JP6516394B1 - Up and down traversing parking system with charging function - Google Patents

Abstract

To provide a lifting and traversing type parking apparatus with a charging function capable of reliably connecting an electrode provided on a pallet and an electrode provided outside the pallet even if positional deviation occurs due to the operation of the pallet. SOLUTION: A distribution board side contact unit 72 electrically connected to a charge distribution board 60 and a pallet side contact unit 71 electrically connected to a charging outlet 50 are provided. The contact unit 72 extends from the traverse mechanism 32 or the frame structure 40, and the pallet side contact unit 71 extends from the pallet 10, and one of the distribution board side contact unit 72 and the pallet side contact unit 71 is a male electrode 71a. The other is a female electrode 72a, and the connection between the male electrode 71a and the female electrode 72a supplies power from the charge distribution board 60 to the charging outlet 50, and the male electrode 71a is made of an elastic material 71b. The female electrode 72a is displaced in a direction perpendicular to the electrode axial direction by the slide member 72b. [Selected figure] Figure 1

Description

  BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to a lifting and lowering traversing type parking apparatus with a charging function in which a charging outlet is provided on a pallet for performing lifting and lowering and traversing operations.

Patent Document 1 and Patent Document 2 each have a pallet for mounting a vehicle, an elevating mechanism for raising and lowering the pallet, and a traversing mechanism for traversing the pallet, and the elevating mechanism is rotated by an elevating motor and an elevating motor. The charging outlet is provided on the pallet that is connected to the drive shaft via the drive body and connected to the drive shaft via the drive body to raise and lower the pallet, and the pallet that performs the lifting operation and traversing operation is A lifting and lowering traversing type parking apparatus with a charging function is disclosed that includes a first power cable to be connected and a second power cable to connect the winding mechanism and the charging distribution board.
In Patent Document 1 and Patent Document 2, the pallets performing the raising and lowering operation and the traversing operation are pallets on the second floor and the third floor.
The charging outlets provided on the second and third floor pallets are connected to the winding mechanism by the first power cable, and the winding mechanism is installed on the frame. Therefore, the first power cable does not sag because the first power cable is unwound from the winding mechanism or the winding mechanism according to the lifting and lowering operation of the pallet.

JP, 2011-111804, A JP, 2011-111805, A

  However, in the case of using a power cable as in Patent Document 1 and Patent Document 2, there is a possibility of causing slack especially by the transverse movement of the pallet, and power is supplied to a charging outlet provided on the pallet without using the power cable. It is desirable to do.

  An object of the present invention is to provide a lifting and traversing type parking apparatus with a charging function which can reliably connect an electrode provided on a pallet and an electrode provided on the outside of the pallet even if displacement occurs due to the operation of the pallet. To aim.

According to the first aspect of the present invention, there is provided a liftable lifting and lowering type parking apparatus according to the present invention, comprising: a pallet 10 on which a vehicle is placed; an elevating mechanism 20 for moving the pallet 10 up and down; A lifting and lowering mechanism 20 and a frame structure 40 for attaching the traversing mechanism 30. The pallet 10 is provided with a charging outlet 50, and the charging outlet 50 is provided with a lifting and lowering traverse with charging function to supply power from the charging distribution board 60. Parking apparatus including a distribution board side contact unit 72 electrically connected to the charging distribution board 60, and a pallet side contact unit 71 electrically connected to the charging outlet 50. The distribution board side contact unit 72 is disposed to extend from the traverse mechanism 32 or the frame structure 40, and the pallet side contact unit 71 is placed on the pallet. And one of the distribution board side contact unit 72 and the pallet side contact unit 71 is a male type electrode 71a, the other is a female type electrode 72a, and the male type electrode 71a and the female type Electric power is supplied to the charging outlet 50 from the charging distribution board 60 by connection with the electrode 72a, the male electrode 71a is displaced in the axial direction of the electrode by the elastic member 71b, and the female electrode 72a is a slide. It is characterized in that it is displaced within a plane perpendicular to the electrode axial direction by the member 72b.
According to a second aspect of the present invention, in the lifting and lowering traversing type parking apparatus with a charging function according to the first aspect, the lifting and lowering pallet moving up and down in the frame structure 40 by the lifting and lowering mechanism 20 as the pallet 10; A lifting and lowering pallet for moving up and down the inside of the frame structure 40 by the raising and lowering mechanism 20 and traversing the inside of the frame structure 40 by the traversing mechanism 30, and the pallet side contact unit 71 is mounted on the lifting and lowering pallet. Providing the distribution board side contact unit 72 to the traversing mechanism 30, and moving the pallet for elevating and traversing by the traversing mechanism 30 in a state where the male electrode 71a and the female electrode 72a are connected. It is characterized by
According to a third aspect of the present invention, in the lifting and lowering traversing type parking apparatus with a charging function, the lifting and lowering traversing pallet is disposed at a vehicle storage position, whereby the male electrode 71a and the female type are stored. It is characterized in that it is connected to the electrode 72a.
According to a fourth aspect of the present invention, in the lifting and lowering traversing type parking apparatus with a charging function according to the first aspect, as the pallet 10, a lifting pallet for lifting the inside of the frame structure 40 by the lifting mechanism 20; And a lifting pallet for moving up and down the inside of the frame structure 40 by the lifting mechanism 20 and traversing the inside of the frame structure 40 by the traversing mechanism 30, and the pallet side contact unit 71 is provided on the lifting pallet. The distribution board side contact unit 72 is provided on the frame structure 40, and the male and female electrodes 71a and the female electrode 72a are connected by arranging the lifting pallet at the vehicle storage position. It is characterized by
According to a fifth aspect of the present invention, in the lifting and lowering traversing type parking apparatus with a charging function according to the third aspect, the tip of the male electrode 71a has a convex shape, and the inner circumferential surface of the female electrode 72a is It is characterized in that it has a concave shape in which the tip end is in surface contact.

  According to the present invention, the movement of the pallet causes a shift in the positions of the distribution board side contact unit and the pallet side contact unit, but the male electrode is displaced in the axial direction of the electrode and the female electrode is in the electrode axial direction. By displacing in a vertical plane, the connection between the male electrode and the female electrode can be made securely.

Configuration diagram of lifting and lowering traversing type parking apparatus with charging function according to one embodiment of the present invention Perspective view of the lifting and lowering traversing type parking device with the same charging function A perspective view of the lifting and lowering traversing type parking apparatus with the same charging function, showing a state in which the intermediate floor pallet is traversed from the state shown in FIG. 2 A perspective view of the lifting and lowering traversing type parking apparatus with the same charging function, showing the intermediate floor pallet being lowered from the state shown in FIG. A perspective view of the same lifting and lowering traversing type parking apparatus from the angle different from FIG. 2 A perspective view of the lifting and lowering traversing type parking apparatus with the same charging function, showing a state where the pallet on the top floor is lowered from the state shown in FIG. 5 A perspective view of the lifting and lowering traversing type parking apparatus with the same charging function, showing a state where the first basement pallet and the second basement pallet are further raised from the state shown in FIG. 3 Configuration diagram showing the pallet side contact unit and the distribution board side contact unit of the lifting and lowering traversing type parking apparatus with the same charging function

  According to a first embodiment of the present invention, a lifting and lowering traversing type parking apparatus with a charging function includes a distribution board side contact unit electrically connected to a charging distribution board, and a pallet electrically connected to a charging outlet. A distribution board side contact unit extending from the traverse mechanism or the frame structure, and a pallet side contact unit extending from the pallet, the distribution board side contact One of the unit and the pallet side contact unit is a male type electrode, the other is a female type electrode, and power is supplied from the charge distribution board to the charging outlet by connecting the male type electrode and the female type electrode. The elastic member displaces in the axial direction of the electrode, and the female electrode displaces by the slide member in a plane perpendicular to the axial direction of the electrode. According to the present embodiment, the operation of the pallet causes a shift in the position between the distribution board side contact unit and the pallet side contact unit, but the male electrode is displaced in the electrode axial direction and the female electrode is in the electrode axial direction By displacing in a plane perpendicular to the above, it is possible to reliably connect the male and female electrodes.

  According to a second embodiment of the present invention, in the lifting and lowering traverse type parking apparatus with a charging function according to the first embodiment, a lifting and lowering pallet as a pallet, the lifting and lowering mechanism for lifting and lowering the frame structure by the lifting and lowering mechanism, and the frame structure by the lifting and lowering mechanism There is a pallet for raising and lowering traversing the inside of the frame structure by the traversing mechanism while raising and lowering the body, providing a pallet side contact unit on the pallet for lifting and traversing, providing a distribution board side contact unit on the traversing mechanism, and a male electrode In the state where the and the female type electrodes are connected, the pallet for lifting and lowering and traversing is traversed by the traversing mechanism. According to the present embodiment, charging can be continued even during the transverse operation, and the male electrode is displaced in the axial direction of the electrode and the female electrode is displaced in a plane perpendicular to the axial direction of the electrode. The male electrode and the female electrode are not damaged by the load caused by the positional deviation between the distribution board side contact unit and the pallet side contact unit due to the transverse operation.

  According to a third embodiment of the present invention, in the lifting and lowering traversing type parking apparatus with a charging function according to the second embodiment, the lifting and lowering traversing pallet is disposed at the vehicle storage position, whereby male and female electrodes are obtained. And are connected. According to the present embodiment, the vehicle disposed at the vehicle storage position can be charged.

  According to a fourth embodiment of the present invention, in the lifting and lowering traversing type parking apparatus with a charging function according to the first embodiment, a lifting and lowering pallet as a pallet, and a lifting and lowering mechanism for lifting and lowering the frame structure by the lifting and lowering mechanism; There is a lifting and lowering pallet which moves up and down the body and traverses the inside of the frame structure by a crossing mechanism, the lifting pallet is provided with a pallet side contact unit, the frame structure is provided with a distribution panel side contact unit, and the lifting pallet Are disposed at the vehicle storage position, whereby the male electrode and the female electrode are connected. According to the present embodiment, the vehicle disposed at the vehicle storage position can be charged.

  According to a fifth embodiment of the present invention, in the lifting and lowering traverse type parking apparatus with a charging function according to the third embodiment, the tip of the male electrode has a convex shape, and the inner circumferential surface of the female electrode is the tip. Is in the form of a concave surface in contact with the surface. According to the present embodiment, it is possible to move quickly with respect to positional deviation between the male electrode and the female electrode.

Hereinafter, a lifting and lowering traversing type parking apparatus with a charging function according to an embodiment of the present invention will be described.
FIG. 1 is a block diagram of a lifting and lowering traversing type parking apparatus with a charging function according to the present embodiment, FIG. 1 (a) is a front view seen from the storage / removal side, and FIG. Fig. 1 (c) is a plan view showing the top floor pallet, Fig. 1 (d) is a plan view showing the middle floor pallet, Fig. 1 (e) is a plan view showing the first floor pallet, Fig. 1 (f) Is a plan view showing the underground second floor pallet.

The lifting and lowering traverse type parking apparatus according to the present embodiment includes a pallet 10 for mounting a vehicle, an elevation mechanism 20 for raising and lowering the pallet 10, a traverse mechanism 30 for traversing the pallet 10, an elevation mechanism 20 and a traverse mechanism 30. And a frame structure 40 for attaching the
The pallet 10 is provided with a charging outlet 50, and the charging outlet 50 is supplied with power from the charging distribution board 60.
On the top floor, the top floor pallets 11R and 11L are provided as pallets 10, and a lifting mechanism 21R for lifting the top floor pallet 11R and a lifting mechanism 21L for lifting the top floor pallet 11L are attached to the frame structure 40.
On the intermediate floor, an intermediate floor pallet 12 is provided as the pallet 10, and a lifting mechanism 22 for raising and lowering the intermediate floor pallet 12 and a traverse mechanism 32 for traversing the intermediate floor pallet 12 are attached to the frame structure 40.
On the ground floor, a ground floor pallet 13 is provided as the pallet 10, and a traverse mechanism 33 for traversing the ground floor pallet 13 is attached to the frame structure 40.
On the first basement floor, the first basement pallets 14R and 14L are provided as the pallet 10, and on the second basement floor, the second basement pallets 15R and 15L are provided as the pallet 10.
Attached to the frame structure 40 are an elevation mechanism 24R for raising and lowering the first floor pallet 14R and the second floor pallet 15R, and an elevation mechanism 24L for raising and lowering the first floor pallet 14L and the second floor pallet 15L.

As illustrated, for the top floor pallets 11R and 11L, the position raised by the raising and lowering mechanisms 21R and 21L is the vehicle storage position, and for the middle floor pallet 12 the position raised by the raising and lowering mechanism 22 is the vehicle storage position For the first floor pallets 14R and 14L and the second floor pallets 15R and 15L, the vehicle storage position is the position lowered by the lifting mechanisms 24R and 24L.
Each pallet 10 has a pallet side contact unit 71 electrically connected to the charging outlet 50, and the traverse mechanism 32 or the frame structure 40 has a distribution board corresponding to each pallet side contact unit 71. A side contact unit 72 is provided.
The pallet side contact unit 71 extends from the pallet 10 and is disposed in the space between the rear end of the pallet 10 and the frame structure 40.
The distribution board side contact unit 72 is electrically connected to the charging distribution board 60 and extends out from the traverse mechanism 32 or the frame structure 40.

FIG. 2 is a perspective view of a lifting and lowering traverse type parking apparatus with a charging function according to the present embodiment.
With reference to FIG. 2, a lifting and lowering pallet for moving up and down in the frame structure 40 by the lifting and lowering mechanism 20 and traversing the inside of the frame structure 40 by the traversing mechanism 30 will be described.
In the present embodiment, the intermediate floor pallet 12 is a pallet for lifting and lowering.
The lift mechanism 22 for lifting and lowering the intermediate floor pallet 12 is connected to the drive shaft 20b via the lift motor 20a, the drive shaft 20b rotated by the lift motor 20a, and the drive body 20c to drive the top floor pallets 11R and 11L. It is comprised from the raising / lowering transmission body 20d to which it raises / lowers.
The traverse mechanism 30 for raising and lowering the intermediate floor pallet 12 includes a traverse rail 30a, a carriage 30b sliding on the traverse rail 30a, a traverse motor (not shown) provided on the carriage 30b, and a roller provided on the carriage 30b. And 30c.
The lifting mechanism 22 is provided on the carriage 30b.
A pallet side contact unit 71 is provided on the intermediate floor pallet 12 which is a pallet for lifting and lowering.
A distribution board side contact unit 72 is provided on the carriage 30 b constituting the traverse mechanism 30 so as to extend downward from the carriage 30 b.
As shown in FIG. 2, in the intermediate floor pallet 12, the position raised by the lifting mechanism 22 is the vehicle storage position, and the pallet side contact unit 71 and the distribution board side contact unit 72 are electrically connected. is there.

FIG. 3 is a perspective view of the lifting and lowering traversing type parking apparatus with the same charging function, showing a state in which the intermediate floor pallet is traversed from the state shown in FIG.
By driving the traverse motor, the carriage 30b traverses, and the intermediate floor pallet 12 traverses along with the carriage 30b.
From the state shown in FIG. 2 to the state shown in FIG. 3, when the intermediate floor pallet 12 traverses by the traverse mechanism 32 and as shown in FIG. The unit 72 is in an electrically connected state.

FIG. 4 is a perspective view of the lifting and lowering traversing type parking apparatus with the same charging function, showing the intermediate floor pallet lowered from the state shown in FIG.
As shown in FIG. 2, when the ground floor pallet 13 exists below the intermediate floor pallet 12, the ground floor pallet 13 is traversed before the intermediate floor pallet 12 is lowered by the lifting mechanism 22.
The intermediate floor pallet 12 can be lowered to the ground floor by driving the lifting motor 20a. The pallet side contact unit 71 is separated from the distribution board side contact unit 72 by lowering the intermediate floor pallet 12.
As described above, the pallet side contact unit 71 and the distribution board side contact unit 72 are electrically connected by being arranged at the vehicle storage position where the intermediate floor pallet 12 is elevated, and during the transverse operation Can continue charging.

FIG. 5 is a perspective view of the lifting and lowering traversing type parking apparatus with the same charging function from a different angle from FIG.
With reference to FIG. 5, a lifting pallet which is moved up and down in the frame structure 40 by the lifting mechanism 20 will be described.
In the present embodiment, the uppermost floor pallets 11R and 11L are pallets for lifting and lowering.
Lifting mechanisms 21R and 21L for lifting and lowering the uppermost floor pallets 11R and 11L are connected to the drive shaft 20b via the raising and lowering motor 20a, the drive shaft 20b rotated by the lift motor 20a, and the uppermost floor pallet It comprises the elevation transmission body 20d which raises and lowers 11R and 11L.
A pallet side contact unit 71 is provided on the top floor pallets 11R and 11L which are pallets for lifting and lowering.
The frame structure 40 is provided with a distribution board side contact unit 72 by extending downward from the frame structure 40.
As shown in FIG. 5, on the top floor pallets 11R and 11L, the position raised by the lifting and lowering mechanisms 21R and 21L is the vehicle storage position, and the pallet side contact unit 71 and the distribution board side contact unit 72 are electrically connected. In a state of being

FIG. 6 is a perspective view of the lifting and lowering traversing type parking apparatus with the same charging function, showing a state in which the uppermost floor pallet is lowered from the state shown in FIG.
As shown in FIG. 5, when the middle floor pallet 12 and the ground floor pallet 13 exist below the top floor pallet 11R, before the top floor pallet 11R is lowered by the lifting mechanism 21R, the middle floor pallet 12 and the ground floor The pallet 13 is traversed.
The uppermost floor pallet 11R can be lowered to the ground floor by driving the lifting motor 20a. The pallet side contact unit 71 is separated from the distribution board side contact unit 72 by lowering the uppermost floor pallet 11R.
As described above, the pallet side contact unit 71 and the distribution board side contact unit 72 can be electrically connected and charged by being arranged at the vehicle storage position where the top floor pallets 11R and 11L are raised. .

FIG. 7 is a perspective view of the lifting and lowering traverse type parking apparatus with the same charging function, showing a state where the first basement pallet and the second basement pallet are further raised from the state shown in FIG.
In the present embodiment, the first basement pallets 14R and 14L and the second basement pallets 15R and 15L are elevating pallets.
Although the elevation mechanism 24R for raising and lowering the first floor pallet 14R and the second floor pallet 15R and the elevation mechanism 24L for raising and lowering the first floor pallet 14L and the second floor pallet 15L are not shown, the elevation mechanism 21R, As with the 21L and the lifting mechanism 22, the lifting motor, a drive shaft rotated by the lifting motor, and a lifting transmission body are provided, and are connected to the drive shaft via the drive body to raise and lower the frame 20e. The first basement pallet 14R and the second basement pallet 15R, or the first basement pallet 14L and the second basement pallet 15L are moved up and down.
A pallet side contact unit 71 is provided on the first floor pallets 14R and 14L and the second floor pallets 15R and 15L, which are pallets for lifting and lowering.
In the underground space below the frame structure 40, a distribution board side contact unit 72 is provided to extend downward from the frame structure 40.
The position where the basement first floor pallet 14L, basement second floor pallet 15L, basement first floor pallet 14R and basement second floor pallet 15R are lowered by the elevator mechanisms 24R and 24L is the vehicle storage position, and the pallet side contact unit 71 and distribution board The side contact unit 72 is in an electrically connected state.
In the state where the first floor pallet 14L is raised to the ground floor as shown in FIG. 3 or the second floor pallet 15L is raised to the ground floor as shown in FIG. It is removed from the electrical panel side contact unit 72 and is not charged.

  FIG. 8 is a block diagram showing the pallet side contact unit and the distribution board side contact unit of the lifting and lowering traverse type parking apparatus with the charging function, and FIG. 8 (a) is a pallet side contact unit and the distribution board side contact unit 8 (b) is a side view showing the pallet side contact unit and the distribution board side contact unit connected, and FIG. 8 (c) is a pallet side contact unit and the distribution board. It is a top view which shows a side contact unit.

FIG. 8 shows the case where the pallet side contact unit 71 is a male electrode 71a, and the distribution board side contact unit 72 is a female electrode 72a.
The male electrode 71a is displaced in the axial direction of the electrode by the elastic member 71b, and the female electrode 72a is displaced in a plane perpendicular to the axial direction of the electrode by the slide member 72b.
The tip of the male electrode 71a has a conical shape, and the inner peripheral surface of the female electrode 72a has a mortar shape in which the tip of the male electrode 71a is in surface contact. In addition to the conical shape, the tip of the male electrode 71a may be a convex shape such as a rasp rod shape, and the inner peripheral surface of the female electrode 72a may be a hemispherical shape in addition to the mortar shape. It may be a concave shape.
As shown in FIG. 8B, power is supplied from the charge distribution board 60 to the charging outlet 50 by the connection of the male electrode 71a and the female electrode 72a.
The male electrode 71a is extended from the pallet 10 by the pallet extension 71c, and the female electrode 72a is extended from the carriage 30b by the distribution board extension 72c, and the male electrode 71a and the female electrode are formed. 72a is disposed in the space between the rear end of the intermediate floor pallet 12 and the carriage 30b.

As described above, according to the present embodiment, the operation of the pallet 10 causes a shift in the positions of the distribution board side contact unit 72 and the pallet side contact unit 71, but the male electrode 71a is displaced in the electrode axial direction. By displacing the female electrode 72a in a plane perpendicular to the electrode axial direction, the connection between the male electrode 71a and the female electrode 72a can be reliably performed.
Further, according to the present embodiment, since the intermediate floor pallet 12 traverses by the traverse mechanism 32 in a state where the male electrode 71a and the female electrode 72a are connected, charging can be continued even during the transverse operation, Since the male electrode 71a is displaced in the axial direction of the electrode and the female electrode 72a is displaced in a plane perpendicular to the axial direction of the electrode, the distribution board side contact unit 72 and the pallet side contact unit 71 by the transverse operation are The male electrode 71a and the female electrode 72a are not damaged by the load due to the positional displacement.
Further, according to the present embodiment, the male floor type is formed by arranging the uppermost floor pallets 11R and 11L, the middle floor pallet 12, the first basement pallets 14R and 14L, and the second basement pallets 15R and 15L at the vehicle storage position. The electrode 71a and the female electrode 72a are connected, and the vehicle disposed at the vehicle storage position can be charged.

  The present invention is suitable for pallets performing lifting and traversing operations, but can also be applied to pallets performing only lifting and lowering operations.

10 pallets 11R, 11L top floor pallets 12 middle floor pallets 13 ground floor pallets 14R, 14L underground first floor pallets 15R, 15L underground second floor pallets 20, 21R, 21L, 22, 24R, 24L lifting mechanism 20a lifting motor 20b drive shaft Reference Signs List 20c driving body 20d lifting and lowering transmission body 20e frame 30, 32, 33 traverse mechanism 30a traverse rail 30b carriage 30c roller 40 frame structure 50 charging outlet 60 charging distribution board 71 pallet side contact unit 72 distribution board side contact unit 71a male Type electrode 71b Elastic material 71c Pallet side extension part 72a Female type electrode 72b Slide member 72c Distribution board side extension part

Claims (5)

A pallet on which the vehicle is placed;
An elevation mechanism for raising and lowering the pallet;
A traversing mechanism for traversing the pallet;
And a frame structure for mounting the elevating mechanism and the traversing mechanism,
Provide a charging outlet on the pallet,
A lifting and lowering traversing type parking apparatus with a charging function, which supplies power to the charging outlet from a charging distribution board,
A distribution board side contact unit electrically connected to the charging distribution board;
A pallet side contact unit electrically connected to the charging outlet;
Arranging the distribution board side contact unit to extend from the traversing mechanism or the frame structure;
Arranging the pallet side contact unit to extend from the pallet;
One of the distribution board side contact unit and the pallet side contact unit is a male type electrode, and the other is a female type electrode,
By connecting the male electrode and the female electrode, power is supplied to the charging outlet from the charging distribution board,
The male electrode is displaced in the axial direction of the electrode by an elastic material,
The lifting and lowering traverse type parking apparatus with a charging function, wherein the female electrode is displaced in a plane perpendicular to the axial direction of the electrode by a slide member. As said pallet,
A lifting pallet that moves up and down in the frame structure by the lifting mechanism;
And a pallet for moving up and down for traversing the inside of the frame structure by the traversing mechanism while moving up and down the inside of the frame structure by the lifting mechanism.
The pallet side contact unit is provided on the pallet for lifting and lowering.
Providing the distribution board side contact unit in the traversing mechanism;
2. The lifting and lowering traversing type parking apparatus according to claim 1, wherein the lifting and lowering and traversing pallet is traversed by the traversing mechanism in a state where the male type electrode and the female type electrode are connected. 3. The lifting and lowering traverse type parking apparatus according to claim 2, wherein the male electrode and the female electrode are connected by arranging the lifting and lowering pallet at a vehicle storage position. As said pallet,
A lifting pallet that moves up and down in the frame structure by the lifting mechanism;
And a pallet for moving up and down for traversing the inside of the frame structure by the traversing mechanism while moving up and down the inside of the frame structure by the lifting mechanism.
The pallet side contact unit is provided on the elevating pallet,
Providing the distribution board side contact unit on the frame structure;
The lifting and lowering traverse type parking apparatus with a charging function according to claim 1, wherein the male electrode and the female electrode are connected by arranging the lifting pallet at a vehicle storage position. The tip of the male electrode has a convex shape,
4. The lifting and lowering traversing type parking apparatus with a charging function according to claim 3, wherein an inner peripheral surface of the female electrode is formed in a concave shape in which the front end portion is in surface contact.