JPH0130134Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field This invention relates to a safety pin display device suitable for displaying safety pins.

Conventional technology Conventionally, a transparent bag body 4 is used to display safety pins 40.
As shown in FIG. 11, there is a known device in which a hook hole 43 formed in a hardboard 42 to which a holder 1 is attached is engaged with a protruding piece 45 of a display stand 44. (Refer to Utility Model Publication No. 51-53768) Problems that the invention aims to solve By the way, this product has fewer display areas.
In addition, it is not possible to display a wide variety of products, so the display effect is not sufficient, and there is a fear that it may not be possible to reliably confirm the sales location. This invention solves the above problems and aims to provide a safety pin display device that is convenient to use.

Means for Solving the Problem The structure of this invention for achieving the above object will be explained using FIGS. 1 to 10 corresponding to the embodiment. Left and right semicircular plates 5, 5 are formed by cutting out the flat plate 2 with one side portion 4, 4 left as a raw material, and a perforation 6, 6 is provided in the center of the semicircular plates 5, 5, respectively.
Raise the semicircular plates 5, 5 in the direction of the front surface 3 of the flat plate 2, insert the needle part 8 of the safety pin 7 into the opposing perforations 6, 6, and insert the protruding end 9 of the needle part 8. It is engaged with the engaging portion 10 of the safety pin 7, and the upper edge 11 of the flat plate 2 is bent backward to form a rear bent portion 12, and the rear edge 13 of the rear bent portion 12 is bent downward. The width of one part 16 of the rear bent part 12 is widened and the width of the other part 17 is narrowed to make the groove width of the crosspiece gripping groove 15 on one side. A safety pin body 20 is formed by providing a wide groove portion 18 with a wide width and a narrow groove portion 19 with a narrow width, and a support tube 22 is erected in the center of a base 21 and is also erected on the support tube 22. A rotary display body 26 is provided on a rotary support frame column 23, and a large number of horizontal bars 25, 25, . . . are provided with gaps 24, 24, .
The crosspiece holding grooves 15 of the safety pin body 20 were inserted into the horizontal crosspieces 25, 25, . The lower edge 27 of the safety pin body 20 and the upper edge 11 of the safety pin body 20 suspended from the lower horizontal beam 25
The second gap width (b) is formed to be wider than the vertical width (c) of the lower bent portion 14.

Function: By using the above-mentioned means, a large number of safety pin bodies 20 are hung from the horizontal bars 25, 25, . However, the purchaser can remove the safety pin body 20 provided with the desired safety pin 7 from the horizontal beam 25 while rotating the rotation support frame column 23 of the rotating display body 26.

Embodiment An embodiment of this invention will be described below with reference to the drawings. 1 is a translucent synthetic resin plate, and left and right semicircular plates 5, 5 are formed by cutting out a flat plate 2 leaving one side 4, 4. Perforations 6, 6 are provided in the centers of the semicircular plates 5, 5, respectively, and the semicircular plates 5, 5 are raised in the direction of the front side surface 3 of the flat plate 2 so that the opposing perforations 6, 6 are provided with safety. Insert the pricking needle part 8 of the pin 7, and insert the tip end 9 of the pricking needle part 8 into the engaging part 10 of the safety pin 7.
The upper edge 11 of the flat plate 2 is bent rearward to provide a rear bent part 12, and the rear bent part 12
The rear edge 13 is bent downward to provide a lower bent portion 14 to provide a crosspiece holding groove 15 and a rear bent portion 12.
The safety pin body 20 is formed by widening the width of one part 16 and narrowing the width of the other part 17 to provide a wide groove part 18 in which one part of the crosspiece holding groove 15 is made wide and a narrow groove part 19 in which the other part is made narrow. A support cylinder 22 is formed in the center of the base 21, and rotation support frame pillars 23, 23 are attached to a rotation rod 28 erected on the support cylinder 22.
A rotating display body 2 provided with a large number of horizontal bars 25, 25... with gaps 24, 24... provided above and below...
6 are provided, and horizontal bars 25, 25... of the rotating display body 26 are provided.
A safety pin body 2 in which the crosspiece holding groove 15 of the safety pin body 20 is inserted into ... and the first gap width A of the gap 24 of the upper and lower horizontal crosspieces 25, 25 is suspended from the upper horizontal crosspiece 25.
The second gap width (b) between the lower end edge 27 of the safety pin body 20 and the upper edge part 11 of the safety pin body 20 suspended from the lower horizontal beam 25 is formed to be wider than the vertical width c of the lower bent part 14. It is.

In addition, in the illustrated rotating display body 26, a protruding rod 29 protruding from a rotating rod 28 is attached to and detached from the support tube 22 and placed on a bearing 30 to ensure smooth rotation and to support the rotating support frame pillars 23, 23. ... is a series 31, 31...
..., a top plate 32 is provided on the upper part, and the shape of the rotating display body 26 is formed into a polygonal cylindrical shape,
Further, by adjusting the length of the horizontal bar 25 as appropriate, one or two safety pin bodies 20 or several safety pin bodies 20 can be hung thereon as shown in FIG.

Further, the base 21 has a support piece 34 that supports the support tube 22 at the center attached to an annular rod 33, and window holes 35, 35 are provided on both sides of the support piece 34 so that when placed on a display stand 36, a lighting lamp is provided. A flat plate 2 made of a translucent synthetic resin plate 1 is irradiated with light of 37 through a transparent base 38 to an internal portion 39 of a rotating display body 26 formed in a rectangular tube shape.
This allows more light to leak outside and creates a beautiful display.

Effects of the invention This invention has the above-mentioned configuration, and one side portions 4, 4 are attached to a flat plate 2 using a translucent synthetic resin plate 1 as a material.
Left and right semicircular plates 5, 5 are formed by cutting out the left and right semicircular plates 5, 5, and holes 6, 6 are provided in the centers of the semicircular plates 5, 5, respectively. Insert the pricking needle part 8 of the safety pin 7 into the opposing perforations 6, 6 raised in the direction of the side part 3, and locking the tip end 9 of the pricking needle part 8 with the engaging part 10 of the safety pin 7, In addition, the upper edge 11 of the flat plate 2 is bent rearward to form a rear bent part 12, and the rear edge 13 of the rear bent part 12 is further bent downward to form a lower bent part 14 to form a crosspiece. A clamping groove 15 is provided and one portion 16 of the rear bent portion 12 is provided.
The width of the crosspiece holding groove 1 is made wider and the width of the other part 17 is made narrower.
A safety pin body 20 is formed by providing a wide groove part 18 which is widened on one side and a narrow groove part 19 which is narrowed on the other side. A large number of horizontal beams 2 are provided with gaps 24, 24... vertically extending between rotation support frame pillars 23, 23, which are attached to a rotation rod 28 that stands on a tube 22.
5, 25... is provided, and the bar holding grooves 15 of the safety pin body 20 are inserted into the horizontal bars 25, 25... of the rotating display body 26, and the upper and lower horizontal bars 25, 25 are inserted. The lower edge 2 of the safety pin body 20 with the first gap width A of the gap portion 24 suspended from the upper horizontal beam 25
7 and the second gap width R of the upper edge part 11 of the safety pin body 20 suspended from the lower horizontal beam 25 is formed to be wider than the vertical width C of the lower bent part 14. A large number of safety pins 7 can be displayed in the display area, and the width of the crosspiece holding groove 15 is made wider on one side and narrower on the other, so that attachment to the horizontal crosspiece 25 is extremely easy, and the gap between the upper and lower horizontal crosspieces 25, 25 can be reduced. The lower end edge 27 of the safety pin body 20 suspended from the upper horizontal bar 25 and the lower horizontal bar 25 with the first gap width A of the portion 24
The second part of the upper edge 11 of the safety pin body 20 suspended from the
By making the gap width R wider than the vertical width C of the lower bent portion 14, the safety pin body 20
The safety pin body 20 attached adjacent to the safety pin body 20 does not get in the way during removal, and handling is extremely easy.

Furthermore, it has a very simple structure and can be provided at low cost, and has many practical effects.

[Brief explanation of the drawing]

Figure 1 is a partially cutaway perspective view, Figure 2 is a perspective view with the safety pin body removed, and Figure 3 is an A-A in Figure 2.
A sectional view, FIG. 4 is an exploded view showing how the base and rotating display body are attached, and FIG. 5 is a perspective view of the safety pin body.
Figure 6 is a bottom view of the safety pin body, Figure 7 is a partially enlarged view of the safety pin body, and Figure 8 is an A-A in Figure 7.
9 is a sectional view taken along line A-A in FIG. 1, FIG. 10 is a perspective view of another embodiment in which the rotating display body is elongated, and FIG. 11 is an explanatory view of a conventional product. . 1...Synthetic resin plate, 2...Flat plate, 3...Top side part, 4...One side part, 5...Semicircular plate, 6...Perforation, 7...Safety pin, 8...Punching needle part, 9...tip end part, 10...engaging part, 11...upper edge part, 12...
... Rear bent portion, 13... Trailing edge, 14... Lower bent portion, 15... Crosspiece clamping groove, 16... One side, 17...
...Other part, 18...Wide groove part, 19...Narrow width groove part, 20...Safety pin body, 21...Base, 22...
...Support tube, 23...Rotating support frame column, 24...Gap portion, 25...Horizontal bar, 26...Rotating display body, 27...
...Lower edge, 28... Rotating rod, 29... Projection rod, 30
... Bearing, 31 ... Connecting rod, 32 ... Top plate,
33... Annular rod, 34... Support piece, 35... Window hole, 36... Display stand, 37... Lighting lamp, 38...
Transparent stand, 39...internal part, 40...safety pin,
41...Transparent bag body, 42...Hardboard, 43...Hook hole, 44...Display stand, 45...Protruding piece.

Claims (1)

[Scope of utility model registration request] Left and right semicircular plates 5, 5 are formed by cutting out a flat plate 2 from a semitransparent synthetic resin plate 1, leaving one side portion 4, 4, and a perforation 6 is formed in the center of each semicircular plate 5, 5. . The protruding end 9 of 8 is connected to the engaging part 10 of the safety pin 7.
The upper edge 11 of the flat plate 2 is bent rearward to provide a rear bent part 12, and the rear bent part 12
The rear edge 13 is bent downward to provide a lower bent portion 14 to provide a crosspiece holding groove 15 and a rear bent portion 12.
The safety pin body 20 is formed by widening the width of one part 16 and narrowing the width of the other part 17 to provide a wide groove part 18 in which one part of the crosspiece holding groove 15 is made wide and a narrow groove part 19 in which the other part is made narrow. A support cylinder 22 is formed in the center of the base 21, and rotation support frame pillars 23, 23 are attached to a rotation rod 28 erected on the support cylinder 22.
A rotating display body 2 provided with a large number of horizontal bars 25, 25... with gaps 24, 24... provided above and below...
6 are provided, and horizontal bars 25, 25... of the rotating display body 26 are provided.
A safety pin body 2 in which the crosspiece holding groove 15 of the safety pin body 20 is inserted into ... and the first gap width A of the gap 24 of the upper and lower horizontal crosspieces 25, 25 is suspended from the upper horizontal crosspiece 25.
Safety device in which the second gap width R of the upper edge part 11 of the safety pin body 20 suspended from the lower end edge 27 of the safety pin body 20 and the lower horizontal beam 25 is formed wider than the vertical width C of the lower bent part 14. Pin display device.