JPH0438784Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) The present invention relates to a product display stand installed and used in the storefront of various shops.

(Prior art and its problems) In principle, display stands are placed inside the opening/closing position of shutters, etc. in the storefronts of various stores, but if the property line is outside the opening/closing position of the shutters, etc. When an appropriate space can be secured in front of the display stand, such as when the store is far away from the store, an auxiliary display stand can be temporarily placed in front of the display stand in a store during business hours. things are being done.

However, if the auxiliary display stand is temporarily placed as described above, it not only takes a lot of effort and time to put the auxiliary display stand away in the store at the time of closing, but also requires a lot of space to store the auxiliary display stand inside the store. Must. In addition, large display stands installed inside and outside the opening/closing position of shutters, etc. are used, and when the store is closed, the entire large display stand is moved backwards and stored inside the store, but this method is similar to the above. There was a problem.

(Means for solving the problems) The present invention provides a display stand that can solve the conventional problems as described above, and its features are as follows:
It comprises a front stand, and a rear stand connected to the rear end of the front stand and inclined upward rearward, the rear stand being connected to the front stand between a lower movement limit position and an upper movement retraction position. The front stand is configured to be movable up and down, and is provided with a means for vertically moving the rear stand, and the front stand has a fixed rail portion disposed below the rear stand, and a front end of the fixed rail portion that extends rearwardly. disposed on a guide rail consisting of a movable rail section integrally pivoted so as to be foldable, and along the guide rail a forward protruding display position on the movable rail section and a storage position on the fixed rail section; The point is that it is possible to move back and forth between the two.

(Example) Examples of the present invention will be described below based on the attached illustrative drawings.

[First embodiment] In Figs. 1 to 5, 1 is a horizontal front stand;
2 is the rear stand that slopes upwards at the rear. The rear end portion of the rear stand 2 is pivotally connected between the upper end portions of the pair of left and right columns 3 by a horizontal support shaft 4, and is configured to be able to swing up and down about the horizontal support shaft 4. Reference numeral 5 denotes a gate-shaped frame erected so as to straddle the front end of the rear stand 2, and both supports 5 of this portal frame 5
A rotary shaft 7 with wire drums 6a and 6b attached near both ends is supported between the upper ends of a and 5b, and a pair of left and right hanging wires 8a each have one end latched to both wire drums 6a and 6b. ,8
The other end of b is secured to both sides of the rear stand 2 near the front end. Reference numeral 9 denotes an operating means for rotating the rotating shaft 7 to move the rear stand 2 up and down, and a wire drum 10 attached to one end of the rotating shaft 7;
It is comprised of an operating wire 11 whose one end is locked to the wire drum 10, and an operating unit 12 that performs winding and unwinding operations of the operating wire 11.

The front stand 1 has a pair of left and right guide rails 13.
It is equipped with a wheel 14 with a flange that rolls on the guide rail 13, and can move back and forth on the guide rail 13 between a display position A at the front and a storage position B at the rear.

The pair of left and right guide rails 13 each have fixed rail portions 15 that belong to the lower area of the rear stand 2.
and a movable rail portion 16 that is foldably connected to the front end of the fixed rail portion 15, and each of the fixed rail portions 15 is constructed between a pair of left and right columns 3 that support the rear platform 2. The supporting member 17 and both columns 5 of the portal frame 5
It is supported by a support member 18 installed between a and 5b. Although not shown in FIGS. 1 and 2, when the fixed rail portion 15 protrudes forward for a long time from the portal frame 5 as shown in FIGS. 3 to 5, a pair of left and right auxiliary The front end of the fixed rail section 15 can also be supported by a support member 20 installed between the columns 19.

As shown in FIGS. 6 and 7, the movable rail portion 16 is connected to the fixed rail portion 15 by a hinge 21 so as to be horizontally rotatable inward, and a folding leg 22 is attached to the lower end of the movable rail portion 16. It is equipped with
This folding leg 22 has a position in which it hangs at right angles to the movable rail portion 16 and a movable rail portion 1
It is pivoted by a hinge 23 so that it can be switched to a folded position along the lower side of the frame 6, and a mounting bolt 24 whose vertical position can be adjusted is provided at the lower end. Numeral 25 is a leg locking piece pivotally attached to the outer surface of the movable rail portion 16, which engages with the locking pin 26 of the folding leg 22 that has been switched to the folded position to fix the folding leg 22 in the folded position. do. A leg fixing pin 27 is attached to the tip of the movable rail portion 16 so as to be movable up and down, and passes through the eye plate 28 of the folding leg 22 which has been switched to the usage position to fix the folding leg 22 in the usage position.

Note that a receiving plate 29 is fixedly and protrusively provided on the lower side of the tip of the fixed rail portion 15 to support the base of the rotating rail portion 16 that is rotated inward at right angles.
The platform stopper 30 that comes into contact with the wheel 14 is protruded from the upper side near the tip of the movable wheel portion 16 .

The operating unit 12 of the operating means 9 for vertically moving the rear stand 2 is mounted on one support 5a of the portal frame 5.
As shown in FIGS. 8 and 9, a wire drum 31 to which the other end of the operating wire 11 is locked, a rotating operating shaft 32, a governor 33, and a braking device 34 The rotary operation shaft 32 and the wire drum 31 are interlocked and connected by a group of deceleration gears 35a to 35, and the rotary operation shaft 32 and a governor 33 are interlocked by a group of acceleration gears 36a and 36b. connected. Further, the braking device 34 includes a braking drum 38 that is interlocked with the governor 33 via a group of gears 37a and 37b, and a braking shoe 39, and is capable of vertically swinging around a support shaft 40a. It consists of a lever 40 and a spring 41 that biases the lever 40 in the braking direction. The brake drum 38 is a one-way clutch 38 as described below.
It is supported by a brake shaft 38b via a. The lever 40 is configured so that it can be pushed down from the outside of the case 42 in which the operating unit 12 is housed. Reference numeral 43 denotes an operating handle, and a cylindrical shaft portion 44 that can be externally fitted onto the free end of the rotary operating shaft 32 has a pin 32 a protruding from the free end of the rotating operating shaft 32 .
A cutout groove 44a that fits into the groove is formed.
In FIGS. 3 and 8, reference numeral 45 denotes a guide pulley for the operating wire 11, which is pivotally supported by the support column 5a via a bracket 46.
A wire guide pipe 47 for protecting the operating wire 11 is installed between the operating wire 6 and the case 42 of the operating unit 12.

When moving the rear stand 2 upward from the display position D, which is tilted upward toward the rear, to the upward movement retreat position C, which is tilted upward toward the front, the brake shaft 38b of the braking device 34 is operated by the one-way clutch 38a. Since no power is received, the rotation operation shaft 3 is operated by the operation handle 43 set on the rotation operation shaft 32 so that the notch groove 44a fits into the pin 32a.
2 is rotated forward, the rotation is decelerated and transmitted to the wire drum 31, and the operating wire 11 is wound around the drum 31. As a result, the rotating shaft 7 rotates forward via the wire drum 10, the pair of left and right wire drums 6a, 6b are driven, the hanging wires 8a, 8b are wound up, and the rear stand 2 is centered around the horizontal support shaft 4. be lifted up.

When the rear stand 2 reaches the upper movement retreat position C and releases the rotational force of the rotation operation shaft 32, the rotation operation shaft 32 is attempted to be reversely rotated by the gravity of the rear stand 2. Braking shaft 38b receiving reverse rotational force
receives the braking force of the braking device 34 via the one-way clutch 38a, so the rotary operation shaft 32
By fixing the wire drum 31, the rear table 2 can be prevented from lowering and maintained at the upward movement retreat position C. In addition, a stopper can be attached to the gate-shaped frame 5, which comes into contact with the rear table 2 when the rear table 2 reaches the upward movement retreat position C.

In addition, the rear stand 2 is moved from the upper movement retreat position C to the display position D.
When moving the lever 4 of the braking device 34 down to
0 is pushed down against the spring 41, the braking shoe 39 is separated from the braking drum 38, the braking is released, and the wire drum 31 is made free. As a result, the rear stand 2 has the hanging wire 8a,
8b from the wire drums 6a, 6b, and the operating wire drum 11 from the wire drum 31, swinging downward around the horizontal support shaft 4 due to gravity. At this time, when the downward movement speed of the rear stand 2 reaches a certain speed, the governor 3
3 acts to apply braking, so the downward movement speed of the rear platform 2 is maintained within a constant speed. When the rear stand 2 reaches the display position D, the lever 40 of the braking device 34 is activated.
is opened and the brake is applied as described above, but it is desirable to attach a stopper to the portal frame 5 or the like to catch the rear stand 2 when the rear stand 2 reaches the display position D.

Note that if a war gear or a mechanical brake is used as a deceleration transmission means between the rotary operating shaft 32 and the wire drum 31, there is no need to reversely rotate the rotary operating shaft 32 using the operating handle 43 when lowering the rear platform 2. Yes, but governor 3
3 and the braking device 34 can be omitted, and the rear platform 2 can be lowered at any speed.

As shown in FIG. 3, the display stand of the present invention constructed as described above has each support column so that the front end of the rear stand 2 and the front end of the fixed rail portion 15 are adjacent to the inside of the shutter opening/closing position S at the storefront. 3, 5a, 5b,
It is installed on the floor using the lower end base plate 48 of 19. At this time, the base plate 48 can be fixed to the floor using anchor bolts, if necessary.

During business hours when the shutter is open, the pair of left and right movable rail sections 16 are opened horizontally outward to the position where they extend linearly relative to the fixed rail section 15, as shown by solid lines in FIGS. 1 and 3, and the legs are locked. The pieces 25 are removed from the locked pins 26, each folding leg 22 is rotated downward from the folded position to the use position, and the leg fixing pin 27 is inserted through the eye plate 28 to fix the folding leg 22 in the use position.
At this time, the height of the ground bolt 24 of the folding leg 22 is adjusted so that it lands on the floor. Note that the movable rail portion 16 is the fixed rail portion 1.
A stopper that comes into contact with the movable rail portion 16 when the movable rail portion 16 is opened to the linearly extended position relative to the fixed rail portion 15 may be provided in a continuous manner from the tip of the fixed rail portion 15, for example, from the receiving plate 29.

When both the movable rail portions 16 are opened and supported by the folding legs 22 as described above, the lower side of the rear stand 2 in the upward movement retracted position C as shown by the imaginary lines in FIGS. 2 and 3. At this time, the front stand 1 located at the storage position B can be pulled out along the guide rail 13 to the display position A in the front.
At this time, the wheel 14 on the front end side comes into contact with the stopper 30 on the movable rail portion 16. Next, by moving the rear stand 2 that is in the upward movement retreat position C downward as described above and switching it to the display position D, the shutter can be opened and closed in the display position A, as shown by the solid line in FIGS. 1 and 3. Since the front end of the rear stand 2, which slopes upward at the rear, is connected to the rear end of the horizontal front stand 1 that projects forward from position S, an intermediately bent display stand that is long from front to back is formed. 1, 2
Products can be displayed and used.

At the time of closing, the rear stand 2 in the display position D is moved upward to the upward moving and retracted position C as described above, and then the front stand 1 pulled out to the display position A is moved along the guide rail 4 to the rear stand 2. Move it backwards to the lower storage position B. At this time, by keeping the product display height on the front stand 1 lower than the bottom surface of the rear stand 2 at the upward moving retraction position C, the products can remain on the front stand 1. Then, the front stand 1 can be moved backward to the storage position B. After that, the leg fixing pin 27 is removed upward from the eye plate 28, the folding leg 22 is folded, the leg locking piece 25 is engaged with the locked pin 26, and both movable rail portions 16 are moved to the fixed rail portion 15. close inward at right angles to. As a result, there are 1 display stand in front and 1 in front.
2 are stacked vertically, and there is no part that protrudes outward from the shutter opening/closing position S.
The shutter can be closed without any problem.

Note that a locking means for locking both movable rail portions 16 in the closed position can also be provided.
Furthermore, when configuring the movable rail portions 16 that are moved inwardly to overlap one another front and back, the length of both movable rail portions 16 is increased to increase the amount of forward protrusion of the front stand 1. You can get used to it.

[Second Embodiment] As shown in FIG. 10, a pair of left and right elevating bodies 51 that can only be moved up and down via guide wheels 50 fitted to both supports 5a and 5b of the portal frame 5 are provided. The rear stand 2 is fixed to both the elevating bodies 51 via the stays 52 at an angle for display use.
Both the elevating bodies 51 can be suspended by the pair of left and right hanging wires 8a, 8b.

According to this embodiment, the rear stand 2 can be moved up and down in parallel between the upward movement retreat position C and the downward movement display position D.

[Third Embodiment] The display stand shown in FIG. 11 is composed of both the front and rear stands 1 and 2 shown in the first embodiment and an auxiliary stand 53 disposed on one side of the rear stand 2. .

As shown in FIGS. 11 to 13, the auxiliary stand 53 has wheels 56 on a pair of left and right lifting rails 55 that are supported in a vertically movable manner by a gate-shaped frame 54 erected on one side of the rear stand 2. is movably supported through the Reference numeral 57 indicates the position of the lifting rail 55 when the lifting rail 55 is lowered to the lowering limit position.
A pair of fixed rails on the left and right that connect to the

As shown in FIGS. 12 to 15, the portal frame 54 is provided with a pair of left and right elevating bodies 59 each having guide wheels 58 at both upper and lower ends that fit into the support columns 54a and 54b. Each elevating body 5
The rear end of each elevating rail 55 is rotatably supported horizontally via a vertical support shaft 60 at the lower end of each elevating body 59, and a vertical support shaft concentric with the vertical support shaft 60 is provided at the upper end of each elevating body 59. A rotary body 62 rotatably supported around the rotor 61 and a portion near the free end of the elevating rail 55 on the same side are connected by a stay 63. A pair of left and right hanging wires 64 suspend both the lifting bodies 59 via the upper end of the vertical support shaft 61.
a, 64b are latched to a pair of left and right wire drums 66a, 66b attached to a rotating shaft 65 installed between the upper ends of both the supports 54a, 54b, and attached to one end of the rotating shaft 65. The operating wire 68 latched to the wire drum 67 is connected to the operating unit 1 in the first embodiment.
The winding and unwinding operations are performed by the same operating unit 12 as in No. 2. Therefore, in this third embodiment, two operating units 12 are used, including one for moving the rear stand 2 up and down.

A pair of left and right folding legs 69 are attached to the bottom of the front end of the auxiliary stand 53. These folding legs 69 are connected to the left and right frame members 7 of the auxiliary stand 53.
The leg holder is divided into the front and rear sides of the connecting member 71 that connects the connecting member 71 and is pivotably supported by a horizontal support shaft 72 so as to be vertically movable, and receives the lower side near the free end of each folding leg 69 folded parallel to the connecting member 71. A stopper piece 73 is rotatably supported on the connecting member 71 by a vertical support shaft 74 . Reference numeral 75 denotes a ground bolt attached to the lower end of each folding leg 69 so that the height can be adjusted.

According to the above configuration, by winding up the operation wire 68 by the operation unit 12, both the hanging wires 64a, 64b are wound around the wire drums 66a, 66b, and both the lifting bodies 59 are moved along the pillars 54a, 54b. It can be raised. As the elevating body 59 rises, the elevating rail 5
The auxiliary stand 53 supported by the front stand 5 can be raised to a display position E at approximately the same level as the front stand 1. The auxiliary stand 53 that has reached the display position E is suspended by a pair of left and right hanging wires 64a and 64b via the lifting rail 55 and the lifting body 59, and the folding legs 69 are unfolded in a vertical position. By placing it on the auxiliary stand 53
The front end of the can be directly supported on the floor.
Although omitted in the illustrated example, it is desirable to also use a locking means for fixing the folding legs 69 in the vertical position.

When storing the auxiliary stand 53, first fold the folding legs 69 horizontally and fix them with the leg locking pieces 73, and then release the braking device of the operating unit 12 and move the two lifting bodies 59, both lifting rails 55, Then, the auxiliary platform 53 on the elevator rail 55 is lowered by gravity to the lowering limit position. As a result, the elevating rail 55 is connected to the fixed rail 57, so the auxiliary platform 53 is moved from the elevating rail 55 to the fixed rail 57, and as shown by the imaginary line in FIG. The table 2 can be moved backward to a storage position F which is below the front table 1 when the table 2 is moved backward to the storage position.

Once the auxiliary platform 53 has been transferred onto the fixed rail 57, the both elevating rails 55 are moved inwardly at right angles around the vertical support shaft 60 relative to each elevating body 59, as shown by imaginary lines in FIG. It can be rotated and folded. At this time, the stay 63 suspending the free end of the lifting rail 55 also rotates around the vertical support shaft 61 together with the lifting rail 55.

In the display stand of this third embodiment, the front stand 1 moved to the display position A protrudes to one side of the storefront corner, and the auxiliary stand 53 moved to the display position E protrudes to the other side of the storefront corner. It can be installed at the corner of a storefront so that it protrudes from the outside. However, the display stand has a front stand 1 that protrudes to both sides of the corner of the storefront.
Products can be displayed efficiently and effectively by using the auxiliary stand 53 and the rear stand 2 located inside the store.Moreover, at the time of closing, both stands 1 and 53 can be moved to the rear stand 2 located inside the store. The product can be stored backwards with the product displayed on the bottom side, and the shutter etc. can be closed without any hindrance.

(Functions and Effects of the Invention) As described above, the display stand of the present invention is an intermediately curved display stand that is long from front to back, consisting of a horizontal front stand and a rear stand that slopes upward, and can effectively display products. However, since the horizontal front stand can be moved backwards to the bottom of the rear stand for storage, for example, the movable guide rail can be moved from inside a store partitioned by shutters, etc. Even if the front stand is installed on the movable rail part to protrude outwards to make effective use of the storefront, the rear stand can be moved up at the time of closing to ensure storage on the fixed rail part of the guide rail. The front stand with products on display can be quickly and easily moved backwards and stored in the space, and the movable rail section can also be folded backwards and stored inside the store. This helps significantly reduce the amount of effort and time required to clean up display tables at storefronts. Of course,
Since the front table is stored using the storage space formed under the rear table, there is no need to secure a special space in the store, and even a narrow store can be efficiently utilized.

Furthermore, according to the configuration of the present invention, instead of fixing the rear stand at a height where the front stand storage space can be secured,
Since the rear stand is moved up only when the front stand is stored to form the front stand storage space, during business hours, the rear stand is connected to the front stand in the upward rear position as described above for display. It can be effectively used as a display stand that is easy to handle products and has a high display effect, that is, a display stand that is long from front to back and has an intermediate bending shape.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the display stand according to the first embodiment in its used state, Fig. 2 is a perspective view of the front stand stored in the state;
Figure 4 is a front view of the front stand in the stored state; Figure 5 is a plan view showing the movable rail section; Figure 6 is a side view showing the detailed structure of the movable rail section; The figure is a plan view of the same, FIG. 8 is a vertical cross-sectional side view of the main part to explain the rear platform vertical movement operation means, FIG. 9 is a vertical cross-sectional front view of the main part, and FIG. 10 is a side view showing the second embodiment. , FIG. 11 is a perspective view showing the third embodiment,
Fig. 12 is a partially cutaway side view of the same embodiment;
3 is a partially cutaway front view of the same embodiment, FIG. 14 is a cross-sectional plan view showing the main part of the same embodiment, and FIG. 15 is a vertical cross-sectional front view of the main part. 1... Front stand, 2... Rear stand, 4... Horizontal support shaft, 5, 54... Portal frame, 6a, 6b, 1
0, 31, 66a, 66b, 67... Wire drum, 8a, 8b, 64a, 64b... Hanging wire, 9... Rear stand vertical movement operation means, 1
1, 68... Operating wire, 12... Operating unit, 13... Guide rail, 14, 56... Wheel, 15... Fixed rail part, 16... Movable rail part, 21, 23... Hinge, 22, 69...
Folding leg, 32... Rotating operation shaft, 33... Governor, 34... Braking device, 43... Operating handle, 50, 58... Guide wheel, 5
1,59... Elevating body, 52,63... Stay, 5
5... Lifting rail, 57... Fixed rail, 60,
61... Vertical support shaft.

Claims (1)

[Scope of utility model registration request] It comprises a front stand, and a rear stand connected to the rear end of the front stand and inclined upward rearward, the rear stand being connected to the front stand between a lower movement limit position and an upper movement retraction position. The front stand is configured to be movable up and down, and is provided with a means for vertically moving the rear stand, and the front stand has a fixed rail portion disposed below the rear stand, and a front end of the fixed rail portion that extends rearwardly. disposed on a guide rail consisting of a movable rail section integrally pivoted so as to be foldable, and along the guide rail a forward protruding display position on the movable rail section and a storage position on the fixed rail section; A display stand that can be moved back and forth.