TW201218986A - Commodity displaying and forwarding device - Google Patents

Abstract

The main case (3) of the article display and dispensing device (1) accommodates multiple articles (2) such as merchandise, etc. in an arranged state. A rail (7) is formed inside the main case (3) in the direction that the articles (2) are dispensed. A guide part (5) is provided so as to be movable inside the main case (3) along the rail (7) in the dispensing direction. A flat spring mechanism (6) comprises a wound part (12B) provided with a coiled flat spring piece (12A) that has a curl, and a tractor that can be freely drawn out from said wound part (12B) and is pulled by the elastic restoring force of the flat spring piece (12A). The guide part (5) is connected to the leading end of the tractor that has been drawn out from the wound part (12B) and is energized in the dispensing direction by the elastic restoring force of the flat spring piece (12A). A window (20) is formed on the end of the main case (3) and at least a portion of the flat spring piece (12A) or the tractor is visible from the outside of the main case (3) through the window (20).

Description

[Technical Field] The present invention relates to an article display ejection device which is constructed in such a manner as to easily take out an article or the like displayed. [Prior Art] As a launching device for packaging tobacco, packaged food, beverage cans, beverage bottles and the like, various ejection devices have been developed. For example, the product display box system described in the patent document is provided with a rail in a side plate of a product box of an elongated box type to constitute a box body, and a coil spring is attached to the product holder that moves along the rail. Coil spring. The casing is configured such that the elastic restoring force of the leaf spring is used as the driving force to push the product holder slidably and slidably on the rail of the casing body, the plate spring, and the like. Product front device for a pair of track members

Further, the product front display device disclosed in Patent Document 2 is provided with a plurality of groove portions in the longitudinal direction on the inner surface side of the side wall of the box-shaped casing, and the position of the pin and the track is formed. Revealing the display direction (front and rear direction)

At the time, the support piece pushes the merchandise sequentially toward the front side. Further, in Patent Documents 3 and 4, the support sheet device for the product is supported and moved. The device is provided in Japanese Patent Laid-Open No. Hei 59-218113 [Patent Document 1] Japanese Patent Laid-Open No. Hei 59-218113 [Patent Document 2] Japanese Patent Laid-Open No. 2005-237566 [Patent Document 3] U.S. Patent No. 4,303,162, [Patent Document 4] U.S. Patent No. 6,964,235, [Invention Summary] [Problems to be Solved by the Invention] In the display device of a commodity, the management of the display inventory is confirmed and From the viewpoint of reducing the chance of loss, it is preferable to know the timing of the replenishment of the merchandise stored in the main body of the casing. On the other hand, in order to improve the display efficiency of products, it is required to close the products to each other. Therefore, it is difficult to directly visually confirm the remaining number of products stored in the casing body. On the other hand, it is true that the above-mentioned requirements are not provided in the prior display device. The present invention has been made in view of the above circumstances, and an object of the present invention is to provide an article (four) pushing device which is capable of recognizing and arranging items that are stored and stored in a small amount. L. Technical Solution for Solving the Problem] The article display ejection device of the present invention is characterized in that: the case body is arranged to store the articles in an arranged state; and the rail portion is pushed along the article to form a W wheel which is squatted along the track The inside of the main body of the I object is movably disposed along the w. a , 咕 ejecting direction, and a leaf spring mechanism including a winding portion and a long-lasting puller, the winding portion 159114.doc 201218986 a coiled spiral spring leaf piece that is freely drawn from the winding portion and that pulls the guiding member; the guiding member is coupled to the rigid end side of the pulling body, and the elastic force of the leaf spring piece is The restoring force is pressed in the pushing direction; a window portion is formed on the end side of the casing body to monitor at least a part of the leaf spring piece or the traction body from the outside of the casing body through the window portion. [Effects of the Invention] In the present invention, the guide member is pressed along the rail portion by the elastic restoring force of the leaf spring piece having the winding portion. Therefore, the user can take out the pushed-out article from the side of the front side of the housing body. At this time, since the leaf spring piece or the traction body can be visually recognized from the window, the remaining number of articles can be known according to the state of the object. The above and other objects, features and advantages of the present invention will become more apparent from <First Embodiment> Hereinafter, the first embodiment in which the article display ejection of the present invention is applied will be described with reference to the drawings. However, the present invention is not limited to the following embodiments. Fig. 1 is a perspective view showing a first embodiment of the article display ejection device 1 of the present invention. Figure 2 is a plan view of Figure 1. Fig. 3(A) is a side sectional view of Fig. i, and Fig. 3(B) is a front view of the guiding member 5. The article display ejection device 1 of the first embodiment includes a housing body 3, a rail portion 7, a guide member 5, and a leaf spring mechanism 6. The leaf spring mechanism 6 is constructed by a spring member 12 of a plate 159114.doc 201218986. The casing main body 3 accommodates a plurality of articles 2 such as products in an arranged state. The track 邛7 is formed inside the casing body 3 in the direction in which the article 2 is pushed out. The guide member 5 is movably disposed along the rail portion 7 in the ejecting direction along the inside of the casing body 3. The leaf spring mechanism 6 includes a winding portion 12A and a pulling body, and the winding portion Β2Β includes a coil spring plate 12A which is given a curled shape, and the pulling body is freely drawn from the winding portion 12Β and is slid by the leaf spring piece 12 The guiding member 5 is pulled by the elastic restoring force. In the case of the present embodiment, the portion on the distal end side of the leaf spring piece 丨 2 构成 constitutes a traction body. The winding portion 12B is disposed on the end side of the casing main body 3 (for example, the end side on the end side in the pushing direction). The traction body is taken out from the winding portion 12B in the opposite direction (rearward) of the pushing direction. Further, the guide member 5 is connected to the front end side of the traction body (the front end portion 12a of the leaf spring piece 12A) drawn from the winding portion 12β, and is pressed in the pushing direction by the elastic restoring force of the leaf spring piece 12A. Further, the article display ejecting device forms a window on the end side of the casing main body 3 (e.g., the end side in the ejecting direction, that is, the front end side).

The portion 20 is visible from the outside of the body 3 through at least a part of the plate spring 2A or the traction body (the leaf spring piece 12A in the present embodiment) (see Fig. 5). The article display ejection device of the first embodiment can preferably display a relatively light weight article 2 such as a tobacco phase body or a candy box (not shown in phantom in Fig. 3(A)). The casing body 3 can accommodate one to two of the left and right products in a row (front and rear rows). The casing body 3 is formed in an elongated shape whose longitudinal direction coincides with the direction of ejection. The box body 3 contains ABS (Acryi〇nitrile Butadiene 159114.doc 201218986

Styrene (acrylonitrile-butadiene-styrene) copolymer resin or resin material such as impact-resistant polystyrene. The guiding member 5 is an article conveying member that is movably provided inside the casing body 3. The guiding member 5 contains a resin material such as polyoxymethylene which is harder than the casing body 3. The plate magazine 6 is a pressing member that moves the guiding member 5 along the rail portion 7. The width of the box body 3 is slightly wider than the width of the article 2 to be stored. Hereinafter, the direction in which the article 2 is pushed out may be referred to as a front-rear direction or a length direction. The direction in which the article 2 is pushed out in the front-rear direction is referred to as the front, and the direction in which the leaf springs 12 are drawn is referred to as the rear. Further, the depth direction of the casing main body 3 may be referred to as a vertical direction, and a direction orthogonal to the same direction and orthogonal to the front-rear direction may be referred to as a width direction. The I body body 3 includes a bottom plate 3A whose length in the front-rear direction is set to correspond to the object. The length of the maximum storage number of α 2; a pair of side walls which are erected on both sides in the width direction of the bottom plate 3; and the front wall 3C and the back wall 3D which are ugly and not placed in the longitudinal direction of the bottom plate 3 side. The casing body 3 is of a shallow shape and has an elongated box shape with an open upper surface. The pair of side walls 3B, 3B, the face wall 3C, and the back wall are integrally connected to each other. The pair of rail portions 7, 7 are formed in a portion on the center side in the width direction of the bottom plate 3A of the phase body 3. - The rail portions 7, 7 are arranged in parallel at a predetermined interval (interval of the width of the through holes 7A as described below). The pair of rail portions 7 and 7 extend in the longitudinal direction in the bottom plate 3A, and a through hole 7A is formed in a portion between the pair of the road portions 7 and 7. In other words, the left and right edge portions of the through hole 7A in the bottom plate 3A constitute the rail portions 7, 7 respectively. The end portion of the casing body 3 on the side of the back wall 3D side of the rail portion 7 is formed to extend to a portion close to the back wall 159114.doc 201218986 wall 3D. In the track portion 7 to a position slightly separated from the front wall 3C, the end portion on the side of the front wall 3C is formed to extend. Is the end of the front wall 3C side of the bottom plate 3A located at the rail portion? The bottom plate 3A is formed with a downward convex arc portion 8 in such a manner as to be between the end portion and the front wall 3C. On the upper surface side of the bottom plate 3A, left and right-to-branch walls 9, 9 which are respectively located in front of the pair of rail portions 7, 7 and which extend in the front-rear direction, respectively, are erected. The gap between the pair of support walls 9, 9 is slightly wider than the gap between the pair of rail portions 7, 7. A cover wall 1〇〇 is formed above the arc portion 8—the upper end portions of the support walls 9 and 9 protrude upward from the cover wall 1〇. The article 2 pushed out to the foremost portion of the box body 3 is mounted on a pair of branch walls 9, 9 and supported by the support walls 9, 9. The lower portions of the pair of support walls 9, 9 extend further downward than the cover walls 1 and are opposed to each other in parallel. A accommodating portion 14 surrounded by a pair of right and left support walls 9, 9 and a cover wall 10 and a circular arc portion 8 is formed on the front surface side bottom portion of the casing main body 3. The left and right end positions of the accommodating portion are divided by the pair of left and right support walls 9 and 9, and the upper end position of the accommodating portion is divided by the cover wall 10, and the lower end position of the accommodating portion 14 is divided by the circular arc portion 8. The winding portion 12B of the leaf spring member (traction body) 12 is housed in Fig. 14. The leaf spring member 12 includes a winding portion 12B formed by winding a long leaf spring piece 2A as shown in Fig. 8. The leaf spring piece 12A of the desired length is taken up by the winding portion 12B. The leaf spring piece 12A is curled so as to be spirally formed, and the force of the leaf spring piece i2A drawn from the winding portion 12B in the drawing direction is weakened. Bomb|Piece 12A automatically rewinds to volume by its own elastic restoring force

159114.doc S 201218986 Winding around the 12B side. A support shaft 13 for winding the winding portion 12B of the pivotal plate spring member 12 is rotatably disposed between the pair of support walls 9, 9. The support shaft 13 and the leaf spring member 12 constitute the leaf spring mechanism 6. The cover wall 10 includes a parallel wall 10A and an inclined wall 10B. The parallel wall 10A is a portion in the vicinity of the front wall 3C (i.e., the front portion of the covering wall 1). The parallel wall 1A is parallel to the bottom plate 3A. * The inclined wall is a portion that is separated from the front wall % (i.e., the rear portion of the cover wall 1). The inclined wall 10B is inclined downward toward the rear. A slit-like opening 15 through which the leaf spring piece 2A can be inserted is formed between the inclined wall 1A and the bottom plate 3A. In the present embodiment, the winding portion 12B of the leaf spring member 12 is pivotally pivotally supported by the support shaft 13 between the pair of bearings i 9 9 . In the state in which the leaf spring piece 12A drawn from the roll 12B is taken out from the rear side opening portion 15 of the inclined wall 1 〇B to the inner side of the case body 3 (the upper side of the bottom plate 3A), the winding portion 12B is accommodated in the state The accommodating portion 14 of the casing body 3. The guiding member 5 is disposed on the bottom plate 3. As shown in Fig. 3(B), the guide member 5 includes a slide plate 5A, a guide plate 5B, a rib 5C, and a pair of projecting pieces, 5 turns. The slide plates 5A and - are connected to the upper edges of the road portions 7, 7 and slide back and forth. The slide plate 5A is slightly narrower than the bottom plate 3A. The guide plate 5B is erected on the upper surface side of the slide plate 5a and extends in the up and down direction. The plate surface of the guide plate 5B faces the front and rear directions. The guide sheet is pressed against the last item 2 of the arranged items 2 to the front. The rib 5C is integrally formed with the slide plate from the guide plate to reinforce the bending rigidity of the plate-like guide plate 5B. The pair of protruding pieces 5D, 5D are arranged side by side in the width direction and are disposed on the bottom side of the slide plate 5A. The 2 】59114.doc 201218986

The protruding pieces 5D and 5D are inserted into the gap between the pair of rail portions 7, 7. The protruding piece 5D forms a claw shape. The protruding piece 5D includes a hook portion 5E formed on the front end (lower end) side thereof. In a state in which the protruding piece 5D is inserted into the through hole 7A in the gap between the pair of rail portions 7, 7, the hook portion 5E protrudes toward the back side of the bottom plate 3A of the casing main body 3 to prevent the protruding piece 5D from coming off. Thereby, the guide member 5 is engaged with the rail portion 7. The guide member 5 is slidably moved along the rail portion 7 in a state in which the rail portion 7 is detached as described above. The front end portion 12& of the leaf spring piece 12A drawn from the winding portion 12B is attached to the bottom side portion of the guide member 5. . Therefore, the guide member 5 pressurizes the article 2 toward the front wall of the casing body 3 along the rail portion 7 by the elastic restoring force of the sheet spring piece 12A to press the article 2 forward. In the present embodiment, a part of the length of the front end side of the leaf spring piece 12A constitutes the traction body of the guiding member 5. In other words, the traction body of the present embodiment is curled and retracted by the elastic restoring force itself. However, as will be described below as a second embodiment, the traction body can be separated from the leaf spring piece, and the traction body can be made of a flexible material which is substantially non-elastic. The bottom plate 3Aj1 of the casing body 3 is adjacent to the f-side wall buckle, and the tongue-shaped stopper piece 16 including the partial bottom plate 3A protrudes toward the through-hole hole (projecting forward from the rear edge of the through-hole 7A) ) The way it is formed. When the guide member member is retracted from the front to the rear, it slides along the road portion 7 (4), and thereafter the abutment piece 5D abuts against the stopper piece 16 to restrict the backward movement. Further, the guide member 5 is pulled by the leaf spring piece 12A and moved forward toward the front (four) side. The guiding member 5 is moved forward before the guide plate 5B abuts against the rear surface of the cover wall 1 端面 or the rearmost end of the article 2 at the end.

1591l4.doc -10· S 201218986 As shown in Fig. 5, a window portion 20 is provided on the center side of the bottom surface of the front wall 3C of the casing body 3. Further, the window portion 20 is formed on the front side or the back surface of the casing body 3 in which the wall on the side of the winding portion 12B (i.e., the pushing-out direction) is attached. That is, the window portion 2A may be provided on the front wall 3C of the casing main body 3 as in the present embodiment, or may be provided on the back wall 3D. The window portion 20 has a size of a winding portion 12B that can be visually housed inside the casing body 3. As an example, the window portion 20 is formed by forming the front wall 3 C ' from the transparent resin material, and the surface on the bottom side of the front wall 3 C is roughened by a matte treatment or the like to be processed into an opaque state, and only The resin portion corresponding to the window portion 20 maintains a transparent resin state to make light permeable. Further, the window portion 20 can also be formed by forming the entire front wall 3C' from the opaque member to open the window at the center side of the bottom portion of the front wall 3C. Further, the window portion 20 may be formed by making the position corresponding to only the window portion of the front wall 3C a transparent resin and making another position from the opaque material. Further, a window hole may be formed in the opening of the front wall 3C, and the lens member may be disposed in the opening portion, whereby the peripheral surface of the winding portion 12B can be easily viewed from the outside. In the article display ejection device 1 of the present embodiment, the display portion 12C is formed as a leaf spring piece 12a at any position in the longitudinal direction of the leaf spring piece i 2 A or the traction body (including the distal end portion 12a). Or an index of the amount of the traction body from the winding portion 12B. The number of articles 2 stored in the casing body 3 can be known by squinting the display portion 12C through the window portion 2. Further, the amount of the leaf spring piece 12A can be known by the diameter of the leaf spring piece 12A of the winding portion 12β by the window portion 20 depending on the state of the leaf spring piece 12a or the traction body. That is, the leaf spring piece 159114.doc 201218986 12A is observed through the window portion 2, whereby the remaining number of articles 2 stored in the casing body 3 can be known. Further, the leaf spring member 12 of the present embodiment can be pulled out from the winding portion 12B as shown in Fig. 8 and stretched in a straight line of a specific length. The display portion 12C of the present embodiment indicates the number of prints of the remaining number of articles 2 stored in the casing main body 3. The position and the aspect of the display portion 12 formed in the longitudinal direction of the stencil spring piece 12A are not particularly limited. As an example, when the guide member 5 is moved along the rail portion 7 to the position farthest from the front wall 3C, The display portion uc that can be viewed from the outer peripheral surface of the winding portion 12B via the window portion 2 is a number indicating the maximum number of articles 2 that can be stored between the guide member 5 and the front wall. Each time the article 2 stored between the guiding member 5 and the front wall 3C is taken and the guiding member 5 is moved, the number of the display portion 12C visible through the window (four) is changed to a smaller number one by one. The other display portion 12C is printed in advance. In other words, in the longitudinal direction of the leaf spring piece 12A, a number is printed at intervals of the size (thickness dimension) of the article 2 in the front-rear direction. Specifically, the amount of the leaf spring piece 12A is equivalent. A number indicating N is printed at a position of the thickness of the N articles 2. Thereby, the display portion W formed on the panel spring 12A or the body (front end portion 12a) becomes an item displayed in the cabinet body 3. 2 remaining number The display unit (10) is formed as shown in FIG. 8 in such a manner that the display unit is in a state in which the leaf spring piece 12a is fed from the winding portion 12B and stretched in a straight line with a specific length of length. The erect state is disposed in a state in which the winding portion i2B is at a specific position on the circumferential surface and is displayed via the window (four). That is, the state in which the plate elastic crystal piece is taken out from the winding portion 12B by a desired length is 159114.doc. • 12·201218986 "The window portion 20 of the front wall 3C can view one of the plurality of display portions 12C formed on the surface of the leaf spring piece 12A in an upright display state. On the other hand, the bottom plate of the case body 3 In 3A, a plurality of slit-shaped (four in the example of FIG. 2) fitting holes 21 are formed in two rows along the longitudinal direction of the bottom plate 3 in a portion close to the side wall 3B, and a total of eight holes are formed. The plate-shaped spacer 22 shown in Fig. 4 is mounted in the fitting hole 21. The spacer 22 includes a wall 22A which is shorter than the bottom plate 3A and slightly lower than the side wall 3B, and a plurality of the plurality of walls 22A (four in the example of Fig. 4) The mating piece 22B formed at the bottom of the partition wall 22A is intermittently protruded by embedding the fitting piece 22B into The fitting hole 21' simple spacer 22 is disposed on the inner side of the side wall 3B as shown in Fig. 6 or Fig. 7. The spacer 22 of the above structure is wider than one of the side walls 3B, 3B of the case body 3. It is used when the small-sized article 2 is placed on the casing main body 3. By appropriately changing the fitting position of the spacer 22 with respect to the fitting hole 21 as shown in Fig. 6 or Fig. 7, it is possible to cope with articles 2 having different widths. The display arrangement of the above-described structure shows that the guiding member 5 is slidably moved along the rail portion 7 to the innermost side of the casing body 3, and is formed only in the gap formed between the front wall 3C and the guiding member 5. Use the required number of items 2 for use. When one of the articles 2 in the front row stored in the casing body 3 is taken out, the guiding member 5 is pulled forward by the leaf spring piece 12 of the leaf spring member 12, so that the line of the remaining articles 2 is pushed forward. The guide member 5 abuts against the rear end surface of the cover wall 10. Thereby, even if the first row of objects 2' of the single body 3 is taken out, the other articles 2 placed on the display can be advanced without being tilted inside the casing body 3. Further, the guide member 5 is slidably moved along the rail portion 7 toward the rear of the casing body 3, and the specific number of articles are displayed in the gap formed between the front wall 3C and the guiding member 5. In the state of 2, the number printed on the leaf spring piece 12A as the display portion 12C can be read from the window portion 2A. At this time, the number recognized from the window portion 20 corresponds to the total number of articles 2 displayed. Next, if the item 2 of the front row of the one body 3 is taken out, the number read from the window portion 20 of the front wall 3C is reduced by one, so that the total number of articles 2 remaining in the body 3 can be known. Each time the article 2 is taken out from the casing body 3, the value read from the window portion 20 is reduced. Thereby, the state in which the remaining number of articles 2 in the casing body 3 is reduced can be recognized by making the value close to 〇. Therefore, it is only necessary to supplement the article 2 at a necessary time based on the value recognized from the window portion 2. According to the above-described article display ejection device 丨, the remaining number of the articles 2 can be known by observing the display portion 丨 2 C on the inner side of the window portion 20 of the front wall 3〇. Therefore, for example, even when the article 2 is relatively light and small like a tobacco box, the state of the remaining number of the articles 2 in the casing body 3 can be easily and accurately obtained. In the case where the article 2 is a tobacco box or the like, a plurality of the casing main bodies 3 having the above-described structure are prepared in accordance with the type and the number of the tobaccos, and the plurality of casings 3 are arranged and stored in the shelf body (not shown). Just show it. Therefore, even if the casing main body 3 is in a state in which the number of the articles 2 inside the casing main body 3 cannot be directly visually recognized and arranged in parallel, it is easy to know by observing the window portion 20 of each of the casing main bodies 3. The remaining number of articles 2 inside each box body 3. In the present embodiment, it is exemplified that the remaining number of articles 2 is not large. • 14- I59114.doc

201218986 The display portion 12C which is small and always recognizes the remaining number of items 2 through the window portion 2_. However, the present invention is not limited to this. Alternatively, the window portion can only be visually recognized to reach a certain remaining number (for example, five) or less, or can be passed through the window portion 2G when the guiding member 5 reaches a position corresponding to the specific remaining number. The color or pattern of the visual plate spring piece 12A changes. The winding portion 12B of the present embodiment has a two-layer winding structure of the leaf spring piece 12A and the display piece (the tape piece 12D). The display unit 12C, which is an index of the amount of the self-winding portion, is formed on the display sheet (the tape sheet 12A). Fig. 9 is a perspective view showing a leaf spring member according to a modification of the first embodiment. The leaf spring member of the present modification is a two-layer winding structure of the leaf spring piece 12A and the tape piece (display sheet) 12D. The display portion of the present modification is printed on the color display portion 12E of the tape tablet. That is, the display portion 12C in place of the first embodiment is a numeral. In the present modification, the color display portion of the color separation printing is intermittently formed on the tape sheet 12A. That is, when the leaf spring piece 12A is made of a material such as spring steel and it is difficult to print on the surface thereof, the tape piece 12D containing the lipophilic resin and the leaf spring piece 12A can be double-wound to easily form a color display. Part 12E. For example, as an example of the color display unit 12E, when the number of articles 2 stored in the inside of the casing main body 3 is large, the color display portion 12E at the position viewed through the window portion 2 is used as the first color. In the case where the number of articles 2 stored in the inside of the casing main body 3 is small, for example, when the number of the articles 2 is less than five, three or less, the color display portion of the position where the window portion 2 is viewed (4) 12E is the second color different from the first color. Thus, the color display 159114.doc -15-201218986 portion 12E changes according to the remaining number of the articles 2, whereby the remaining number of the articles 2 can be known via the window portion 20 based on the color of the color display portion 12E. The first color and the second color of the stomach are different from each other in brightness, chromaticity, and hue. That is, the display portion of the present modification example formed on the leaf spring piece 12A or the traction body displays the remaining number of color display portions 12E of the articles 2 displayed in the casing body 3. As an example, when the guide member 5 is moved along the rail portion 7 to a position farthest from the front wall 3C (that is, when the guide member $ is slid to the most extreme side of the casing body 3), The pale blue color is printed on the outer peripheral surface of the winding portion 12B via the window portion 2 as the color display portion 12E. Further, each time the article 2 stored between the guide member 5 and the front wall 3c is displayed and the guide member 5 is moved, the color display portion 12E viewed through the window portion 2 is the same light blue. Printing. Further, the color display portion of the dark blue color is visually recognized from the window portion 20 at a time point when the number of articles 2 stored between the guide member 5 and the face wall 3 (the amount of the article 2 is less than or equal to three). In this way, the remaining number of the articles 2 can be known by visually observing the color of the color display portion 12e facing the window portion 20. Further, the color display of the color display portion 1 is not limited to this example. The color display portion 12E may be provided in such a manner that when the remaining number of the articles 2 is large, it is blue, when the remaining number of the articles is small, the time is yellow, and the remaining number of the articles 2 is, for example, $ or 3 When it is less, it is red. As explained above, the example of the display portion formed on the leaf spring piece i2A or the double-layered film T-piece 12D is not limited to digital printing or color. The printing of 卩 can also be other pictures or characters, symbols, etc., that is, "the page can also be used to display the items 2 stored in the body 3 of the box by color.

159114.doc-16- S 201218986 The remaining number of color display portions 12E' or the remaining number of pattern display portions (not shown) are displayed by patterns. Further, the display portion can also be realized as a change in the width dimension of the leaf spring piece 12A. In other words, the width dimension of the leaf spring piece 12A that is visually recognized through the window portion 20 can be changed in accordance with the amount of the leaf spring piece 12A to be fed. As described above, as long as the remaining number of the articles 2 accommodated in the phase body 3 is small, the display form of the article 2 can be known, and the specific form of the display portion is not related. Further, in addition to the above, a color display portion with a gray scale may be provided, that is, a color display portion which is set to a light color in a range in which the number of articles 2 is sufficient, and becomes deep as the remaining number of articles 2 becomes smaller. Color display for tones or other colors. In this case, the color display portion may be colored on the entire surface of the tape piece 12d, or may be a color display portion realized by a tape piece, or only a range that can be seen from the window portion 2 as a color display portion. Further, it is also possible to configure the metallic color of the texture of the leaf spring piece 12 from the window = 20 visually within the range in which the number of the articles 2 is sufficient, and when the remaining number of the article 2 is a specific number or less, the window portion 2G A color display portion or a pattern display portion of a specific color is displayed. The display portion is realized by continuously forming a color or a pattern in a partial length region of the leaf spring piece 12A or the traction body. Specifically, the strip-shaped display piece on which the display portion is formed is attached to the surface of the plate spring piece 12, facing the portion 2, and the surface is sufficient. Further, when the leaf spring piece 12A or the traction body is a special type, the end portion of the length region is visually recognized through the window portion 20, and the remaining number of the object port 2 is known to be a specific number. Instead of the first embodiment and its modifications, the leaf spring piece 159114.doc -17-201218986 may be placed on the side π instead of the leaf spring piece to be a flexible resin, etc. The front end of the traction body may be attached to the guide member 5 and pulled. The front view of the window portion 2〇 according to another modification of the first embodiment is shown. The window portion 2G of the present modification is used for visually knowing In the configuration of the winding portion 卷绕2Β, the display portion of the present modification is not a display form such as a numeral or a color display portion, but is obtained by recognizing the size of the winding portion 12B itself (the position of the outer peripheral surface). The number of articles 2 in the main body 3. In the structure of the present modification, the reference line 25 is printed on the transparent window portion 2 of the front wall 3C. The number of articles 2 in the casing body 3 is reduced. At the same time, the leaf spring piece 12A is wound around the winding portion 12B in a large amount, and the outer diameter of the winding portion i2B is increased. As a result, the winding portion 12β is enlarged to exceed the reference line of the window portion 2〇 to the winding portion. When the 12B becomes larger and exceeds the reference line 25, the item 2 in the box body 3 can be identified. It is also possible to reduce the number of the articles to a specific number. The plate spring member 12 is not particularly provided with a display portion as in the present modification, and the article 2 in the casing body 3 can be identified by the outer diameter of the winding portion i2B. In the case of the embodiment, it is assumed that the front wall % is printed or sealed, and the front wall 3C is not visible, and only the portion of the window portion 2 is observed. In this case, only the outer circumferential surface of the winding portion 12B is observed through the window portion 20, so that the winding diameter of the winding portion 12B can be easily recognized. <Second embodiment> Fig. 11 is a schematic view of the present invention. A second side view of the structure of the article display ejection device of the invention 159114.doc -18-201218986. The article display introduction device 30 of this embodiment has a configuration in which the front wall 3C side of the case body 3 is formed. A leaf spring member 12' having the same configuration as described above is provided, and on the bottom plate 3A on the side of the back wall 31) of the casing body 3, other plate projecting members 3 2 having the same configuration as the plate dance member 12 are provided. The leaf spring member 12 Will guide The member 5 presses forward, and the leaf spring member 32 presses the guiding member 5 rearward. However, the elastic force of the leaf spring member 32 is made smaller than the elastic force of the leaf spring member 12. Therefore, it acts on the pressing force of the guiding member 5. The pressing force of the leaf spring member 12 is the main body. Moreover, the combined pressure of the leaf spring member 32 and the leaf spring member 12 advances the guiding member 5. The basic configuration of the leaf spring member 32 is the same as that of the plate spring member 12. Further, the leaf spring piece 32A and the winding portion 32B are formed with a color display portion such as a digital display portion or a colored portion intermittently formed at a specific position in the longitudinal direction of the leaf spring piece μα. The front end portion of the leaf spring piece 32A is attached to the guide member. On the bottom side of the fifth side, the leaf spring piece 32A of the leaf spring member 32 is expanded and contracted in conjunction with the leaf spring piece 12A of the leaf spring member 12 in response to the sliding movement of the guide member 5. In this embodiment, a window portion is provided on the side of the back wall 3 of the casing main body 3, and the display portion of the leaf spring piece 3 2 a can be viewed from the back side of the casing body 3 via the s window portion. The remaining side or the remaining amount of the article 2 in the body of the case can be obtained on the back side of the body 3. Further, in the article display ejection device 3, it is of course possible to intermittently form a number or both of the leaf spring member 12 disposed on the front wall 3C side and the leaf spring member 32 disposed on the side of the back wall 3〇. The display unit such as the color separation unit can obtain the remaining number of items 159114.doc -19· 201218986 from both the front side and the back side of the box body 3. The article display ejection device 3 of the present embodiment can know the remaining number of the articles 2 in the casing body from the back side. Thereby, for example, it is advantageous in the case where the remaining amount of the article is known from the back side and the article 2 is replenished from the front side. Alternatively, it may be advantageous to provide a configuration in which the remaining number of articles is known from the back side and the article 2 is also replenished from the back side of the casing body 3. Further, it is also possible to provide a configuration in which the remaining number of articles 2 can be known from the front and rear sides of the casing body 3 as described above. Further, in the present invention, the attachment position of the leaf spring member 12 is not limited to the front wall side, the front wall side, and the back wall side of the casing body 3. In the first and second embodiments, the leaf spring member 12 is provided on the front wall % side of the casing main body 3, but the storage portion 14 may be formed only on the side of the rear wall 3D of the casing main body 3. The wall 3D side accommodates the plate spring member 12, and a pulley or the like is provided on the front wall 3C side of the casing main body 3, and the extending direction of the leaf spring piece 12A is changed to the rear side so as to face the guide member 5 side via the pulley. Thereby, even if the storage position of the leaf spring member 12 is set only on the side of the back wall 3D, the guide member 5 can be pulled toward the front wall side of the casing main body 3. In this case, the length of the leaf spring member 12 must be about twice as large as that of the first embodiment. However, it is not necessary to make the full length a leaf spring member, and it is also possible to replace the half of the plate spring member with a flexible tape. The length is around. In other words, the plate is placed in a portion where the winding portion 12B is formed, and the front end side of the leaf spring piece 12A is connected to the portion on the side where the pulley is connected to the guiding member 5. 159114.doc '20· ^ 201218986 The reed 12 A only moves the distance by which the guiding member 5 moves (corresponding to the distance of the length of the rail portion 7). That is, the length of the leaf spring piece 12A which can be taken out from the winding portion 12B (the length of the leaf spring piece 12A which can be retracted to the winding portion 12B) becomes the length corresponding to the moving distance of the guiding member 5. In this manner, the same length of the leaf spring member 12 as the structure of the first embodiment is used, and the tape of the same length as the leaf spring member is extended to the front end side of the leaf spring piece 12A, and the tape is attached to the guiding member 5 via the pulley. On the side, traction of the guiding member 5 can thereby be achieved. In the case of this structure, the leaf spring member 12 is housed on the side of the back wall 3D of the casing body 3, so that the window portion 2 is provided on the side of the back wall 3D of the casing body 3 and can be known from the rear side of the casing body 3. The remaining quantity of item 2. &lt;Third Embodiment&gt; Figs. 12 to 16 show a third embodiment of the article display ejection device of the present invention. The article display ejection device 5 of the third embodiment has a casing body 3 having the same structure as that of the casing body 3 of the first embodiment. The article display ejection device 50 of the present embodiment is characterized in that the leaf spring mechanism 52 is different from the leaf spring mechanism 6 of the first embodiment. The other structure is the same as that of the first embodiment. Therefore, in the description of the present embodiment, the description of the same portions as those of the first embodiment described above will be omitted, and the description will be focused on the differences. In the structure of the third embodiment, the leaf spring mechanism 52 includes a leaf spring piece 53, a cylindrical case 56, a support shaft 57, an extension portion 58, and a traction body 59. The cylindrical case 56 houses the spiral leaf spring piece 53 and locks the outer peripheral end of the leaf spring piece 53. The support shaft 57 is connected to the core end of the spiral plate spring piece 53 I59114.doc -21 - 201218986 and extends through a portion of the cylindrical case 56 to the outer side of the cylindrical case %. The extension portion 58 is formed to extend in one of the cylindrical cases. The puller 59 is wound around the outer circumference of the extension portion 58 and is freely ejected from the extension portion. Further, a portion of the support shaft 57 is axially supported by a portion of the casing body 3, and the traction body 59 is freely ejected from the outer peripheral portion of the extension portion 58 and is freely wound up to the extension portion 58 by the elastic restoring force of the plate elastic crystal piece 53. . More specifically, as shown in Figs. 12 and 13, the plate spring mechanism 52 is mainly composed of a winding portion 55, a cylindrical casing 56, a support shaft 57, an extension portion 58, and a traction body 59. The winding portion 55 includes a leaf spring piece that is spirally wound. The tubular case body accommodates the winding portion 55»the support shaft 57 so as to penetrate the center portion of the cylindrical case %". The extension portion 58 is provided on the side wall of one side of the peripheral wall "a" of the cylindrical case % The center portion of the portion 5 6 b is formed to extend in the axial direction of the branch shaft 57. The bowing member 59 is detachably attached to the outer peripheral side of the extension portion 58 and formed in a strip shape. Specifically, t The beginning end of the strip-shaped traction body 59 is then fixed to one of the peripheral faces of the extension portion 58, or a slit is formed in one of the extension portions 58 to pass and fix the traction body 59 to the slit. The traction body 59 is sequentially wound around the extension portion 58, and the traction body 59 can be wound freely from the extension (4). The end portion 59a of the traction body 59 (see Fig. 10) is coupled to the slide plate 5A of the guide member 5. The body 59 is wound around the extension material by the elastic restoring force of the plate elastic crest sheet 53, and the end portion 59A of the traction (four) pulls the slide plate 5A of the guide member 5 forward. The outer diameter of the extension portion 58 of the cylindrical type It is formed to be smaller than the cylindrical casing %, whereby the traction body 59 is entirely wound around the circumferential surface of the extension portion 58. In the case of the windings 159114.doc and 201218986, the outermost peripheral portion of the traction body 59 and the circumferential surface of the tubular casing % are on the same plane or on the inner side of the circumferential surface of the tubular casing 56. The traction body 59 It is made of a thin tape made of a resin or a metal. As an example, a glass fiber reinforced composite material in which a glass fiber is blended in a resin or a warp yarn in which a reinforcing fiber is incorporated may be used as the body 59 including the fibers. Therefore, it is difficult to cut and it is difficult to extend, so it is good. When the glass fiber or the ribbon-shaped traction body 59 is woven into the glass fiber, the surface of the body Μ is surface-coated with vinyl chloride resin or the ethylene propylene resin. After the resin is impregnated therein, the display portion can be printed. By printing, it is possible to form a color display portion or a pattern display portion such as a character or a pattern which is easy to visually recognize, so as to penetrate the center portion of the winding portion 55. The front end side (the left side in Fig. 13) of the support shaft 57 is disposed with the inner peripheral end of the leaf spring piece constituting the winding portion 55. The outer peripheral end of the leaf spring piece 53 is fixed to the peripheral wall of the cylindrical case 56. Further, the disk-shaped flange plate 6 is integrated with the other end portion of the support shaft 57 which is inserted into the cylindrical case 56 and the extension portion 58 and extends to the outer side of the extension portion 58. A rib-like projection 61 is formed to protrude from the outer surface of the plate 60, and the projection 61 is inserted into a slot (not shown) formed in the support wall 9 (see FIG. 2) of the casing main body 3. The main portion of the leaf spring mechanism 52 is supported in a state where the flange plate 6 is prevented from rotating. Thus, the main portion of the leaf spring mechanism 52 is housed in the housing portion 14 between the one of the casing main bodies 3 and the support walls 9 and 9. Further, the belt-shaped traction body 59 is sent out from the tubular extension portion 58 and is led out from the opening portion 15 on the front end side of the inclined wall 1 to the inner side of the casing body 3. The leading end of the drawn traction body 59 is attached to the bottom of the guiding member 5 I591I4.doc • 23- 201218986 side. Further, the plate spring mechanism 52 can be configured to be reversed to the left and right with respect to the structure shown in Fig. 12. The leaf spring mechanism 52 shown in Fig. 16 is reversed left and right with respect to the leaf spring mechanism 52 shown in Fig. 12. The leaf spring mechanism 52 of the present embodiment is similar to the first embodiment in that the guide member 5 can be biased when the guide member 5 is slidably moved along the rail portion 7 of the casing body 3. When the guide member 5 is slidably moved along the rail portion 7 inside the casing body 3, the user manually moves the guide member 5 away from the front wall 3C of the casing body 3. Thereby, the traction body 59 "sends only the required length from the extension portion. The cylindrical casing 56 rotates accordingly, and the leaf spring piece 53 constituting the winding portion 55 is elastically deformed. By the elastic restoring force of the leaf spring piece 53, The guiding member 5 is biased in such a manner as to be pulled back to the front wall 3C side via the pulling body 59. Thus, if the user leaves the guiding member 5, the guiding member 5 is on the inner side of the casing body 3. The article 2 is pressed toward the front wall 3C side (front side). Thereby, when the article 2 is pressed from the rear by the guiding member 5 and the article 2 is taken out from the front end side of the casing body 3, the remaining article 2 can be In the present embodiment, it is also possible to read through the window portion 2 of the front wall 3C to know the number printed on the traction body 59, that is, the remaining number of the items 2 displayed by the household. The structure of the embodiment is the same. If the item 2' of the front row of the box body 3 is taken out, the number read from the window portion 2 of the front wall 3C is reduced by i: 'so that the item 2 remaining in the box body 3 can be known. Quantity. Each time the item 2 is taken out from the phase body 3, the number can be read via the window 2 Will reduce 'so the value can be identified as close to 〇 can identify the inventory within the box body 3 minus 159114.doc • 24 · 201218986 less state ' and as long as the previous value according to the previous period of time. 2 can be added. In the structure of the present embodiment, the same effect as the first embodiment of the prior art can be obtained. <Fourth embodiment> Figs. 17 to 21 show an article display ejection device of the present invention. The fourth embodiment is characterized in that the article display ejection device 7A of the fourth embodiment includes a case body 3 having the same structure as that applied to the case body 3 of the first embodiment. The article display ejection device 70 of the fourth embodiment has The feature is that the leaf spring mechanism 72 has a different structure from the leaf spring mechanism 6 of the first embodiment. The other structure is the same as that of the first embodiment. Therefore, in the description of the present embodiment, the previous configuration is omitted. The description of the same portions of the first embodiment will be described with reference to the differences between the two. In the configuration of the fourth embodiment, the plate bomb The spring mechanism 72 includes a leaf spring piece 73, a cylindrical case 76, a support shaft 77, and a traction body 79. The cylindrical case 76 houses the spiral leaf spring piece 73, and locks the outer peripheral end of the plate spring piece 73. The support shaft 77 is coupled to the center end of the spiral plate spring piece 73 and extends through a portion of the cylindrical case 76 and extends to the outer side of the cylindrical case. The traction body 79 is wound around the outer circumference of the cylindrical case 76. Further, a part of the support shaft 77 is axially supported by a part of the casing body 3, and the traction body 79 is freely conveyed from the outer peripheral portion of the cylindrical casing 76, and is elastically restored by the elastic force of the leaf spring piece 73. More specifically, the outer peripheral portion of the cylindrical casing 76 is wound freely. More specifically, as shown in FIGS. 17 to 19, the leaf spring mechanism 72 is a winding portion 75, a cylindrical casing 76, a support shaft 77, and traction. The body 79 is composed of a main body. I59114.doc •25· 201218986 The winding portion 75 includes a leaf spring piece 73 that is spirally wound. The tubular casing 76 accommodates the winding portion 75. The support shaft 77 is disposed to penetrate the center portion of the cylindrical casing 76. The traction body 79 is detachably attached to the outer peripheral portion of the peripheral wall portion 76a of the cylindrical casing 76, and is formed in a strip shape. Specifically, the starting end portion of the strip-shaped pulling body 79 is then fixed to one of the circumferential surfaces of the cylindrical casing 76, or a slit is formed in one of the cylindrical casings 76, and the pulling body 79 is passed through. Fixed to the slit. Then, the traction body 79 is sequentially wound around the cylindrical casing 76, and the traction body 79 is wound around the cylindrical casing 76 so as to be wound around the central portion of the winding portion 75. The inner peripheral end of the leaf spring piece 73 constituting the winding portion 75 is fixed to the front end side of the shaft 77. The outer peripheral end of the leaf spring piece 73 is fixed to a part of the inner peripheral surface of the cylindrical casing. Further, the disk-shaped flange plate 80 is integrated with the other end portion of the branch shaft 77 which penetrates the peripheral wall portion 76 of the cylindrical casing 76 and extends to the outer side thereof. A rib-like projection 8i is formed to protrude from a central portion of the outer surface of the flange plate 8A. Further, the projection portion 81 is inserted into a slot (not shown) formed in the support wall 9 (see FIG. 2) of the casing main body 3 to prevent the flange plate 8 from rotating. 3 The main part of the support plate magazine 72 is a main portion of the plate spring mechanism accommodating the accommodating portion 14 between the support walls 9 and 9. The belt-shaped body 79 is sent out from the outer periphery of the cylindrical case 76. The opening portion 15 on the front end side of the inclined wall is led out to the inner side of the casing body 3. The leading end portion of the drawn body 79 is attached to the bottom side of the guiding member 5. The article display ejection device 7 of the present embodiment The same as the previous configuration of the first embodiment is that 'the guide member 5 can be placed along the rail of the box body 3-26-159114.doc

201218986 Road 7 skid movement. When the guide member 5 is slidably moved along the rail portion 7 inside the casing body 3, the user manually moves the guide member 5 away from the front wall 3C of the casing body 3. Thereby, the pulling body 79 is taken out from the cylindrical casing 76 by the required length. The cylindrical casing 76 is also rotated, and the leaf spring piece 73 constituting the winding portion 75 is elastically deformed. Therefore, the guide member 5 is biased by the elastic restoring force of the leaf spring piece 73 so as to be pulled back to the front wall 3C side via the pulling body 79. Thus, when the user leaves the guide member 5, the guide member 5 presses the article 2 toward the front wall 3C side on the inner side of the casing body 3. Thus, when the article 2 is pressed from the rear by the guiding member 5 and the article 2 is taken out from the front side of the casing body 3, the remaining article 2 can be pushed forward. According to the article display and ejection device 7A of the above-described embodiment, the display portion UC provided at an arbitrary position in the longitudinal direction of the leaf spring piece 73 is observed through the window portion 2, whereby the remaining amount of the article 2 in the casing body 3 can be accurately known. . From this, the indication and the C are viewed via the window (four), whereby the replenishment period of the article 2 to the casing body 3 can be known, so that the article 2 can be reliably replenished. If the display portion 12C is represented by a number, the number can be easily and accurately

Know the remaining number of items 2. Further, when the display unit is the color display unit 12E or the pattern display unit and the color or the pattern is changed in accordance with the number of the articles 2 in the casing main body 3, the color or map of the display portion is recognized via the window portion 20: The remaining quantity of item 2 is known. · In the case of 'Vapor 73', the winding portion 75 can be set as a leaf spring piece π盥显干^4 ^ J ^ ,, '·,, the double-layer winding of the member does not print the number on the display piece, Color or figure lucky 1^ can be easily identified by borrowing 4 | 159114.doc •27· 201218986 Showroom. &lt;Fifth Embodiment&gt; Figs. 22 to 24 show a fifth embodiment of the article display launching device of the present invention. Fig. 22 is a plan view showing the article display ejection device 9 of the present embodiment. Fig. 23(A) is a cross-sectional view taken along line A-A of Fig. 22. Fig. 23(B) is an enlarged view of the vicinity of the obstruction portion 7 in Fig. 23(A). Fig. 24 (A) is a side view of the guide member 5 of the embodiment. Fig. 24 (B) is a cross-sectional view taken along line B_B of Fig. 23 (A). In Fig. 22, the state in which the guide member 5 is taken out to the rearmost side (close to the position of the back wall 3D) is indicated by a solid line, and the guide member 5 is located at the forefront (close to the front wall 3C) in a broken line. The state of the guide member 5 and the guide member 5 are located at the intermediate portion in the front-rear direction. As shown in Figs. 24(A) and 24(B), the guiding member 5 includes a slider 5, a guide plate 58 rib 5 (: and a protruding piece 51), and the protruding piece 50 includes a hook portion 5 ugly. Skateboard 5 eight with the track. The upper edge of p 7 abuts and slides in the pushing direction. The guide plate 5β is a plate-like member that presses the back surface of the last article 2 at the end. The rib 5 (the reinforcing portion of the buckling rigidity of the guide sheet 5B is reinforced. The protruding piece 5 突出 protrudes below the slide plate 5. The protruding piece 5D is inserted into the gap between the pair of rail portions 7, 7 and is in conflict with The portion of the portion 7 is formed. The hook portion 5E is formed on the front end (lower end) side of the protruding piece (7) and is clawed outward from the front end of the large piece 5D. The protruding piece (7) is engaged with the inner edge of the rail portion 7. 7 (H, the hook portion 5E is engaged with the lower surface of the rail portion 7. The housing body 3 of the embodiment is the same as the first embodiment, and includes a pair of rail portions 7, 7 in parallel with each other. The left and right side portions of the member 5 respectively include a clamping portion that clamps the rail portion 7 from the up and down direction and slides in the pushing direction. The clamping portion is 159114.doc

-28- 201218986 Slides in the push-out direction with respect to the rail portion 7. The nip portion 5L includes upper and lower facing upper sliding walls 5M and lower sliding walls 5N. Here, the nip portion 5L includes the slider 5A and the protruding piece 5D (including the hook portion 5E). One of the slide plates 5 A constitutes the upper sliding wall 5M. One of the hook portions 5E constitutes the lower sliding wall 5N. Further, the guiding member 5 includes the upright piece 5F continuously formed at the lower portion of the guide plate 5B and the bending rigidity reinforcing rib 5G of the reinforcing upright piece 5F. Further, as shown in Fig. 24(B), the guide member 5 includes a hook portion 5H that receives the pressure from the leaf spring piece 12A by hooking the front end portion of the leaf spring piece 12A. A circular hole (not shown) is bored in the front end of the leaf spring piece 12A, and the hook portion 5H is inserted into the circular hole. A return portion 5P that protrudes rearward is formed at a lower end of the hook portion 5H. The leaf spring piece 12A is always pressed forward by the elastic restoring force, so that the leaf spring piece 12A is prevented from falling off by the return portion 5P which protrudes toward the opposite side. Further, a tape pressing portion 5K is provided at a position slightly higher than the return portion 5P before the hook portion 5H. The lower edge of the opening 5J provided in the upright piece 5F constitutes the tape pressing portion 5K of the present embodiment. The front end of the plate spring piece 12A is inserted into the opening 5J. The front end portion of the leaf spring piece 12A inserted through the opening 5J is hooked to the above-mentioned hook portion 5H. The display sheet (the tape piece 12D) is attached from the proximal end side of the leaf spring piece 12A to the vicinity of the front end. The tape piece 12D is attached to the surface of the leaf spring piece 12A facing the side of the window portion 20 (the lower surface in Fig. 24(B)). The tape pressing portion 5K presses the end portion 12F on the front end side of the display sheet (the tape sheet 12D) with respect to the leaf spring piece 12A. Since the front end of the leaf spring piece 12A is hooked to the hook portion 5H, the end portion 12F of the tape piece 12D is always pressed against the leaf spring piece 12A by the tape pressing portion 5K. Borrowing 159114.doc -29- 201218986 This prevents the tape piece 12D from being peeled off from the leaf spring piece 12A. As shown in Fig. 23(A) and Fig. 23(B), the erect sheets of the guide member 5 are fitted to each other in parallel with each other to the gap between the guide strips 7〇2. Thereby, the guide member slides along the rail portion 7 in the upright posture shown in Fig. 23(A). The guide strip forms the obstruction portion 7 together with the upper protrusion 703 and the lower protrusion 704. At least one of the upper surface or the lower surface of the rail portion 7 is formed with a ridge portion extending in the pushing direction. In the present embodiment, the ridge portion (the upper protrusion 7〇3 and the lower protrusion 7〇7) is formed on both the upper surface and the lower surface of the rail portion 7. That is, the ridge portion of the present embodiment includes the formation a protrusion 703 on the upper surface of the rail portion and a protrusion 7〇4 formed below the lower surface of the rail portion. Moreover, the top of the protrusion portion (the upper protrusion 7〇3, the lower protrusion 〇4) is The nip portion 5L is in point contact in a cross section (Fig. 23 (VIII) and Fig. η (8)) orthogonal to the ejection direction. Specifically, the upper rib 703 and the lower rib have a cross-sectional shape of + circular. The top of the 703 is in contact with the upper sliding wall and the lower surface, and the top of the lower protrusion 704 is in contact with the upper surface of the lower sliding wall 5N. Thus, in the present embodiment, the rail portion 7 of the casing body 3 is not guided. The member 5 is provided with a ridge portion. Thereby, the contact area between the guide member 5 and the rail portion 7 is reduced, the slidability of the guide member 5 is good, and the wear resistance of the ridge portion is sufficiently ensured. By providing the ridge portion to the rail portion 7' of the box body 3, it is possible to extend over the entire length of the front and rear directions of the box body 3 The ridge portion having a sufficiently long dimension in the front and rear directions of the guide member 5 is formed. The top of the upper ridge 703 and the top of the lower ridge 7 〇 4 are formed at different positions in the width of the cross section. When the guiding member 5 gives a force outside the lateral tilting direction, the top of the upper ridge 7G3 and the top of the lower rib 7〇4 159114.doc 201218986 respectively support the guiding member 5 at different positions in the width direction, and thus it is preferable. The guiding member 5 is prevented from falling laterally to the side wall 3B. In the cross section, the upper protrusion 703 and the lower protrusion are different from each other in the curvature half furnace, and the upper protrusion 7〇3 or the lower protrusion 7〇4 The top of the larger radius of curvature (the upper ridge 7〇3) is located further outside the width direction than the top of the other (the lower ridge). Here, the ridge portion having a smaller radius of curvature ( The lower protrusion 7〇4) has a larger loss due to the friction of the disk guide member 5 than the protrusion portion (the upper protrusion 703) having a larger radius of curvature. When the movement is reversed, the wear resistance of the upper protrusion m is superior to that of the lower protrusion 704. In this case, by providing the ridge portion (upper ridge 703) excellent in abrasion resistance in the width direction (four), even when the lower ridge 704 is worn, the upper ridge can be used to stabilize the branch. In other words, the object σ 〜 先 先 先 ο ο ο 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列 陈列The insertion piece 3 is protruded downward from the lower surface of the bottom plate 3Α. The lower end of the insertion piece 3Ε is located below the lower end of the side wall 3Β. On the other hand, the case body 3 of the present embodiment is provided. a shelf of the shelf body (not shown; a slit is formed at a position corresponding to the insertion piece 3 £. When the case body 3 is placed on the shelf, the insertion piece _ is upper The slot insertion 'can be used to lock the case body 3 to the shelf. When the case body 3 is placed on the shelf in this manner, the side wall 3β of the case body 3 is grounded to the upper surface of the shelf. Further, in the case of transporting the case main body 3 or at the time of holding the f, the side (4) is grounded 159114.doc 31-201218986 by inserting the insertion piece 3E into the slit formed in the floor or the like. Here, the side surface (side wall 3B) of the casing main body 3 of the present embodiment extends to a position lower than the outer circumferential position of the winding portion 12B when the winding amount of the leaf spring piece 12A is maximum. Therefore, when the side wall 3B is grounded and the case body 3 is placed on a slab, a floor or the like (hereinafter, a slab or the like), the winding portion i2B does not come into contact with the shed or the like. Therefore, the curl of the leaf spring piece 12A does not disappear with time due to the panel or the like, and the durability of the leaf spring mechanism 6 is improved. The above embodiment of the present invention includes the following technical ideas. (1) An article display ejection device comprising: a housing body that stores articles such as articles in an arranged state; and a rail portion along which the articles are

a guiding member is formed inside the box body; a guiding member, the H rail portion is disposed inside the box body along the pushing direction of the article; and a leaf spring mechanism including the winding portion and the traction body The winding portion includes a plate-shaped elastic piece that is given a curled spiral shape, and the pulling body is freely ejected from the winding portion; the front end side of the traction body drawn from the winding portion is attached to the guiding member, and The guiding member is pressed toward the pushing direction of the article via the pulling body by the elastic sliding force of the elastic piece of the winding portion, and is formed on the end side of the casing body including the leaf spring mechanism The window portion of the above-mentioned plate bomb or the at least one portion of the traction body may be monitored from the outside of the casing body; (7) The article display ejection device according to (1) above, wherein the leaf spring piece or the traction body is formed A display portion is formed at an arbitrary position in the longitudinal direction. The display portion serves as an index of the amount of the leaf spring piece or the amount of the traction body from the winding portion, and the display can be visually recognized through the window portion. 159114.doc

(S) The item display ejection device of the above item (7), wherein the display portion formed on the leaf spring piece or the traction body is displayed on the body of the case. (4) The apparatus according to the above (7), wherein the display portion formed on the leaf spring piece or the traction body is a color indicating the remaining quantity of the items displayed in the body of the box body; (7) The article display ejection device according to any one of (1) to (4), wherein the winding portion of the plate magazine is a double-layer winding structure of the plate spring piece and the display sheet, and becomes the leaf spring. (6) The article display ejection device according to any one of the above (1) to (5), wherein the leaf spring mechanism comprises: a cylindrical type a casing that houses the spiral leaf spring piece and locks the outer peripheral end of the plate elastic piece; and a support shaft connected to the center end of the spiral plate elastic crystal piece and penetrates the cylindrical casing a second portion extending to an outer side of the cylindrical casing; and a traction body wound around the outer circumference of the cylindrical casing and being freely ejected; the portion of the support shaft being axially supported by a portion of the phase body The above-mentioned traction body is freely retractable from the above-mentioned tubular type body: the peripheral portion is freely retractable by the elastic restoring force of the leaf spring piece; (7) The article of any one of the above (1) to (5) Displaying the ejection device, the above-mentioned leaf spring mechanism comprises: a cylinder" ^ μ η. The sill phase body houses the spiral plate U and the outer end of the card (4) plate elastic crystal piece; the support pumping is connected to the above-mentioned position The center end of the leaf spring piece extends through one of the cylindrical casings 159114.doc • 33-201218986 to the outer side of the cylindrical casing; the extension is extended to form a part of the cylindrical casing And a traction body wound around the outer circumference of the extension portion, and being freely ejected, a part of the support shaft is pivotally supported on a part of the casing body, and the traction body is freely transported from the outer periphery of the extension portion. By the spring of the leaf spring Resilience and retraction. This application claims to apply for the patent application for the application of the patent application for the application of the patent application for the application of the patent application for the application of the application for the application of the application The priority is based on pcT/mG11/_135, and the entire disclosure thereof is incorporated herein. [FIG. 1 is a perspective view showing an embodiment of the article display ejection device of the present invention. Figure 3 (A) is a side cross-sectional view of the article display ejection device of Figure 1. Figure 3 (B) is a front view of the guiding member. A side view of an example of the interval f of the article display ejection device attached to Fig. 1. Fig. 5 is a front view of the object σ-de-arrangement display device shown in Fig. 1. Fig. 6 is a cross-sectional view showing an example of the state of the article display and ejection device shown in Fig. 1 without spacers. Fig. 7 is a cross-sectional view showing another example of the female case 1 of the article display ejection device of the spacer sheet with respect to the ampule. Fig. 8 is a perspective view showing an example of the example in which the K-shaped member (constituting the plate elastic mechanism) is included in the display ejection device. FIG. 9 is a perspective view showing a leaf spring member according to a modification of the first embodiment, FIG. 10 is a front view showing a window according to another modification of the first embodiment, and FIG. 11 is a view showing the present invention. A side cross-sectional view of a second embodiment of the article display ejection device. Fig. 12 is a plan view showing a leaf spring mechanism according to a third embodiment of the article display ejection device of the present invention. Figure 13 is a cross-sectional view showing a leaf spring mechanism of a third embodiment of the article display ejection device of the present invention. Fig. 14 (4) is a line sectional view of Fig. 13. Fig. 14 (8) is a line sectional view of Fig. 13. Fig. 15 is a front elevational view showing the casing body of the third embodiment of the article display ejection device of the present invention. Fig. 16 is a side view showing a part of a third embodiment of the article display ejection device of the present invention. Figure? A plan view showing a leaf spring mechanism according to a fourth embodiment of the article display ejection device of the present invention. Fig. 18 is a cross-sectional view showing a plate spring mechanism according to a fourth embodiment of the apparatus for displaying the article of the present invention. Fig. 19 is a view showing the configuration of a leaf spring mechanism according to a fourth embodiment of the article display ejection device of the present invention. Figure 20 is a fourth embodiment of the front view display device of the present invention. Figure 1591 shows the fourth embodiment of the article display ejection device of the present invention. Side view of one of the forms. Figure 22 is a plan view showing a fifth embodiment of the article display ejection device of the present invention. Fig. 23(A) is a cross-sectional view taken along line A-A of Fig. 22. Fig. 23 (B) is an enlarged view of the vicinity of the rail portion in Fig. 23 (A). Fig. 24 (A) is a side view of the guide member of the fifth embodiment. Figure 24 (B) is a cross-sectional view taken along line B-B of Figure 23 (A). [Main component symbol description] 1 Item display ejection device 2 Article 3 Case body 3A Base plate 3B Side wall 3C Front wall 3D Back wall 3E Insert sheet 5 Guide member 5A Slide plate 5B Guide plate 5C Rib 5D Projection piece 5E Hook 5F upright piece 159114.doc -36- 201218986 5G reinforcing rib 5H hooking part 5J opening 5K tape pressing part 5L holding part 5M upper sliding wall 5N lower sliding wall 5P return part 6 leaf spring mechanism 7 rail part 7A through hole 8 circle Arc portion 9 Support wall 10 Cover wall 10A Parallel wall 10B Inclined wall 12 Leaf spring member 12a Front end portion 12A Leaf spring piece 12B Winding portion 12C Display portion 12D Tape sheet 12E Color display portion 12F End portion 159114.doc -37 201218986 13 Support Shaft 14 accommodating portion 15 opening portion 16 stopper piece 20 window portion 21 fitting hole 22 spacer piece 22A partition plate 22B fitting piece 25 reference line 30 article display ejection device 32 leaf spring member 32A leaf spring piece 32B winding portion 50 Item display ejection device 52 leaf spring mechanism 53 leaf spring piece 55 winding portion 56 cylindrical case 56a peripheral wall 56b side wall portion 57 support Shaft 58 Extension 59 Traction body 159114.doc -38- 201218986 59A Terminal portion 60 Flange plate 61 Projection portion 70 Item display ejection device 72 Leaf spring mechanism 73 Leaf spring piece 75 Winding portion 76 Cylinder type casing 76a Peripheral wall portion 77 Support shaft 79 Traction body 80 Flange plate 81 Projection 90 Item display ejection device 701 Inner edge 702 Guide strip 703 Upper protrusion 704 Lower protrusion 159114.doc -39-

Claims (1)

201218986 VII. Patent application scope: 1. An article display ejection device, comprising: a box body 'which stores articles in an arranged state; and a rail portion formed inside the box body along a pushing direction of the articles; a guiding member that is movably disposed along the ejecting direction along the rail portion inside the housing body, and a leaf spring mechanism including a winding portion and a pulling body 'the winding portion including the curling a spiral plate spring piece, the traction body being freely drawn from the winding portion and pulling the guiding member; and the guiding member is connected to the front end side of the traction body, and the above-mentioned plate spring-loading piece is a resilient restoring force is applied in the pushing direction; a window portion is formed on an end side of the casing body, and the leaf spring piece or at least a part of the traction body can be visually recognized from the outside of the casing body through the window portion . 2. The article display ejection device of the requester, wherein the display portion is formed at any position in the longitudinal direction of the leaf spring piece or the traction body to form the leaf spring ^ (4) body from the roll, Oh. The index of the amount of P delivered can be obtained by visually recognizing the display unit through the window portion, and the number of the articles stored in the casing body can be known. 3. The article display ejection device of claim 2, wherein the display portion is a color display portion that displays the remaining number of the items stored in the box body by a color image or displays the remaining number of patterns by a pattern 4. The article display ejection device of claim 3, wherein the color or the above-mentioned FIG. 159114.doc 201218986 is continuously formed on the leaf spring piece or a portion of the length of the traction body: when the specific delivery amount is specified At the time, the end portion of the length region can be endured through the window portion: 5. The article display ejection device of claim 2, wherein the display portion is a number indicating a remaining number of the articles housed on the body of the body. 6. The article display ejection device according to any one of claims 2 to 5, wherein the strip-shaped display sheet on which the display portion is formed is attached to the surface of the leaf spring sheet toward the window portion. 7. The article display ejection device of claim 6, wherein the display sheet is attached from a proximal end side of the leaf spring piece to a vicinity of a front end, and the guiding member comprises pressing the display sheet on the plate elastic piece. a tape pressing portion at the end of the front end side. 8. The article display ejection device according to any one of claims 2 to 5, wherein the winding portion is a double-layer winding structure in which a strip-shaped display sheet and a (four) reed of the display portion are formed. The article display ejection device according to any one of claims 1 to 3, wherein the guide member includes a pair of the rail portions in parallel with each other, and the guide member includes a grip portion for gripping the rail portion from the up and down direction on both side portions, The nip portion slides with respect to the rail pushing direction. 10. The article display ejection device of claim 9, wherein at least one of the face or the lower surface is formed with a ridge portion extending in the ejecting direction, and the ridge top of the rib is described in the fourth (four) In the cross section orthogonal to the above-described ejection direction, point contact is made. 159114.doc 201218986 U. The article display ejection device of claim 1, wherein the ridge portion includes a protrusion formed on an upper surface of the track portion and a protrusion formed below a lower surface of the track portion. An article display ejection device as claimed in claim 1, wherein the top of the upper protrusion and the top of the lower protrusion are formed at different positions in the width direction in the cross section. U. The article display ejection device of claim 12, wherein the upper ridges and the lower ridges have different radii of curvature in the cross section. 14. The item display of claim 13 wherein the top of the upper ridge or the lower strip has a larger radius of curvature, and the top of the other is located in the width direction of the cross section. More outside. The article display ejection device according to any one of claims 1 to 5, wherein a side surface of the body body extends to a lower limit than a lower limit position of the outer circumference of the winding portion when the winding amount of the leaf spring piece is maximum . The article display ejection device according to any one of claims 1 to 5, wherein the leaf spring mechanism comprises: a cylindrical box body that accommodates the spiral leaf spring piece and locks the outer peripheral end of the leaf spring piece; a support shaft connected to a center end of the spiral leaf spring piece and extending through a portion of the cylindrical casing to an outer side of the cylindrical casing; and a traction body wound around the cylindrical casing A peripheral portion is freely sent out; A, one of the above-mentioned branch shafts is supported by a part of the casing body: the traction body is freely ejected from the outer periphery of the tubular casing, and is slid by the above-mentioned plate The elastic restoring force is freely wound around the outer circumference of the cylindrical casing. The article display ejection device according to any one of claims 1 to 5, wherein the 159114.doc 201218986 leaf spring mechanism comprises a cylindrical box body that accommodates the spiral plate spring and locks the leaf spring a peripheral end of the sheet; a support shaft connected to the center end of the spiral leaf spring piece and extending through a portion of the cylindrical box body to an outer side of the cylindrical box body; and an extension portion extending from the extension portion a portion of the above-mentioned cylindrical I-body; and a traction body wound around the extension but outside. P is sent freely; and a part of the support shaft is axially supported by the portion of the box body + body; the traction body is free from the extension of the circumference β $ and by the elastic restoring force of the leaf spring piece It is freely wound around the outside of the extension. 159114.doc '4· S