JP4448580B2 - Automatic management locker device for luggage etc. - Google Patents

Description

[0001]
[Technical field to which the invention belongs]
The present invention relates to an automatic management locker device for luggage and the like. The automatic management locker device for luggage etc. is disclosed in, for example, Japanese Patent Application Laid-Open No. 63-282592. As shown in FIG. 5, the entrance of a condominium, an apartment, a public housing, a company house, a dormitory, etc. · Lockers installed in halls, outdoors, etc., which control the opening and closing of multiple locker boxes 302, 303, 304, 305, 306 and the locks for each locker box for delivery and storage of luggage The locker device includes a control unit 11 and can perform delivery of delivery parcels, reservation delivery / storage, receipt, reservation shipment, storage, and pick-up without attendance even when the resident of the apartment is absent. Normally, in this automatic management locker device for luggage etc., there are F size, L size, M size, S size, SS size not shown in the figure, and the luggage delivered by the user (resident and courier) When the size of the locker box to be stored is selected according to the size of the locker box, the control unit selects one of the locker boxes of the selected size that has not been stored, and unlocks the electric lock. It locks and opens the door, informs the user of the location of the locker box, and instructs the user to close the door by putting a delivery package or a shipment package in the locker box. Each locker box is given a locker number to identify each box.
[0002]
In addition, this automatic management locker device such as luggage is generally a plurality of units 310, 311, 312, 313, 314 arranged side by side, but a part of the units are arranged apart from each other by electric wires, wires, cables, The control unit 11 and the rocker box may be connected by an optical fiber harness, a connector, or the like.
[0003]
[Prior art and problems to be solved by the invention]
As shown in FIG. 5, the conventional unit for automatically managing a luggage and the like locker unit has a casing unit and base ring units 320, 321, 322, 323, and 324 integrated with each other. Therefore, loading at the time of factory shipment and unloading at the site are heavy and very difficult work.
[0004]
In addition, since a long manual unlocking rod is directly coupled to the tip of the cylinder lock, a considerable load is applied during use. There is a risk that the cylinder lock may be damaged during the transportation of the locker to the site.
[0005]
Furthermore, when an automatic management locker device such as a luggage is installed in the wall, the trolley portion of the unit is likely not to be horizontal. If the wheel is not installed horizontally, the manual unlocking rod will not be vertical. As a result, the rotation of the key inserted into the cylinder lock becomes tight. Moreover, the unlocking of the electric lock is not smooth.
[0006]
SUMMARY OF THE INVENTION An object of the present invention is to provide a manual unlocking mechanism for an automatic management locker device for a package or the like that can operate smoothly and reliably, and can be operated smoothly and reliably.
[0007]
[Means for Solving the Problems]
An object of the present invention is to provide an automatic management locker device for luggage or the like having a plurality of locker boxes according to the present invention and a control unit for controlling unlocking and locking of each locker box. The main body part to be mounted thereon is a separate part, and a cylinder lock having one or more emergency unlocking key insertion holes is provided on the front surface of the base part, and from the rear side of the cylinder lock. The first rod extending vertically upward and having a length substantially equal to the height of the pedestal portion is movable up and down, a first flat base is attached to the upper end of the first rod, and a plurality of rocker boxes are lined up and down in the main body. The electric locks in each locker box are lined up on the vertical line, the second rod is arranged vertically near the electric lock, movable vertically up and down, and the second flat base is attached to the lower end of the second rod, First An electric lock unlocking mechanism is attached to the rod in the vicinity of each electric lock, and the first rod is moved up and down by manually rotating the cylinder lock of the base ring portion, so that the first flat base and the second flat base are in contact with each other. An automatic locker device for luggage etc., wherein the lock is forcibly unlocked by operating the electric lock / unlock mechanism attached in the vicinity of the second rod in conjunction with the second rod. Solved by.
[0008]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of an automatic management locker device for luggage etc. of the present invention will be described in detail with reference to the accompanying drawings.
[0009]
FIG. 1 is a perspective view of a manual unlocking mechanism according to an embodiment of the present invention.
[0010]
The pedestal part 10 has a shape composed of a lower surface of a rectangular parallelepiped having a low height, an upper surface peripheral portion, and side surfaces, and includes a front surface 101, a left side surface (not shown), a right side surface and a rear surface, an upper surface peripheral portion 102, and a lower surface 103. The base ring portion 10 is made of ordinary steel, stainless steel, or reinforced plastics, and is painted for corrosion prevention or aesthetics as necessary. The trolley is installed on the floor in the apartment house or on the outdoor ground directly or through a sheet or plate. A cylinder lock 23 having one or more emergency unlocking key insertion ports is provided on the front surface 101 of the wheel ring portion 10, and the cylinder lock 23 extends in the horizontal direction perpendicular to the front surface 101. The cylinder lock 23 is literally a cylindrical shape, and when the key is inserted and rotated, it rotates to the left and right around the central axis 235. A large side surface 241 of a U-shaped part 24 composed of a large side surface 241, a small side surface 242, and a central surface 243 is attached to the rear end of the cylinder lock 23 (the end opposite to the emergency unlocking key insertion port). The small side surface 242 is provided with a pin 25 that projects vertically outward. A guide 26 that guides the lower end 211 of the first rod 21 is provided on the lower surface 103 of the ring portion 10. The first rod 21 is inserted into the lower end 211 of the first rod 21 into the opening 261 of the guide 26, and the first rod 21 can move in the vertical up and down direction, but cannot move in the left and right front and rear directions. An engagement piece 18 is attached near the lower end 211 of the first rod 21, an engagement hole 181 is provided in the engagement piece 18, and the pin 25 of the cylinder lock 23 is engaged with the engagement piece 18. The state inserted and engaged with the joint hole 181 is maintained. Since the position of the pin 25 is off the central axis 235 of the cylinder lock 23, when the cylinder lock 23 is rotated, the locus of the pin 25 draws a circle, moves the engagement piece 18 up and down, and moves the first rod 21 vertically. Can be moved up and down in the direction. A flat base 213 is attached to the upper end 212 of the first rod 21 and is kept substantially horizontal.
[0011]
A main body 40 is mounted on and attached to the base ring portion 10. Box portions are arranged in a row in the main body portion 40 in the vertical direction, and one electric lock 2 is attached to each box portion. When the main body portion 40 is viewed, a plurality of electric locks 2 are spaced apart. Are aligned in a vertical line. Inside the main body 40, the second rod 20 is vertically disposed through the lower surface of each box portion. The second rod 20 is guided by a plurality of rod guides 22 attached to the main body 40. That is, the second rod 20 is inserted and guided in the opening 221 of the rod guide 22.
[0012]
A flat base 202 is attached to the lower end 201 of the second rod 20. Further, the operation fitting 13 is attached in the middle of the second rod 20, and the contact portion 131 of the operation fitting 13 is usually disposed directly below the latch unlocking pin 601 of the electric lock 2. A biasing device 5 that biases the operation fitting 13 downward is fitted to the operation fitting 13.
[0013]
The urging device 5 pivotally supports a long plate-like lever 16 at a fulcrum 161 with a joining screw 28, one end of the lever 16 is joined to the operation fitting 13, and the vicinity of the other end is moved upward by a leaf spring 15 and a spring receiver 17. Energized. The leaf spring 15 is fixed near the other end of the lever 16 by a fixing screw 27.
[0014]
In the electric lock 2, the blade 602 of the latch 6 is inserted into and engaged with the engagement hole 301 of the arm bar 3 attached to the door 30 of the rocker box, and is normally locked. Although the latch 6 is rotatable around the shaft 603, the other end 604 of the latch 6 is biased downward by the coil spring 9, so that the blade 602 of the latch 6 is biased upward and the arm bar 3 is engaged. The blade 602 of the latch 6 acts so as to come out from the hole 301. However, normally, since the contact portion 131 of the operation fitting 13 is in contact with the lower end of the latch unlocking pin 601 attached to the other end of the latch 6, the latch unlocking pin 601 cannot move downward, The electric lock 2 is not unlocked.
[0015]
However, when an electric signal is applied to the solenoid 42 of the electric lock 2, the solenoid 42 operates to rotate the latch 6 counterclockwise in FIG. 3, and the blade 602 is detached from the engagement hole 301 of the arm bar 3.
[0016]
When the administrator inserts the key 104 into the emergency unlocking key insertion port of the cylinder lock and rotates, the first rod 21 moves vertically upward, and the second rod 20 also moves vertically upward. Therefore, the operation fitting 13 moves upward, the latch unlocking pin 601 also moves upward, and the electric lock is unlocked. Similarly, the other operation fitting attached to the second rod moves upward, and the electric lock immediately above the operation fitting is also unlocked. In this way, the vertical row of electric locks can be unlocked simultaneously.
[0017]
Two or more main body portions 40 may be arranged side by side on the ring portion 10. The flat bases, which are vertically arranged inside each main body 40 and attached to the lower end of the vertically movable second rod, are respectively arranged vertically inside the base wheel part and can be moved vertically by the rotation of the cylinder lock. It is in close contact with a flat base attached to the upper end of one rod. Therefore, by rotating each cylinder lock, it is possible to manually unlock the electric locks of the plurality of locker boxes arranged in a straight line upward.
[0018]
The flat base may have a curved surface that is convex outward. Even when the main body is mounted and mounted on the base ring, the flat bases are in close contact with each other and can be manually unlocked smoothly.
[0019]
【The invention's effect】
According to the automatic management locker device for luggage and the like of the present invention, since the pedestal part and the main body part are separate parts, when the pedestal part is deteriorated due to corrosion, discoloration or deterioration, it is installed in a humid place. It is sufficient to replace only the part with a new part, and the main part can continue to be used, and the cost of replacement parts can be greatly reduced. In addition, on-site installation and fine adjustment are easy.
[0020]
According to the automatic management locker device for luggage or the like of the present invention, the first rod is vertically arranged inside the pedestal portion, the first rod is moved up and down by the rotation of the cylinder lock, and a disc-like shape is formed at the upper end of the first rod. Attach the first flat base, place the second rod vertically inside the main body, move up and down, attach the disc-shaped second flat base to the lower end of the second rod, Since the first flat base and the second flat base are in close contact with each other when the main body is mounted, the contact state between the first flat base and the second flat base is maintained even if the main body is slightly inclined with respect to the base ring. By only changing, the second rod can move up and down smoothly in response to the up and down movement of the first rod, and the electric locks of the locker boxes arranged in a row can be manually and smoothly unlocked simultaneously. .
[Brief description of the drawings]
FIG. 1 is a perspective view of a manual unlocking mechanism according to an embodiment of the present invention.
FIG. 2 is a partial view of a manual unlocking mechanism according to an embodiment of the present invention viewed in the direction of arrow A in FIG.
FIG. 3 is a side sectional view of a manual unlocking mechanism according to an embodiment of the present invention.
FIG. 4 is a plan sectional view of the manual unlocking mechanism according to the embodiment of the present invention.
FIG. 5 is a front view of a unit of a conventional automatic management locker device for luggage or the like.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 10 Wheel part 101 Front surface 102 Upper surface periphery part 103 Lower surface 104 Key 11 Control part 13 Operation metal fitting 131 Contact part 15 Leaf spring 16 Lever 161 Support point 17 Spring receiver 18 Engagement piece 181 Engagement hole 2 Electric lock 20 Second rod 201 Lower end 202 Flat base 21 First rod 211 Lower end 212 Upper end 213 Flat base 22 Rod guide 221 Opening 23 Cylinder lock 235 Center shaft 24 U-shaped part 241 Large side surface 242 Small side surface 243 Central surface 25 Pin 26 Guide 261 Opening 27 Fixing screw 28 Joining Screw 3 Arm bar 30 Door 301 Engagement hole 302 Rocker box 303 Rocker box 304 Rocker box 305 Rocker box 306 Rocker box 310 Unit 311 Unit 312 Unit 313 Unit 314 Unit 320 architrave 321 architrave 322 architrave section 323 architrave 324 architrave portion 40 body portion 42 solenoid 5 urging device 6 latches 601 latch unlocking pin 602 blade 603 axis 604 and the other end 9 coil spring

Claims (3)

In an automatic management locker device, such as a luggage, equipped with a plurality of locker boxes and a control unit that controls unlocking and locking of each locker box,
The body part and the body part to be mounted on it are separate parts,
A cylinder lock having one or more emergency unlocking key insertion holes is provided on the front surface of the cradle part, and extends vertically upward from the rear of the cylinder lock, and has a length substantially equal to the height of the cradle part. The first rod is movable up and down, and the first flat base is attached to the upper end of the first rod,
A plurality of locker boxes are lined up and down in the main body, and the electric locks in each locker box are lined up on the vertical line, and the second rod is arranged vertically near the electric locks so that it can be moved vertically and vertically. The second flat base is attached to the lower end of the second rod, the electric unlocking mechanism is attached to the second rod in the vicinity of each electric lock,
By manually rotating the cylinder lock of the base ring, the first rod is moved up and down, the first flat base and the second flat base are kept in contact with each other, the second rod is interlocked, and near the second rod An automatic locker device for luggage and the like, wherein an electric lock unlocking mechanism attached to the door is actuated to forcibly unlock the electric lock. The automatic management locker device for luggage etc. according to claim 1, wherein the first flat base is an upwardly convex curved surface. The automatic management locker device for luggage etc. according to claim 1, wherein the second flat base is a curved surface convex downward.

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