the forward or reverse direction when the illuminance value detected by the illuminance sensor becomes more than or less than the preset illuminance value. It includes a microcontroller for stopping the driving of the drive motor by detecting that the device has reached the draw end point or the storage end point.

The device for hoisting according to the fourth embodiment of the present invention has a predetermined length, and can be fixed in a conventional manner in which the inner end of the machine is fitted and attached along the longitudinal direction of the outer surface. Winding tube formed with a slit for winding; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; A ferrule fixedly coupled by a screw in a state of being fitted into the engaging jaw on the ferrule support; A spur gear (Pinion) integrally extending from the inner end of the winding tube; Covered on the outer side of the winding tube and coupled, a slit for forming the outer end of the group (기) wound on the winding rod along the longitudinal direction is formed, the end cap is fitted to the inner end of the cylindrical outer coupled A case; A plurality of " U " fitting rings fastened to the back of the apartment or veranda of the street lamp or the like are fastened to each other, and upper and lower parts of the front face are provided with a plurality of fastening pieces which are joined to be rotated by the hinge bolts. With brackets; It has a predetermined length and is installed through the end cap on the outer case, and a rack gear of a predetermined width is formed at a position corresponding to the spur gears on the respective winding tubes, and meshes with the spur gears. An operation for rotating the spur gears while moving linearly in the up and down direction so that the groups wound around the plurality of winding tubes can be simultaneously drawn out or stored; It is installed on the bottom or the top of the building is driven by the application of a current, and includes a drive motor for engaging the top or bottom of the operation on the shaft to move the operation in the vertical direction in the vertical direction.

In the fourth embodiment of the present invention is installed at a predetermined position of the building and the illumination sensor for sensing the amount of sunlight to output a signal; It is installed on the circuit board that controls the driving motor and receives the signal output from the illuminance sensor and controls the driving motor in the forward or reverse direction when the illuminance value detected by the illuminance sensor becomes more than or less than the preset illuminance value. It includes a microcontroller for stopping the driving of the drive motor by detecting that the device has reached the draw end point or the storage end point.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

The device hoisting apparatus 10 according to the present invention is configured to be easily drawn out and hoisted whenever necessary in a state in which the machine is wound around a pipe-shaped winding tube.

In addition, when installed in an apartment house, such as apartments can be automatically hoisted and lowered at the same time, and when the machine is dirty in accordance with the long-term use, it is configured to be separated from the hoisting device to wash and then combine again.

To this end, in the machine hoisting apparatus 10 according to the first embodiment of the present invention, as shown in Figs. 1 to 7, the length of the machine (旗: 12) made of a predetermined length along the longitudinal direction of the outer surface There is provided a winding tube 14 in which a slit 14a is formed to be fixed in such a manner that the inner end is fitted and attached thereto.

At the outer end of the winding tube 14, the spring spring fitting rod 16 is fitted and fixed in a press-fit method, and the spring winding rod 16 is formed in a predetermined length, and the outer end is a "D-cut". It is made of a formed structure.

In addition, the spring-loaded spring rod 16 is fitted to the ferrule support 18, which is provided separately, the through-hole 18 is inserted into the spring support rod 16 on the inner center line of the ferrule support 18. It is formed, and the inside corresponding to the end of the through hole (18a) is made of a structure in which the spring-spring mounting groove (18b) is formed.

In addition, the ferrule 18 is formed with a coupling jaw 18c of a predetermined width along the upper edge of the mainspring seating groove 18b.

 The rotating operation of the winding take-up tube 14 is wound in the spring-loaded seating groove 18b inside the ferrule support 18 and wound in a spring-loaded spring mounting rod 16 fitted through the through hole 18a. The spring spring 20 is made to be elastic.

On the other hand, the "D-cut" portion of the outer end of the spring spring fitting rod 16 is fixed to the separate locking member 22, the winding winding tube 14 on the outer surface of the locking member 22 When the unwinding operation of the machine 12 wound on the rotating without rotation, the stopper (22a) is formed to prevent the machine winding tube 14 is randomly rotated in the reverse direction when the unwinding operation of the machine 12 is stopped. On the outside, the push pin 24 of a predetermined length is configured to protrude.

It is configured to be fixed and coupled by a screw 26c in a state in which a separate ferrule 26 is fitted to the engaging jaw 18c on the ferrule support 18, and on the locking member 22 in the center of the ferrule 26. The through hole 26b to which the push pin 24 is fitted is formed.

In addition, the ferrule 26 is configured such that a plurality of locking jaws 26a are formed at portions corresponding to the locking jaws 22a on the locking members 22.

In the present invention, a separate spring fitting rod 28 is fitted to the inner end of the winding tube 14, and the spring fitting rod 28 has a coil spring having elasticity that always acts in an outer direction (ferrule direction). 30 is fitted and combined.

The outer side of the winding tube 14 is covered with a cylindrical outer case 32 is coupled, the outer side of the group (旗: 12) wound on the winding tube 14 along the longitudinal direction of the outer case 32 A slit 32a is formed to allow the stage to be drawn out.

An inner end of the outer case 32 is formed with a spring fitting groove 34a for accommodating the coil spring 30 therein, and an end cap integrally formed with a protrusion 36 having a pin hole 36a formed at an outer end thereof. End Cap 34 is fitted to be secured by a screw.

On the other hand, in the present invention, a separate bracket 38 is provided, a plurality of "U" type fitting ring 40 is fitted to the back of the bracket 38, such as an apartment or porch of the street lamp, and fastened. Screwed, the upper and lower portions of the front end is configured to form a plurality of fastening pieces 42 are coupled to the projection 36 on the end cap 34 is rotated by the hinge bolt (44).

In the present invention, the inner end portion of the group 12 exposed to the outside of the slit 32a on the outer case 32 is coupled by the main body portion and the slide fastener 48 or Velcro fastener as shown in FIG. It is configured to be separated and combined as necessary for replacement.

In addition, in the present invention as shown in Figure 7 on the fastening piece 42 on the bracket 38 can be formed an arc-shaped guide hole (50a).

In the hoisting device according to the second embodiment of the present invention, as shown in Figs. 8 and 10, the hoisting device 10 according to the first embodiment is installed on upper and lower porches such as apartments. At the same time by operating the handle is configured to be pulled out or received by the machine 12 at the same time.

To this end, also in the second embodiment of the present invention, the mechanical hoisting apparatus 10 of the first embodiment is applied.

However, the vertical bevel gear 60 is integrally formed to extend integrally from the inner end of each winding tube 14, the vertical bevel gear 60 is coupled with a plurality of operation 52 is provided separately. And rotate.

To this end, the upper and lower ends of each of the operation 52 has a structure in which a horizontal bevel gear 62 is engaged with the vertical bevel gear.

In addition, a handle 56 for imparting rotational force to the inter-operation 52 is installed at the end of the lowermost or upper-operation interval 52. When the handle 56 is rotated to the left or the right, the operation interval ( As the 52 is rotated to the left or the right, the group wound around each winding tube 14 is configured to be simultaneously drawn and hoisted or wound and received.

In the second embodiment of the present invention as described above in order to draw or wind up the machine 12 while receiving the rotational force of the operation 52, the take-up tube 14 is rotated in the first embodiment of the present invention The configuration of the locking member 22, the spring fitting rod 28 and the coil spring 30 of the configuration is excluded, the remaining components are applied as it is.

In the hoisting device according to the third embodiment of the present invention, as shown in FIGS. 9 and 10, the hoisting device 10 according to the first embodiment is installed on upper and lower porches such as an apartment. The drive motor is configured to be pulled out or hoisted or received by a plurality of groups 12 at the same time.

To this end, also in the third embodiment of the present invention, the mechanical hoisting apparatus 10 of the first embodiment is applied.

However, the vertical bevel gear 60 is integrally formed to extend integrally from the inner end of each winding tube 14, the vertical bevel gear 60 is coupled with a plurality of operation 52 is provided separately. And rotate.

To this end, the upper and lower ends of each operation 52 is formed of a structure in which horizontal bevel gears 62 are engaged with the vertical bevel gears.

In addition, the vertical bevel gear 60 is coupled to the axis of the drive motor 58 for imparting a rotational force to the horizontal bevel gear 62 formed at the end of the bottom or top operation between the operation 52 Is interlocking.

In this state, when the driving motor is driven in the forward or reverse direction, the group wound on each winding tube 14 is drawn out and hoisted at the same time as the operation 52 is rotated left or right. It is configured to be wound and received.

In the third embodiment of the present invention as described above in order to draw or wind up the machine 12 while receiving the rotation force of the operation 52 is rotated winding tube 14 in the first embodiment of the present invention The configuration of the locking member 22, the spring fitting rod 28 and the coil spring 30 of the configuration is excluded, the remaining components are applied as it is.

Meanwhile, in the third embodiment of the present invention, the driving of the driving motor 58 may be controlled to be driven automatically according to the amount of sunlight. For this purpose, a predetermined position of the building detects the amount of sunlight and outputs a signal. The illuminance sensor 64 is installed, and the illuminance value detected by the illuminance sensor 64 receives a signal output from the illuminance sensor 64 on the circuit board for controlling the driving motor 58. When more than or less than the value, a microcontroller 66 for driving control of the drive motor 58 in the forward or reverse direction is provided.

The microcontroller 66 also serves to stop the driving motor 58 by detecting a state in which the hoisting device 12 reaches its withdrawal end point or its storage end point.

In the elevating device according to the fourth embodiment of the present invention, as shown in FIGS. 11 and 12, the elevating device 10 according to the first embodiment is installed on upper and lower porches such as an apartment. The drive motor is configured to be pulled out or hoisted or received by a plurality of groups 12 at the same time.

To this end, also in the fourth embodiment of the present invention, the mechanical hoisting apparatus 10 of the first embodiment is applied.

However, the spur gear 72 is integrally formed from the inner end of each winding tube 14, and the spur gear 72 is engaged with the rack gear 70 on the operation 52 so as to rotate. It is composed.

To this end, a drive motor 58 is installed above or below the building, and the spur gear 72 formed on the shaft of the drive motor 58 meshes with the rack gear 70 formed on the inner surface of the operation 52. It is configured to.

In this state, when the driving motor 58 is driven in the forward or reverse direction, the spur gear 72 extended at the inner end of each winding tube 14 as the operation 52 is linearly moved upward or downward. Rotation in a predetermined direction is a group (: 12) wound on the winding tube 14 is configured to be drawn out and hoisted or wound and received at the same time.

In the fourth embodiment of the present invention in the first embodiment of the present invention to draw or roll up the machine 12 while receiving the action force of the operation 52 is rotated winding tube 14 is rotated The configuration of the locking member 22 and the spring fitting rod 28 and the coil spring 30 is excluded, the remaining components are applied as is.

Meanwhile, in the fourth embodiment of the present invention, the driving of the driving motor 58 is configured to be automatically driven and controlled according to the amount of sunlight. To this end, a predetermined position of the building detects the amount of sunlight to provide a signal. The illuminance detection sensor 64 for outputting is installed, and the illuminance value detected by the illuminance sensor 64 is preset on the circuit board for controlling the driving motor 58 in response to the signal output from the illuminance sensor 64. In the case where the illuminance value is equal to or greater than or equal to the illuminance value, a microcontroller 66 for driving the drive motor 58 in the forward or reverse direction is provided.

The microcontroller 66 also serves to stop the driving motor 58 by detecting a state in which the hoisting device 12 reaches its withdrawal end point or its storage end point.

In the present invention, the guide piece 68 may be installed at a suitable height between each operation so that the operation between the operation 52 is made stable.

Reference numeral 54 in the present invention is a housing that protects the drive portion.

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

1 to 12, the first hoisting device 10 according to the present invention in the state of being coupled to the porch of the frame 46 or the lamppost of the street lamp using the fitting ring 40 coupled on the bracket 38 first When the projection 36 at the end of the end cap 34 is hinged to the fastening piece 42 with the hinge bolt 44, the main body hoisting device 10 including the outer case 32 is cut. It may be folded in a horizontal direction or protrude in a vertical direction with respect to the forming direction of the, when the arc-shaped guide hole (50a) is formed on the fastening piece 42 is folded along the guide hole (50a) or protrudes vertically do.

On the other hand, when the user wants to hoist the machine 12 by hand, the user is exposed through the slit 32a on the outer case 32 in a state where the user folded the outer case 32 in a direction parallel to the forming direction of the porch ( 12, the outer end of the outer case 32, the winding machine 14 disposed inside the outer case 32 is rotated while the machine 12 is drawn out.

In this process, the spring spring 20 installed on the spring spring fitting rod 16 is compressed, and the locking jaw 22a constituting the locking member 22 rotates while riding over the locking jaw 26a inside the ferrule 26. do.

In this way, in the state in which the machine 12 is drawn out and hoisted, the locking jaw 22a constituting the locking member 22 is caught by the locking jaw 26a even when the spring spring 20 is elastically acted toward the release side. It is not rolled up arbitrarily.

When the machine 12 is to be wound up and stored from this state, the body hoisting device 10 is rotated toward the veranda about the hinge bolt 44 and then the push pin 24 protruding out of the ferrule is removed. When pressed, the locking jaw 22a held by the locking jaw 26a in the ferrule 26 is released from being locked as it is pushed while compressing the coil spring 30.

At the same time, due to the restoring force of the spring spring 20, the winding machine tube 14 is rotated in a direction opposite to that of the take-out, so that the machine 12 is wound and stored in the winding machine tube 14.

On the other hand, in the hoisting device 10 according to the present invention in the second and third and fourth and fourth embodiments of the present invention when installed up and down at the same position, such as apartments such as apartments or windows of large buildings It can be hoisted or housed at the same time.

That is, in the second embodiment of the present invention, as shown in FIGS. 8 and 10, when the handle 56 coupled to the lower end of the lowermost operation lever 52 is rotated in a predetermined direction, the operation operation 52 is performed. As the rotated horizontal bevel gear 62 formed on the upper and lower ends of each operation 52 rotates the vertical bevel gear 60 formed on the inner end of each winding tube 14, the winding winding tube ( 14 is rotated, and the group 12 wound around the winding tube 14 is drawn out to the outside through the slit 32a on the outer case 32 and hoisted.

In this process, the spring spring 20 installed on the spring spring fitting rod 16 inserted into the ferrule support 18 remains compressed and rotates the handle 56 in the opposite direction. ) And the horizontal bevel gear 62 and the vertical bevel gear 60 are rotated in opposite directions, respectively, and the winding winder tube 14 is also rotated in the opposite direction, so that the spring 12 is released and the machine 12 is received. Will be.

Meanwhile, in the case of the third embodiment of the present invention, as shown in FIGS. 9 and 10, when the driving motor 58 is driven, the vertical bevel gear 60 formed on the shaft gear of the driving motor 58 is operated during operation ( 52. As the horizontal bevel gear 62 is rotated in engagement with the lower end, the vertical bevel gear 60 at the inner end of each operation 52 and the inner winding tube 14 is rotated, and thus the winding tube 14 is rotated. ) Wound around the unit 12 is drawn to the outside through the slit (32a) on the outer case 32 is hoisted.

In this process, the spring spring 20 installed on the spring spring fitting rod 16 inserted into the ferrule support part 18 remains in a compressed state, and when the driving motor 58 is driven in the opposite direction, 52 and the horizontal bevel gear 62 and the vertical bevel gear 60 is rotated in the opposite direction, respectively, as the winding winding tube 14 is also rotated in the opposite direction, the spring 12 is released and the machine 12 is released. It is stored.

 Meanwhile, in the case of the fourth embodiment of the present invention, as shown in FIGS. 11 and 12, when the driving motor 58 is driven, the spur gear 72 formed on the shaft gear of the driving motor 58 is operated between operation 52. As the wheel gear 70 is rotated in engagement with the rack gear 70, the operation section 52 is linearly moved upward or downward.

At the same time, as the spur gear 72 of the inner end of each gear winding tube 14 engaged with the rack gear 70 of the operation 52 is rotated upward or downward, the machine wound on the winding tube 14 12 is drawn to the outside through the slit 32a on the outer case 32 to be hoisted.

In this process, the spring spring 20 installed on the spring spring fitting rod 16 inserted into the ferrule support part 18 remains in a compressed state, and when the driving motor 58 is driven in the opposite direction, 52 and the spur gear 72 of the inner end of each winding tube 14 are rotated in opposite directions, respectively, and at the same time the winding spring 14 is also rotated in the opposite direction. ) Is stored.

In the third and fourth embodiments of the present invention, the driving motor 58 may be automatically driven or stopped from the driving state according to the amount of sunlight detected by the illumination sensor 64.

For example, when the illuminance value sensed by the illuminance sensor 64 becomes equal to or greater than a predetermined illuminance value, the microcontroller 66 installed on the circuit board drives the driving motor 58 in a predetermined direction so that the machine 12 May be drawn out, and if the illuminance value detected by the illuminance sensor 64 is smaller than the preset illuminance value, the driving motor may be driven in the opposite direction to accommodate the machine 12.

In addition, the microcontroller 66 serves to determine the driving of the driving motor 58 by detecting the withdrawal end point or the storage end point of the hoisting device 12 when hoisting or storing.

In the present invention, when the machine 12 is dirty and is intended to be washed, or when it is to be replaced due to long-term use, it is not a companion to the entire machine hoisting device 10, the slit of the outer case 32 (32a) At the inner end of the outer exposed group, the main body part connected by the slide fastener 48 or the Velcro fastener can be removed, washed and reconnected, or replaced with a new group 12. This is a marked improvement.

The flag applied to the present invention may include various flags applied to an event such as a national flag representing a country, a local government flag representing each local government, or various sports competitions or festivals held in a national or local government unit. to be.

When the present invention is applied, the convenience of use is remarkably increased as it can be easily withdrawn and hoisted from the housed state, which is a flag representing a flag or a local government or a flag applied to an event such as various festivals.

In addition, when a large number of devices are to be installed and hoisted in an apartment house, a large building, or a pillar of a street lamp, a plurality of devices may be simultaneously raised or stored by a driving motor or a steering wheel, and may be used for patriotism, affection or various events. There is an effect that it can inspire attention, and it is very easy to replace dirty or old equipment.

Claims (8)

The air hoisting device is made of a predetermined length, and the take-up tube formed with a slit to be fixed in a conventional manner in which the inner end of the machine is fitted and attached along the longitudinal direction of the outer surface; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; It is fixedly coupled by the "D-cut" of the outer end of the spring-loaded spring rod, the outer side surface is rotated without jamming during the unwinding operation of the machine wound on the wound winding tube, and the unwinding operation of the winding machine is stopped A locking jaw formed to prevent any rotation in the opposite direction, and a locking member protruding a push pin of a predetermined length outward; A ferrule fixedly coupled by a screw in a state of being fitted into the coupling jaw on the ferrule support, and having a through hole through which a push pin is inserted in the center thereof, and a locking jaw formed at a portion corresponding to the locking jaw on the locking member therein; A spring fitting rod coupled to an inner end of the winding tube; A coil spring having elasticity that always acts outward in a state of being fitted to the spring fitting rod; A cylindrical outer case covered with an outer side of the winding tube and having a slit formed so that an outer end of the group wound around the winding tube is drawn out along the longitudinal direction; An end cap fitted to the inner end of the outer case and coupled to the inner case to form a spring fitting groove for accommodating the coil spring therein, and an integrally formed protrusion having a pin hole at an outer end thereof; A plurality of " U " fitting rings fastened to the back of the apartment or the porch of the street lamp or the like are fastened to each other, and a plurality of fastening pieces are formed at the upper and lower parts of the front to engage the protrusions on the end caps by hinge bolts. An elevating device, characterized in that it comprises a bracket. The method of claim 1, The hoisting device according to claim 1, wherein an arc-shaped guide hole is formed on the fastening piece on the bracket. The method of claim 1, The inner end portion of the machine is coupled to the main body portion and the slide fastener or Velcro fasteners (기) hoisting device, characterized in that configured to be separated and coupled as needed. A winding tube formed of a predetermined length and having a slit formed to be fixed in a conventional manner in which an inner end of the group is fitted and attached along the longitudinal direction of the outer surface; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; A ferrule fixed and coupled by a screw in a state of being fitted into the engaging jaw on the ferrule support; A vertical bevel gear extending integrally from the inner end of the winding tube; Slit is formed to cover the outer side of the take-up tube, the outer end of the group (감) wound on the take-up tube along the longitudinal direction is formed, the end cap is fitted to the inner end of the cylindrical An outer case; A plurality of " U " fitting rings, which are screwed into the veranda of the apartment or the lamppost of the street lamp, are screwed on the rear side, and the upper and lower portions of the front end are projected on the inner end of the outer case by the hinge bolts. A bracket having a plurality of fastening pieces coupled to pivot; It is composed of a predetermined length and the upper end and the lower end is configured to fit into the inside of the end cap on the outer case, the horizontal bevel gear is formed on the upper end and the lower end is engaged with the vertical bevel gear on the inner end of the winding tube. Rotation left or right by, a plurality of operation period to allow the group wound around the plurality of winding tube to be drawn out or received at the same time; And a handle coupled to an end between the bottom or top operation to impart rotational force between the operations. A winding tube formed of a predetermined length and having a slit formed to be fixed in a conventional manner in which an inner end of the group is fitted and attached along the longitudinal direction of the outer surface; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; A ferrule fixed and coupled by a screw in a state of being fitted into the engaging jaw on the ferrule support; A vertical bevel gear extending integrally from the inner end of the winding tube; Slit is formed to cover the outer side of the take-up tube, the outer end of the group (감) wound on the take-up tube along the longitudinal direction is formed, the end cap is fitted to the inner end of the cylindrical An outer case; A plurality of " U " fitting rings fastened to the back of the apartment or the porch of the apartment or the street lamp are screwed together, and the upper and lower parts of the front end are projected on the inner end of the outer case by the hinge bolts. A bracket having a plurality of fastening pieces coupled to pivot; It is composed of a predetermined length and the upper end and the lower end is configured to be fitted into the end cap on the outer case is coupled, the upper and lower end is formed with a horizontal bevel gear that meshes with the vertical bevel gear on the inner end of the winding tube and the external force And a plurality of operations for rotating the left or the right side so that the group wound on the plurality of winding tubes can be simultaneously taken out or stored; Installed on the bottom or top of the building and driven by the application of a current, comprising a drive motor coupled to the vertical bevel gear on the shaft engaged with the horizontal bevel gear formed at the top of the top operation or the bottom of the bottom operation. An electric hoisting device characterized by the above-mentioned. The method of claim 5, An illuminance sensor installed at a predetermined position of the building to detect a quantity of sunlight and output a signal; It is installed on the circuit board that controls the driving motor and receives the signal output from the illuminance sensor and controls the driving motor in the forward or reverse direction when the illuminance value detected by the illuminance sensor becomes more than or less than the preset illuminance value. And a microcontroller for stopping the driving of the drive motor by detecting that the machine has reached its lead end or the storage end. A winding tube formed of a predetermined length and having a slit formed to be fixed in a conventional manner in which an inner end of the group is fitted and attached along the longitudinal direction of the outer surface; It is made of a predetermined length, the "D-cut" is formed on the outer end, the inner end is spring-loaded spring rod is pressed and fixed to the outer end of the winding tube; A ferrule supporting part having a through hole into which a spring spring fitting rod is fitted at a center thereof, and a spring spring recessing groove formed therein, and a ferrule supporting portion having a coupling jaw of a predetermined width formed along an upper edge of the spring winding seating groove; A spring that is fixed to the spring spring fitting rod fitted through the through hole in a state of being located in the spring bearing seat inside the ferrule support; A ferrule fixed and coupled by a screw in a state of being fitted into the engaging jaw on the ferrule support; A spur gear (Pinion) integrally extending from the inner end of the winding tube; Slit is formed to cover the outer side of the take-up tube, the outer end of the group (감) wound on the take-up tube along the longitudinal direction is formed, the end cap is fitted to the inner end of the cylindrical An outer case; A plurality of " U " fitting rings fastened to the back of the apartment or the porch of the apartment or the street lamp are screwed together, and the upper and lower parts of the front end are projected on the inner end of the outer case by the hinge bolts. A bracket having a plurality of fastening pieces coupled to pivot; It has a predetermined length and is installed through the end cap on the outer case, and a rack gear of a predetermined width is formed on the surface corresponding to the spur gears on the respective winding tubes and meshes with the spur gears. An operation for rotating the spur gears while moving linearly in the up and down direction so that the groups wound around the plurality of winding tubes can be simultaneously drawn out or stored; It is installed on the bottom or top of the building is driven by the application of a current, the mechanical hoisting device comprising a drive motor for engaging a top or bottom of the operation between the operation on the shaft to move the operation in the vertical direction in the vertical direction . The method of claim 7, wherein An illuminance sensor installed at a predetermined position of the building to detect a quantity of sunlight and output a signal; It is installed on the circuit board that controls the driving motor and receives the signal output from the illuminance sensor and controls the driving motor in the forward or reverse direction when the illuminance value detected by the illuminance sensor becomes more than or less than the preset illuminance value. And a microcontroller for stopping the driving of the drive motor by detecting that the machine has reached its withdrawal end point or that has reached the storage end point.

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