KR20090075475A - Parkimg equipment - Google Patents

Abstract

A parking system is provided to be suitable for utilizing as a public parking lot in a residential district by securing a sufficient parking space and forming a tower structure in a low-rise type, to have no problem of a right to sunlight and altitude limitation, and to make construction possible with low budget. A parking system comprises a tower structure(10) having a hoistway(12) in the center and parking spaces(14,15) equipped with a multi-layered parking chamber(13) on two sides of the hoistway, a lift(20) installed to be ascent and descent to ascend and descend a vehicle(c) along the hoistway, and a driving device equipped with a winding machine(31) provided to the bottom of the tower structure and winding or unwinding wire ropes(61,62) connected to the lift to generate the driving force of the lift.

Description

Parking Equipment {PARKIMG EQUIPMENT}

The present invention relates to a parking facility, and in detail, it is possible to prepare a tower structure in a low-level, while securing sufficient parking space, and can be utilized as a public parking lot in a residential area, and there is no problem of sunshine and altitude restrictions, and a small budget. It also relates to a parking facility provided to be possible to construction.

Recently, the necessity of automobile-related facilities is gradually being emphasized, and the use of the vehicle and the penetration rate are greatly increased, and the most important of them is parking facilities.

In other words, the land that can be used as a parking space is determined, but the number of automobiles increases rapidly, and as a predetermined time passes, the parking space is absolutely insufficient.

Therefore, in recent years, various kinds of parking facilities have been developed to efficiently provide a parking space, and a representative one of them is a tower parking system.

The main purpose of the tower parking system parking facilities is to provide as many parking spaces as possible in a limited space, and additionally seek convenience of parking operation and rapid receipt and delivery operation.

Tower parking system parking facilities are first provided with a tower structure formed through the frame and the outer wall. Parking spaces are formed at both sides of the tower structure, and the center between the two parking spaces forms a hoistway, and the parking spaces on both sides form a multi-storey parking space.

These parking facilities also include lifts that elevate the vehicle along the hoistway, a drive system that moves the wire rope to provide the lift driving force, horizontally moves the vehicle on the lift to the parking space, or horizontally moves the vehicle on the lift back to the lift. It is provided with a horizontal moving device for moving.

The dual drive device is installed in the machine room above the hoistway and includes a drive sheave for moving the wire rope to one end or the other end, and a plurality of auxiliary sheaves for supporting the wire rope. In general, one end of the wire rope is connected to the lift and the wire At the other end of the rope, a balance weight is connected, and the driving sheave installed in the machine room lifts and lowers the leaf by sending the lift-side wire rope to the counterweight at the middle of the wire rope, or by sending the counter-weight wire rope to the lift. Compensating the lift side weight ensures stable lift and lift.

In addition, the horizontal shifting device includes a chain in which the lift is disposed and a chain driving motor for rotating the chain, and is installed in pairs at both ends in the longitudinal direction of the lift. By pulling the ring-shaped coupling provided on the pallet, the pallet and the vehicle above it are horizontally moved.

However, the conventional parking facility configured as described above has the following problems.

First, in the case of the conventional parking facilities, the height of the tower structure is unnecessarily high due to the machine room installed at the upper part of the hoistway so that the driving sheave of the driving device is installed. Within the complex, there is a problem that the construction is not possible due to sunshine or high limit.

In addition, in the case of the conventional parking facilities, the drive device is configured to include a separate balance weight, and the number of parts used, such as having a plurality of horizontal moving devices and the structure is complicated, not only excessive cost is used during construction, but also difficult to maintain It was not economic.

The present invention is to solve this problem, the object of the present invention is to secure a sufficient parking space can be provided in a low-rise tower structure can be used as a public parking lot in the residential area, as well as problems of sunshine and altitude restrictions No, it is to provide parking facilities that can be constructed even with a small budget.

To this end, the parking facility according to the present invention includes a tower structure in which a hoistway is formed in the center, and parking spaces each having a multi-storey car park at both sides of the hoistway; A lift mounted on the hoistway to elevate a vehicle along the hoistway; And a drive device having a hoist provided on the bottom of the tower structure to wind or unwind the wire rope connected to the lift to generate a lifting driving force of the lift.

A pit is formed below the hoistway, and the hoist is provided inside the pit.

In addition, the hoist is disposed parallel to one side of the hoistway including a front drive drum and a rear drive drum respectively provided in front and rear of the drive motor to rotate together with the drive motor and the drive motor, the drive device is Further comprising four sheaves provided at each corner of the outer side at the upper end of the hoistway to rotate in the same direction as the driving drum, wherein the sheaves are the first front sheaves above the front driving drum and the upper side of the front driving drum. A second front sheave, a first rear sheave on the rear driving drum, and a second rear sheave on the opposite side of the rear driving drum, wherein the wire rope passes through the first front sheave; A first front wire rope connecting the front one side of the lift and the front driving drum and the first and second front sieves together A second front wire rope connecting the other front side of the lift to the front side of the lifter and the front driving drum, and a first side connecting the rear one side of the lifter to the rear driving drum via the first rear sheave; And a second rear wire that connects the rear driving side and the rear driving drum to the rear other side of the lift opposite to the hoist via the rear wire rope and the first and second rear sheaves together. The front drive drum is provided to wind or unwind the first and second front wire ropes simultaneously, and the rear drive drum is provided to wind or unwind the first and second rear wire ropes simultaneously.

In addition, the hoist is characterized in that it is provided on the inner bottom side of the side of the tower structure.

In addition, the hoist is disposed parallel to one side of the tower structure including a front drive drum and a rear drive drum provided in front and rear of the drive drum to rotate together with the drive motor and the drive motor, the drive device The sieve further includes six sheaves provided at each corner of the upper edge of the hoistway and at both corners of the top side of the tower structure to rotate in the same direction as the driving drum, wherein the sheave is located above the front drive drum. A first front sheave, a second front sheave provided on one side of the hoistway, a third front sheave provided on the other front of the hoistway, a first rear sheave on the rear driving drum, and a first provided on one side of the hoistway behind the hoistway. And a second rear sheave and a third rear sheave provided on the other side behind the hoistway, wherein the second front sheave is the third front. It is provided closer to the first front sheave than the sieve, and the second rear sheave is provided to be adjacent to the first rear sheave than the third rear sheave, and the wire rope is the first front sheave and the second front sheave. A first front wire rope connecting the front one side of the hoist side and the front driving drum via a sheave, and the front other side of the lift on the opposite side of the hoist via the first to third front sheaves together; A second front wire rope connecting the front drive drum, a first rear wire rope connecting the rear one side of the lifter side to the rear driving drum via the first rear sheave and the second rear sheave; And a second rear wire rope connecting the rear other side of the lift and the rear driving drum through the first to third rear sheaves together. The front drive drum is provided to simultaneously wind or unwind the first and second front wire ropes while the drive motor rotates, and the rear drive drum is provided to simultaneously wind or unwind the first and second rear wire ropes. It is characterized by.

The winding machine may include a driving motor and a driving drum provided to rotate together with the driving motor, wherein the wire rope is provided to be wound around the driving drum, wherein the driving drum is wound around the wire rope in a laminating manner. It is provided so that the diameter of the wire rope wound on the drive drum is characterized in that it is provided to continuously increase in proportion to the winding amount of the wire rope.

In addition, a winding surface for winding the wire rope is formed on the driving drum, and the driving drum on both sides of the winding surface is provided with a guide member for guiding the wire rope toward the winding surface.

In addition, the tower structure includes a frame and an outer wall, the frame includes a plurality of vertical frames placed on the outer side of the hoistway and the tower structure, and a plurality of horizontal frames arranged in a transverse direction, the lift to the lift It is characterized in that the hook device is provided to be fixed to the horizontal frame.

In addition, the hook device is provided with a fixed driving motor, a fixed rotating shaft provided with a pinion is installed to rotate in accordance with the driving of the fixed driving motor, and a rack engaged with the pinion, so that the end can be moved forward. And a fixing bar provided to be hung on and supported by the upper portion of the horizontal frame, and the fixing driving motor is rotatable in both directions so that when the lift is caught by the horizontal frame, the fixing bar moves forward to the horizontal frame. When the locking of the lift is to be released, the fixed bar is characterized in that it is driven to reverse.

In addition, the parking facility according to the present invention further includes a pallet provided to support a lower end of the vehicle, and a horizontal moving device for horizontally moving the pallet on the lift to the parking space or horizontally moving the pallet on the parking space onto the lift. The horizontal moving device includes a chain provided to pass the upper surface of the bottom of the lift perpendicularly to the longitudinal direction of the lift so as to horizontally move the pallet, and a chain driving motor for rotating the chain. Is located between the longitudinal center of the lift and the front of the lift.

As described above, the parking facility according to the present invention is provided with a hoist of the driving device providing the lifting driving force of the lift at the bottom of the tower structure, so that a separate machine room for the installation of the driving device is not required on the upper part of the hoistway. Compared with the conventional parking facility with a separate machine room at the top, the height of the tower structure can be provided in a low floor type, so it is not only suitable for use as a public parking lot for residential areas, but also in a housing complex where general houses are concentrated. Even if it is constructed, it is less likely to be affected by sunshine or altitude restrictions.

In addition, the parking facility according to the present invention can effectively prevent the flow of the lift through the hook device, while the balance addition used in the conventional driving device of the parking facility is effectively reduced, and as the structure of various components such as a horizontal moving device is simplified, Not only is it possible to construct it at a cost, it is also expensive to maintain.

Next will be described in detail with reference to the accompanying drawings the structure of the parking facility according to an embodiment of the present invention.

The parking facility according to the present embodiment is a parking facility of a tower parking method, and basically includes a tower structure 10. 1 and 2, the tower structure 10 is composed of a frame 11 and an outer wall (not shown) covering the outside of the frame 11, the center of the interior of the tower structure 10 The hoistway 12 is formed, and both sides of the hoistway 12 form first and second parking spaces 14 and 15, each having a multi-storey parking space 13, and an entrance (not shown) of the vehicle c. ) Is formed at the lower part of the hoistway 12 which is the center of the tower structure 10. In addition, the frame 11 includes a plurality of vertical frames 11a placed on the outside of the hoistway 12, the first and second parking spaces 14 and 15, and a plurality of horizontal frames 11b arranged in the lateral direction. Is configured through. The vertical and horizontal frames 11a and 11b are all provided through H beams.

In addition, the parking facility generates a lift 20 and a lift driving force of the lift 20 which are installed on the hoistway 12 so as to elevate the received vehicle or the vehicle to be released along the hoistway 12. The parking device 13 includes a driving device 30 provided to support the pallet, a pallet 40 provided to support a lower end of the vehicle c, and a pallet 40 on the lift 20 for receiving or leaving the vehicle. Horizontally moving device 50 for horizontally moving the pallet or moving the pallet 40 on the parking room 13 onto the lift 20, and an entrance (not shown) for general operation and control of such parking facility. It is provided with a control panel (not shown) installed in the vicinity.

1 to 3, the driving device 30 first lifts or lifts the lift 20 upward or downward through the wire ropes 61, 62, 63, and 64. 30 is configured to include a hoist (31) provided to wind or unwind the wire ropes (61, 62, 63, 64) connected to the lift (20), the hoist (31) is a tower structure (10) Is provided at the bottom of the, more specifically, is provided in the pit 12a provided to accommodate the bottom of the lift 20 in the lower basement side of the hoistway (12).

As such, when the hoist 31 is disposed at the bottom of the tower structure 10, it is not necessary to provide a separate machine room for installing the hoist 31 at the upper end of the hoistway 12. Parking facilities according to the example can be provided in the low rise of the tower structure 10 relative to the conventional parking facilities having a separate machine room on the top of the hoistway (12) in the housing complex is densely packed Even if it is constructed, it is less likely to be affected by sunshine or altitude restrictions.

In addition to the hoist 31, the drive device 30 includes only a plurality of sheaves 32a, 32b, 32c, and 32d for supporting the wire ropes 61, 62, 63, and 64. The lift 20 is provided so that the lift 20 can be smoothly and safely lifted and operated without a balance addition. The structure of the driving device 30 will be described in more detail as follows.

First, the hoist 31 is a drive motor 31a driven under the control of the control panel (not shown), and a drive shaft 31b at the front and the rear of the drive motor 31a so as to rotate together with the drive motor 31a. It is disposed on one side of the pit (12a) parallel to one side of the hoistway 12, including the front drive drum (31c) and the rear drive drum (31d) connected through the), the sheaves (32a, 32b, 32c) 32d is provided at each corner of the upper end of the hoistway 12 so as to rotate in the same direction as the driving drums 31c and 31d. The sheaves 32a, 32b, 32c, and 32d may be fixed through a separate fixing member, and may be provided to be fixed to an upper end of the vertical frame 11a.

The sieves 32a, 32b, 32c, and 32d may include a first front sheave 32a positioned on an upper side of the front drive drum 31c, a second front sheave 32b on the opposite side of the front drive drum, and the rear drive. A total of four parts including a first rear sheave 32c on the upper side of the drum 31d and a second rear sheave 32d on the opposite side of the rear driving drum 31d are provided. The sieves 32a, 32b, 32c, Except 32d), a plurality of guide sheaves (not shown) may be further provided on the wire ropes 61, 62, 63, and 64 to guide the movement of the wire ropes 61, 62, 63, and 64.

The wire ropes 61, 62, 63, and 64 connect the front one side of the lift 20 to the front driving drum 31c via the first front sheave 32a. The front other side of the lift 20 and the front driving drum 31c opposite the hoist 31 via the first front wire rope 61 and the first and second front sheaves 32a and 32b together. The second front wire rope 62 for connecting the first, and the first rear sheave (32c) via the first side of the hoist 31, the rear side of the lift 20 is connected to the rear driving drum (31d) The rear other side of the lift 20 and the rear driving drum 31d opposite to the hoist 31 via the rear wire rope 63 and the first and second rear sheaves 32c and 32d together. And a second rear wire rope 64 for connecting, wherein the front driving drum 31c is rotated by the first and second front wire ropes 61 and 62 when the driving motor 31a is rotated. At the same time it is provided to pull forward or the rear driven drum (31d) is the first and the second sense is provided to the rear wire rope (63,64) at the same time or loosened.

Therefore, in the structure of the drive device 30, the wire ropes 61, 62, 63, 64 are all coupled to each corner of the lift 20, the hoist 31 is the first and second front wire rope 61 , And 62 and the first and second rear wire ropes (63, 64) can be wound or unwound at the same time to smoothly perform the lifting operation of the lift (20) without balancing.

However, since the weights of the lift 20 and the vehicle c positioned on the lift 20 are not compensated in the state where there is no balance weight, the vehicle c on the parking space 13 through the horizontal transfer device 50 is not compensated for. ) When the lift 20 is moved onto the lift 20 or when the vehicle c on the lift 20 is moved to the parking space 13, the load applied to the lift 20 increases or decreases momentarily, so that the lift 20 There is a risk of liquidity.

Therefore, in order to solve this problem, a hook device 70 is provided on the bottom side of the lift 20 to fix the lift 20 on the front and rear horizontal frames 11b of the lift 20.

As shown in Figures 4 and 5, the hook device 70 is provided on the front and rear sides of the lift 20, respectively, consisting of a pair, each hook device 70 is connected to the driving sprocket 71a Fixed drive motor 71 driven in the forward or reverse direction under the control of the control panel (not shown), and driven sprocket (72a) is connected to rotate together through the drive sprocket (71a) and the connecting chain (71b) And the pinion 72b is installed at both ends thereof so that the pinion 72b is installed at both ends thereof, and the pinion 72b is disposed in the width direction of the lift 20, and the pinions 72b are respectively fixed. It consists of a pair of fixing bar 73 is provided so as to be able to move forward and backward in the state perpendicularly intersecting with the side fixing rotary shaft 72.

At the intersection of the fixing bar 73 intersecting with the fixing rotary shaft 72, a rack 73a is formed to engage with the pinion 72b, so that the fixing bar 73 is formed according to the rotation direction of the fixing rotary shaft 72. The end of the fixing bar 73 is supported by the upper portion of the horizontal frame 11b at a position corresponding to the lift 20 in the state where the fixing bar 73 is advanced, and the fixing bar 73 is retracted. In the state is provided so that the latch on the horizontal frame (11b) is released.

Accordingly, when the vehicle c of the lift 20 is put into the parking compartment 13 or when the vehicle of the parking compartment 13 is moved back onto the lift 20, the control of the control panel (not shown) is performed. As a result, the fixing drive motor 71 of each hook device 70 is rotated in the forward direction, and all the fixing bars 73 of the front and rear hook devices 70 are advanced. Accordingly, the ends of the two fixing bars 73 of the front hook device 70 are caught on the upper side of the horizontal frame 11b at the front of the lift 20, and the two fixing bars 73 of the rear hook device 70 are attached thereto. The end is fixed to the horizontal frame 11b while the end of the lift 20 is caught on the upper horizontal frame 11b while the lift 20 is suddenly changed. It becomes possible.

Therefore, the parking facility according to the present embodiment can maintain the lift 20 stably fixed state without any flow even in the state without the balance added, the fixed drive motor 71 is horizontal of the vehicle (c) Before the lift 20 starts the lifting operation again in the state where the movement is completed, the lift 20 is driven in the reverse direction again under the control of a control panel (not shown) to release the locking bar 73 against the horizontal frame 11b. It works. For reference, the advancing and retracting operation of the fixing bar 73 is performed in a state in which the lift 20 floats slightly above the floor of the parking room 13.

Meanwhile, referring again to FIGS. 1 to 3 and 6, the driving motor 31a of the hoist 31 is advantageously provided with a low capacity to reduce the construction cost of the parking facility. When the driving motor 31a is provided at a low capacity, there is a limit in increasing the rotation speed of the driving drums 31c and 31d, which may cause a problem in increasing the lifting speed of the lift 20.

In order to solve this problem, the drive drums 31c and 31d of the winding machine 31 are provided such that the wire ropes 61, 62, 63 and 64 are wound on the drive drums 31c and 31d in a stacked manner. The diameters of the wire ropes 61, 62, 63, and 64 wound on the wire 31d are continuously increased in proportion to the amount of winding of the wire ropes 61, 62, 63, and 64.

Since the front drive drum 31c and the rear drive drum 31d are the same, the front drive drum 31c will only be described in detail. The front drive drum 31c includes the first and second front wire ropes 61. A pair of winding surfaces 31e are formed side by side for winding of the 62, and the first and second wire ropes 61 and 62 are formed on the front driving drum 31c on both sides of each of the winding surfaces 31e. Guide members 31f for guiding the side toward the winding surface 31e are respectively provided.

Each guide member 31f extends radially in a vertical direction from the outer surface of one side of the winding surface 31e and the other front driving drum 31c to form an annular disk shape, and the spacing between the guide members 31f is each guide member. It is preferable that the first front wire rope 61 and the second front wire rope 62 are provided to accommodate only about one row between 31f. Therefore, the diameters of the first and second front wire ropes 61 and 62 wound on the front drive drum 31c through the guide member 31f are the windings of the first and second front wire ropes 61 and 62. Continuously increased in proportion to the amount of suction, the hoist 31 can effectively increase the lifting speed of the lift 20 even through the low-capacity drive motor 31a.

In addition, the parking facility has the horizontal moving device 50 also has a simplified structure as compared to the prior art.

Looking in more detail, in the present embodiment, the horizontal moving device 50 is a chain provided to pass vertically perpendicular to the longitudinal direction of the lift 20 to the bottom surface of the lift 20 to horizontally move the pallet 40 And a chain driving motor 53 driven under the control of the control panel (not shown) to rotate the chains 51 and 52.

The chains 51 and 52 comprise two rows including the first and second chains 51 and 52 spaced apart from each other, and the chains 51 and 52 are formed at the end of the rotation shaft 53a of the chain driving motor 53. Drive sprocket 54 for the rotation of is connected. The chains 51 and 52 have a shape in which the lower center side is slightly entered toward the inner upper side, and the driving sprocket 54 is disposed to contact the outer side of the lower center side of the chains 51 and 52, and the driving sprocket ( 54) A pair of driven sprockets 55 are provided inside the chains 51 and 52 on both sides, and idles 56 are disposed at both ends of the chains 51 and 52, respectively. Here, the shaft of the driven sprocket 55 and the idle 56 is fixed to the lift 20 to be rotatable.

A pair of coupling pins 57 are connected between the first and second chains 51 and 52, and a ring-shaped coupling 41 is caught by the coupling pins 57 to the pallet 40. Is provided.

Therefore, the pallet 41 of the upper parking lot 13 or the lift 20 has the coupling 41 when the chains 51 and 52 rotate according to the driving of the chain driving motor 53. While being caught by the coupling pin (57) is to move horizontally on the lift 20 or the parking chamber 13, in the present embodiment, the chain (51, 52) of the vehicle (c) mounted on the lift (20) It is located between the center and the front of the lift 20 so as to be adjacent to the engine side.

That is, in the case of the center of gravity of the vehicle (c) that the user got off, the front of the vehicle (c) on which the engine is mounted, the horizontal movement of the pallet (40) while configuring the horizontal moving device 50 as one as in the present embodiment When the chains (51, 52) for the position to be adjacent to the engine side of the vehicle (c), it is possible to perform the horizontal movement operation of the vehicle smoothly even through one horizontal transfer device (50).

In addition, the parking facility according to the present embodiment has a right side corresponding to the hoistway 12 in the case of the pallet 40 provided in the first parking space 14 even in the case of the coupling 41 formed in the pallet 40. In the case of the pallet 40 provided only at one end and provided in the second parking space 15, the pallet 40 is formed only at one left end corresponding to the hoistway 12 so as to simplify the structure of the pallet 40.

On the other hand, as shown in Figure 9 and 10, in another embodiment of the present invention, the hoist 31 of the drive device 30 and the number of sheaves (33a, 33b, 33c, 33d, 33e, 33f) By changing the arrangement may be installed on the inner bottom side of one side of the tower structure 10, not inside the pit (12a).

That is, in this embodiment, the hoist 31 of the drive device 30 is disposed parallel to one side of the tower structure 10 is installed on the inner bottom of the outer wall (not shown) of the tower structure 10, The sieves 33a, 33b, 33c, 33d, 33e, and 33f are rotated in the same direction as the driving drums 31c and 31d, respectively, at the upper edges of the upper end of the hoistway 12 and the tower structure 10 toward the hoist 31. ) Is installed at both corners of one side of the top.

The sieves 33a, 33b, 33c, 33d, 33e, and 33f include a first front sheave 33a on the upper side of the front driving drum 31c, a second front sheave 33b provided on one side in front of the hoistway 12, A third front sheave 33c provided on the other front side of the hoistway 12, a first rear sheave 33d on the upper side of the rear driving drum 31d, and a second rear sheave 33e provided on one side of the hoistway 12 rearward. And a third rear sheave 33f provided on the other rear side of the hoistway 12, and includes six in total, and the second front sheave 33b has a first front sheave 33a than the third front sheave 33c. The second rear sieve 33e is provided closer to the first rear sieve 33d than the third rear sieve 33f.

In addition, in the present embodiment, the first front wire rope 61 is provided with one front side of the lift 20 toward the hoist 31 via the first front sheave 33a and the second front sheave 33b. The front driving drum 31c is connected to each other, and the second front wire rope 62 passes through the first to third front sheaves 33a, 33b, and 33c together with the lift 20 opposite to the hoist 31. It is provided to connect the other front and the front drive drum (31c) of. Similarly, the first rear wire rope 63 has one rear rear side of the lift 20 toward the hoist 31 and the rear driving drum via the first rear sheave 33d and the second rear sheave 33e. And a second rear wire rope 64 of the lift 20 opposite to the hoist 31 via the first to third rear sheaves 33d, 33e, and 33f together. The other side of the rear and the rear driving drum 31d is connected, and the front driving drum 31c winds the first and second front wire ropes 61 and 62 at the same time when the driving motor 31a is rotated. It is provided to loosen and the rear drive drum (31d) is provided to simultaneously wind or unwind the first and second rear wire rope (63, 64).

Except for the arrangement of the sheaves (33a, 33b, 33c, 33d, 33e, 33f) and the wire ropes (61, 62, 63, 64) in the present embodiment is the same as the first embodiment described above, so The description will be omitted.

As described in detail above, the parking facility according to the present invention first the hoistway 31 of the drive device 30 for providing the lifting driving force of the lift 20 is provided on the bottom side of the tower structure 10, the hoistway 12 ) As a separate machine room is not required for the installation of the drive device 30 at the top, the height of the tower structure 10 is lower than that of the conventional parking facility having a separate machine room at the top of the hoistway 12. Since it is possible to arrange, even if the housing is built in dense housing complexes, there is no fear of sunshine or high restrictions.

In addition, the parking facility according to the present invention can effectively prevent the flow of the lift 20 through the hook device 70, while the balance addition used in the conventional driving device of the parking facility, horizontal moving device 50, etc. As the structure of the various components is simplified, the construction can be performed at a low cost and maintenance costs are not great.

1 is a view schematically showing the overall internal structure of a parking facility according to an embodiment of the present invention as seen from the front.

Figure 2 shows a state as viewed from the top as an overall internal structure of the parking facility according to an embodiment of the present invention.

Figure 3 is an extract showing the structure of the drive device in the parking facility according to an embodiment of the present invention, showing a state viewed from the front.

Figure 4 is an extract showing the structure of the hook device and the horizontal moving device in the parking facility according to an embodiment of the present invention, showing a state viewed from the top.

5 is an enlarged perspective view illustrating main parts of a hook apparatus in a parking facility according to an exemplary embodiment of the present invention.

FIG. 6 is an enlarged view of a winding structure of a wire rope wound on the front driving drum of the hoisting machine constituting the driving device in the parking facility according to the preferred embodiment of the present invention.

Figure 7 is an enlarged perspective view showing the structure of the horizontal moving device in the parking facility according to an embodiment of the present invention.

8 is a view illustrating a structure of a horizontal moving device in a parking facility according to an embodiment of the present invention, showing a state viewed from the front.

9 is a view schematically showing the overall internal structure of the parking facility according to another embodiment of the present invention as seen from the front.

10 is a view schematically showing the overall internal structure of the parking facility according to another embodiment of the present invention as shown from the top.

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

10: tower structure 20: lift

30: drive device 40: pallet

50: horizontal transfer device 61, 62, 63, 64: wire rope

70: hook device

Claims (10)

A tower structure formed at a center thereof, and a parking structure having parking spaces having two-level parking spaces at both sides of the hoistway; A lift mounted on the hoistway to elevate a vehicle along the hoistway; And a drive device having a hoist provided on a bottom of the tower structure to wind or unwind a wire rope connected to the lift to generate a lifting driving force of the lift. The method of claim 1, A pit is formed under the hoistway, and the hoist is provided in the pit. The method of claim 2, The hoist is disposed parallel to one side of the hoistway including a front drive drum and a rear drive drum respectively provided at the front and the rear of the drive motor to rotate together with the drive motor and the drive motor. The driving device further includes four sheaves provided at each corner of the outer side at the top of the hoistway to rotate in the same direction as the driving drum, The sieve may include a first front sheave at an upper side of the front driving drum, a second front sheave at an upper side opposite the front driving drum, a first rear sheave at an upper side of the rear driving drum, and a second rear side opposite the upper side of the rear driving drum. Contains sheaves, The wire rope is opposed to the hoist via the first front wire rope connecting the front one side of the lifter side and the front driving drum via the first front sheave and the first and second front sheaves together. A second front wire rope connecting the other front side of the lift and the front driving drum, and a first rear wire rope connecting the rear one side of the lift and the rear driving drum via the first rear sheave; And a second rear wire rope connecting the rear other side of the lift and the rear driving drum through the first and second rear sheaves together,  The front drive drum is provided to simultaneously wind or unwind the first and second front wire ropes while the drive motor rotates, and the rear drive drum is provided to simultaneously wind or unwind the first and second rear wire ropes. Parking equipment characterized by the above. The method of claim 1, The hoist is a parking facility, characterized in that provided on the inner side of the bottom side of the tower structure. The method of claim 4, wherein The hoist is disposed parallel to one side of the tower structure, including a front drive drum and a rear drive drum respectively provided in front and rear of the drive drum to rotate together with the drive motor and the drive motor, The driving device further includes six sheaves provided at each corner of the upper outer edge of the hoistway and at both corners of one side of the upper side of the tower structure so as to rotate in the same direction as the driving drum. The sieve may include a first front sheave at an upper side of the front driving drum, a second front sheave provided at one side in front of the hoistway, a third front sheave provided at the other front side of the hoistway, and a first rear sheave at the upper side of the rear drive drum. And a second rear sieve provided at one rear side of the hoistway and a third rear sieve provided at the other rear side of the hoistway, wherein the second front sheave is provided closer to the first front sheave than the third front sheave, The second rear sieve is provided closer to the first rear sieve than the third rear sieve, The wire rope may include a first front wire rope connecting the front one side of the lifter side and the front driving drum via the first front sheave and the second front sheave, and the first to third front sheaves. A second front wire rope connecting the other front side of the lift to the front driving drum and the first rear sieve and the second rear sheave via the rear side of the hoist; A first rear wire rope connecting the rear drive drum, and a second rear wire rope connecting the rear other side of the lift opposite the hoist and the rear drive drum via the first to third rear sheaves together. , The front drive drum is provided to simultaneously wind or unwind the first and second front wire ropes while the drive motor rotates, and the rear drive drum is provided to simultaneously wind or unwind the first and second rear wire ropes. Parking equipment characterized by the above. The method of claim 1, The hoist includes a driving motor and a driving drum provided to rotate together with the driving motor, and the wire rope is provided to be wound around the driving drum. The driving drum is provided so that the wire rope is wound on the drive drum in a laminated manner, the diameter of the wire rope wound on the drive drum is provided to continuously increase in proportion to the winding amount of the wire rope. The method of claim 6, The driving drum is provided with a winding surface for winding the wire rope, and the driving drum on both sides of the winding surface is provided with a guide member for guiding the wire rope toward the winding surface. The method of claim 1, The tower structure includes a frame and an outer wall, and the frame includes a plurality of vertical frames placed on the outside of the hoistway and the tower structure, and a plurality of horizontal frames arranged in a transverse direction. Parking facilities, characterized in that the hook device is provided so that the lift can be fixed to the horizontal frame by walking. The method of claim 8, The hook device is provided to rotate according to the driving of the fixed drive motor, the fixed drive motor, and a fixed rotating shaft to which the pinion is installed, and a rack engaged with the pinion to be retractable so that the end is moved forward. It includes a fixing bar provided to be supported on the horizontal frame, The fixed drive motor is rotatable in both directions so that the fixed bar is moved forward when the lift is caught on the horizontal frame and the fixed bar is driven backward when the grip of the lift with respect to the horizontal frame is released. Parking equipment characterized in that the. The method of claim 1, A pallet provided to support a lower end of the vehicle, and a horizontal moving device for horizontally moving the pallet on the lift to the parking space or horizontally moving the pallet on the parking space onto the lift, The horizontal moving device includes a chain provided to pass vertically to the longitudinal direction of the bottom of the lift to move the pallet horizontally, and a chain driving motor for rotating the chain, The chain is located between the longitudinal center of the lift and the front of the lift.

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