KR101291373B1 - Recyclable chip of the measured rate system for collecting by specific duty food garbage and chip keeping box - Google Patents

Abstract

PURPOSE: A recyclable chip and a chip keeping box keeping the same are provided to manufacture the recyclable chip for a food waste measured rate system based on a simple structure, thereby reducing manufacturing costs of the recyclable chip. CONSTITUTION: A recyclable chip for a food waste measured rate system is composed by combining a chip key (120) and a chip body (110). The chip key is combined to the chip body and a chip key main body (121) which is directly inserted in a chip keeping box of a food waste garbage, is extended to a side surface of the chip main body and is composed of a pair of inserting legs (124) including a hook (123) in an end. The chip main body is separated from the chip key when removing food waste. The chip body accepts the inserting leg and includes an inserting hole (111) having a triangular shaped hook hanging unit (111a).

Description

Recyclable chip of the measured rate system for collecting by specific duty food garbage and chip keeping box}

The present invention relates to a pay-as-you-go chip for food waste disposal and a pay-as-you-go chip storage box, and more particularly, a pay-as-you-go chip for coupling a recycleable pay-as-you-go chip to a food waste container. It's about storage.

The waste-based pay system charges the disposal cost according to the amount of waste by discharging the waste. Since January 1, 1995, the waste-based system has been implemented nationwide.

As a means of waste metering, general waste and food waste can be put in different bags.

However, when disposing of food waste in a plastic bag, cats may damage the plastic bag, causing food to leak out, and there are various problems such as leachate leakage and bad smell.

For the purpose of solving this problem, a collection proposal using a food waste quantity bin attached to the payment certificate by a user who purchases a payment certificate in the form of a sticky paper produced by a local government office or sold through a local supermarket or a convenience store is proposed for the purpose of solving this problem. It has been used, and when using the food waste amount of waste can be solved a variety of problems, such as food leakage to the outside, leachate leakage, odor generation.

Here, the payment certificate is a payment method that imposes a disposal fee appropriate for the discharge of waste to the discharger, and also charges a processing fee to the office on the basis of the payment certificate collected by the disposal agency.

In recent years, the payment certificate is manufactured in the form of a flat plastic chip (a pay-as-you-go chip), which is combined with a food waste container.

Patent Literature 1 discloses a configuration relating to the above-mentioned payment certificate for food waste treatment settlement (hereinafter, collectively referred to as a pay-as-you-go chip).

In more detail, the pay-as-you-go chip is a structure made of a plastic material in the form of a plate divided for collectors and dischargers before and after its longitudinal direction. A catching hole is formed in the ejector portion, and a cutting portion is formed between the collector and ejector portions so as to easily cut therebetween.

The use state of the pay-as-you-go chip is such that the discharger faces the discharger to the outside, and the discharger-formed portion of the discharge hole is inserted into the lid of the food-type waste container and placed at the collection position. At the same time, the collector part of the payload chip is cut and used as a recovery method.

On the other hand, Patent Document 2 implements such a pay-as-you-go chip in the key (key) method, and is used as a proof of payment and used as a means for unlocking the door of the food waste container.

In more detail, the rack gear part is formed in the part of the payer in the payload chip configured for the collector and the discharger, and when it is put into the payload chip inlet provided in the door of the food waste container, the rack gear part of the payload chip forms the door unlocking means. The door is unlocked by being engaged with the gear. This causes the ejector to open the door and throw it into the food waste container, and the collector cuts off the collector portion from the ejector portion of the pay-as-you-go chip.

However, Patent Documents 1 and 2 described above are both used for one-time use of the pay-as-you-go chip, in which the collector part and the ejector part are integrally manufactured so that the collector cuts off the collector part from the discharger part when collecting the food waste. Thereby, there is a problem in that the cost of manufacturing the pay-as-you-go chip is increased by using and discarding it once.

Particularly, since the payload chips must be produced and distributed in large quantities because separate payload chips must be used for each generation of food waste for each generation, the manufacturing cost is greatly increased when used in a single use without recycling. Increasing costs have a problem that a vicious cycle is eventually passed to the consumer's collection costs.

For example, if the county calculates that food waste is processed four times a month for each household, which has a jurisdiction of about 100,000 households, it is necessary to produce 4.8 million (100,000 households * 4 * December) per year. It will cost money.

In particular, the once-used pay-as-you-go chip must be disposed of, so that the processing cost is also incurred.

Patent Document 1: Korean Registered Patent Publication No. 10-0880922 No. (2009.02.04.) Patent Document 2: Korean Registered Patent Publication No. 10-1010567 (January 27, 2011)

Disclosure of Invention The present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a recyclable food waste metering chip that can reduce the manufacturing cost and processing cost of the metering chip by making the food waste metering chip chip recyclable.

On the other hand, the present invention provides a storage box for a single-use or multi-family food waste container that can actively respond to the above-described recycleable pay-as-you-go chip, and has a multi-unit chip storage box that can be used and collected by users and collectors more conveniently. To provide food waste bins.

Recyclable pay-as-you-go chip according to the present invention for achieving the above object, the chip key body which is fitted to the chip holder provided in the food waste container, and extends side by side facing each other from the side of the chip key body is elastic to both sides A chip key capable of being moved and having a pair of hooks formed at each end thereof with a hook; And when the food waste is collected and collected separately from the chip key, the hook is made of a triangular cross-sectional shape so that the insertion of the hook is possible at the end while being prevented from falling in the opposite direction is inserted into the pair of fitting legs Including the chip body is formed on one side of the formed insertion port, the pair of fitting legs fitted to the chip body during food waste collection is cut from the chip key to separate the chip body from the chip key to be collected In this case, the chip body separated from the chip key is not damaged at all, so that it can be recycled and used again.

Here, the inside of the chip body is provided with a payment certificate installation unit is installed in the RFID tag type payment certificate is stored discharge information about food waste, the collector can check that the normal pay-as-you-go chip is used when collecting food waste. .

In addition, the chip key body is provided with a fitting hole to be caught in the elastic locking piece provided in the chip storage box so that the chip key is locked to the chip storage box, the chip storage box provided in the food waste container on both sides of the chip body Guide protrusions are slid to the rail groove provided in the chip holder so that they can be easily inserted into the chip holder.

On the other hand, the chip insert storage box is installed on the front of the case of the food waste metering device for collecting food waste in an integrated collection method, and the above-described recycleable payload chip is inserted, so that the chip insert storage box has a chip key of the payload chip. The chip is inserted into the block is formed, the one side of the block body has a 'c' shaped open structure of the front, back and sides of the open side of the chip-opening hole is a space where the side of the chip is introduced, the front, back The chip body of the pay-as-you-go chip cut into the chip discharge hole, which is the exploded space, is discharged through the chip discharge hole and collected into the pay-per-use collection device, and the collected chip body can be recycled and used again.

And, the chip insert storage box is formed integrally on the handle side of the food waste metering container for collecting food waste in an individual collection manner, and the above-described recycleable payload chip is inserted, so that the chip insert storage box is located at the top of the handle. A chip insertion hole which is straightly penetrated up and down so that the payload chip is inserted, and is pressed or released by the chip key while the chip key is inserted into the chip insertion hole, and is perpendicular to the direction in which the payload chip is inserted. An elastic catching piece is formed to secure the payload chip to the chip holder while being lowered and raised to the chip hole, and the collector cuts the chip body from the chip holder, and the collected chip body is recycled again. Can be used.

The present invention has an effect that can significantly reduce the manufacturing cost of the pay-as-you-go chip by producing a food waste pay-as-you-go chip with a simple structure.

In addition, by recycling the pay-as-you-go chip, not only can the disposal cost incurred by discarding it as in the related art, but also can reduce the environmental pollution.

In addition, the present invention can periodically recover the recycleable pay-as-you-go chip at a time by the chip storage applied to the pay-as-you-go device used in the integrated collection method.

In addition, the present invention can reduce the cost of installing the chip storage box in the metering container by integrally provided in the chip storage box in the handle of the metering container used for the individual collection method, and the chip storage is in the handle to recycle the collector Possible payoff chips can be easily recovered.

1 is a perspective view showing a state in which a recycled payload chip according to one embodiment of the present invention is integrated;
2 is a perspective view showing a state in which a recycleable payload chip according to one embodiment of the present invention is separated;
3 is an explanatory view showing an operating state in which chip keys overlap and separate from a chip body in a recycleable payload chip according to an embodiment of the present invention.
4 is an overall perspective view showing a food waste pay-as-you-go collecting device of the integrated collection method in which a recycleable pay-as-you-go chip according to the present invention is used.
5 is a perspective view illustrating a chip storage box and a pay-as-you-go chip installed in the food waste metering apparatus shown in FIG. 4.
FIG. 6 is an operational state diagram illustrating a state in which a pay-as-you-go chip is used in the chip storage shown in FIG. 5.
7 is an overall perspective view showing a food waste weighing container of an individual collection method in which a recycleable payload chip according to the present invention is used.
FIG. 8 is a diagram illustrating a state in which a payload chip is inserted into the food waste weighing container illustrated in FIG. 7.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Prior to this, terms or words used in the specification and claims should not be construed as having a conventional or dictionary meaning, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

1 to 2 are perspective views illustrating a state in which a recycleable payload chip according to an embodiment of the present invention is integrated with a payload chip separated from each other.

Referring to FIG. 1, a pay-per-use chip 100 according to the present invention, which is used in a payment proof manner to discharge food waste by using a food waste bin of a predetermined capacity, is composed of a chip body 110 and a chip key 120. .

The chip body 110 is a structure that is formed in a rectangular flat shape as a collector is stored in the discharge information associated with the discharge of food waste is collected at the time of food waste collection.

Chip key 120 is coupled to the chip body 110 is fitted into the chip storage box provided in the food waste container is a structure consisting of a rectangular flat plate shape narrower than the chip body 110 as a whole.

The chip body 110 and the chip key 120 is made of a plastic such as polypropylene (PP) or polyethylene (PE) through an injection molding method.

In the present invention, instead of manufacturing the chip key 120 and the chip body 110 constituting the pay-as-you-go chip 100 integrally, the chip key 120 is fitted to the chip body 110 after being manufactured separately from each other. Although possible, in the fitted state, the chip keys 120 are coupled in such a way that they are not removed unless they are artificially cut.

After cutting the chip key 120 from the chip body 110 after completion of normal use of the pay-as-you-go chip, the cut chip key 120 cannot be reused, but the chip body 110 is manufactured to be reused. Make a point.

In this regard, Fig. 2 is an exploded perspective view showing in detail the configuration in which the payload chip according to the present invention is recyclable.

Referring to FIG. 2, the chip key 120 may be manufactured integrally with the chip key body 121 and the chip key body 121 that are substantially inserted into the chip storage box provided in the food waste container. The fitting consists of a fitting leg 124 to be coupled.

Here, the fitting leg 124 is formed of a pair extending in the same plane side by side facing each other at a predetermined interval from one side of the chip key body 121. At the end of each fitting leg 124, a hook 123 is caught on the hook engaging portion 111a of the chip body 110.

As described above, the pair of fitting legs 124 is made of a plastic material having excellent elasticity, so that one end is fixed to the chip key body 121 and the other end is extended to a certain length to form a free end that is not fixed. When the external force is applied laterally or the external force is released from the opposite side facing the fitting leg 124 is elastically deformable in the direction of narrowing or away from both sides.

On the other hand, the hook 124 is inclined so as to widen in the opposite direction in which the chip key 120 is inserted from the chip body 110 on the opposite side of the surface facing the fitting leg 124 at the end of the fitting leg 124. While having a photographic inclined surface 123a, the inclined surface 123a has a wedge shape formed of a locking surface 123b perpendicular to the fitting leg 124 to which it belongs.

In addition, the chip key body 121 is provided with a fitting hole 122 that is caught by the elastic locking piece provided in the chip holder so that the chip key 120 can be locked to the chip holder of the food waste container. Here, the detailed description of the structure in which the chip key 120 is inserted into the chip storage box of the food waste container by the fitting hole 122 will be described later.

Here, although one fitting hole 122 may be formed, it is preferable that a plurality of fitting holes 122 are formed in preparation for the case where a plurality of elastic locking pieces are formed in the chip storage box. In the case where a plurality of fitting holes 122 are formed in this manner, the loss of material for manufacturing the chip key can be reduced.

Next, the chip body 110 is composed of a front chip body (110a) and a rear chip body (110b) that is divided into each other in the front and rear, while having a shape and structure symmetrical to each other in a rectangular plate as a whole. The front and rear chip bodies 110a and 110b are coupled to each other by a method such as ultrasonic thermal fusion to the edge to be coupled.

In one side of the chip key 120 is coupled to the front and rear chip body (110a) (110b) is fitted with a fitting hole 111 to which the fitting leg 124 of the chip key 120 is formed, the fitting hole ( At the end of the 111 is a triangular cross-sectional shape so that each hook 123 can be inserted and falling out in the opposite direction is inserted. Hook engaging portion 111a is formed.

In other words, the fitting hole 111 is formed at one side of the chip body 110 to open the inlet 111b at which the insertion of the chip key 120 is started, and from the inlet 111b of the chip body 110. It extends in a straight line while having a predetermined width therein, and includes a receiving portion 111c for accommodating a pair of fitting legs 124 and extends vertically up and down at both ends of the receiving portion 111c, respectively. At the ends of the stepped surfaces 111a-a having a width wider than the width of the accommodating portion 111c, each is inclined toward the center of the fitting hole 111 and is formed as a hook catching portion 111a having a triangular cross-sectional shape as a whole. .

Therefore, the pair of fitting legs 124 of the chip key 120 is slidably inserted into the fitting hole 111 through the inlet 111b and the receiving portion 111c of the fitting hole 110, and the insertion is completed. When the engaging surface 123b of the hook 123 formed at the end of each fitting leg 124 is prevented from being caught in the opposite direction while being caught by each step 111a-a of the hook engaging portion 111a.

Meanwhile, the chip key 120 coupled to the chip body 110 is separated from the chip body 110 only when a pair of fitting legs 124 inserted into the fitting holes 111 of the chip body 110 are cut. Can be.

In addition, the inside of the chip body 110 is formed with a payment certificate installation unit 112 is installed a payment certificate 130 is stored discharge information for food waste. The payment proof installation unit 112 is provided by a space formed by coupling with each other through the grooves formed on the inner surface of the front and rear chip body (110a) (110b) formed in various shapes such as square, triangle, circle, etc. Can be.

The payment certificate 130 stores a production date, a serial number, an issuer office, a food waste discharge capacity, and the like, the RFID tag method in which the information is input or the two-dimensional bar code method in which the information is printed, or the information is directly expressed in letters. Any of the printed schemes can be used. Hereinafter, the payment tag 130 of the RFID tag method will be described.

Therefore, the collector collects the food waste after confirming that it is a normal food waste processing fee payment certificate by accessing the RFID reader (not shown) to the RFID tag type payment certificate 130 to recognize the discharge information stored in the payment certificate 130. .

At this time, the RFID reader automatically identifies the collection information, the collection date, the collection date, the collection time, the forgery status, and other regions issued, in addition to the emission information recognized from the RFID tag type payment certificate 130, the collection status including all of them. Information can be generated.

On the other hand, both side surfaces of the chip body 110 is formed with guide protrusions 113 which are slid to the rail groove provided in the chip storage box to be easily inserted into the chip storage box provided in the food waste container. Here, a detailed description of the structure in which the chip body 110 by the guide protrusion 113 is fitted into the chip storage box will be described later.

Hereinafter, the state of use of the recycleable payload chip having the above structure will be described with reference to the drawings.

3 is an explanatory view showing an operating state in which chip keys overlap and separate from a chip body in a recycleable payload chip according to an embodiment of the present invention. Here, FIG. 3 (a) illustrates a state in which the chip key 120 is coupled to the chip body 110, and FIG. 3 b illustrates a state in which the chip key 120 is coupled to the chip body 110. 3 (c) is a view showing a state in which the chip key 120 is cut from the chip body 110 to collect the pay-as-you-go chip.

Referring to FIG. 3, in joining the chip key 120 and the chip body 110, which are separately manufactured by injection molding or the like, the fitting of the chip key 120 as shown in FIG. 124 is inserted into the fitting hole 111 formed in the chip body 110.

At this time, each hook 123 formed at the end of the pair of fitting legs 124 enters the fitting hole 111 while the inclined surface 123a of the hook 123 is caught by the side of the fitting hole 111 The fitting legs 124 are elastically contracted and deformed in the direction in which they enter each other.

Thereafter, as shown in FIG. 3B, when the hook 123 completely reaches the hook catching portion 111a, the hooks 123 are inserted to be engaged with the hook catching portion 111a, thereby The pair of legs 124 contracted and deformed to be collected together are elastically expanded and restored to their original state.

At this time, the engaging surface 123b of the hook 123 is prevented from being caught in the opposite direction while being caught by the stepped portions 111a-a of the hook engaging portion 111a. This completes the coupling of the chip key 120 to the chip body 110 to form a complete structure of a payload chip that can be used normally.

The food waste ejector purchases the pay-as-you-go chip 100 coupled to the chip body 110 for a fee and discharges the food waste after combining the chip storage box installed in the food waste container.

At this time, the food waste collection method using the pay-as-you-go chip can be used as a key payment method for operating the food waste amount collecting device discharged from the apartment house to the integrated storage container (integrated collection method) (FIG. 4). In addition, it is also possible to directly combine with the food waste amount container used for each household in a single house (individual collection method) (see Fig. 7).

  Whether the integrated collection method or the individual collection method, the pay-as-you-go chip 100 should be in a state in which the chip key 120 is cut from the chip body 110, thereby completing normal use. Here, in the integrated collection method, the user cuts the chip key 120 from the chip body 110, and in the individual collection method, the collector cuts the chip key 120 from the chip body 110.

3 (c) shows a state in which the chip key 120 is cut from the chip body 110.

As described above, in the separate collection method, whether the integrated collection method or the pay-as-you-go chip 100, the chip key 120 should be cut from the chip body 110 upon completion of normal use. This cutting is a pair of legs 124 chip key body 121 when the chip key 120 is applied to the chip key 120 in a state in which the chip key 120 is coupled so as not to fall into the chip body 110 in the lateral direction. Cutting is made at the connection of.

As a result, the pair of fitting legs 124 are separated from each other while the restraining force is released from the chip key body 121 which fixes them together. At this time, since the total size of the pair of fitting legs 124 separated separately is smaller than the total size of the internal space of the fitting hole 111, the engaging surface 123b of the hook 123 formed at the end of the fitting leg 124 ) Can be easily pulled out of the fitting hole 111 while the latch is released on the stepped surfaces 111a-a of the hook engaging portion 111a.

Thus, in the present invention, when the pay-as-you-go chip is to be used in the state in which the pay-as-you-go chip is to be cut (broken), only the chip key is broken and the chip body is not broken at all, so that the chip body can be recycled and used again.

 Figure 4 is a view for explaining the use state used as a key (key) payment method for operating the food waste metering device for discharging the recycleable pay-as-you-go chip according to the present invention from the apartment house to the integrated storage bin.

As shown in FIG. 4, the food waste metering device 200 used in the common house is a front surface of the metering chip 200 in a state where the user places the individual metering container 300 inside the collecting device body 210. Only when inserted into the chip main box 220, the user pressurizes the scaffold 230 and puts it in the metering container 400 so that the food waste can be thrown into the integrated storage container provided therein, and then the payoff chip inserted into the chip storage box 220. It is configured so that the metering container 400 can be withdrawn from the collection device main body 100 only by cutting the 100.

At this time, the chip meter 120 and the chip body 110 cut into the chip key 120 in the inserted state in the chip storage box 220, both the chip key 120 and the chip body 110, the food waste amount of collecting device 200 ) So that the collector can collect them all at once.

To this end, as shown in Figure 5, the chip storage box 220 has a block structure in the front and the rear is an open structure in which the front, the back and the side has an open shape having approximately 'c' shape. Here, the chip body 110 of the pay-as-you-go chip 100 cut and pressed at the same time by pressing and cutting the used pay-as-you-go chip 100 by the chip discharge hole 221 which is the front and back spaces that is the inside of the collecting device 200 Can fall down.

In addition, the chip inlet 222, which is a space perforated laterally at the rear side of the chip holder 220, is an inlet through which the payload chip 100 may be inserted into the chip holder 220. On the upper and lower surfaces of the penetration inlet 222 side, a rail groove 223 is formed in which the guide protrusion 113 of the needle body 110 is slidably coupled to facilitate the fitting of the chip body 110.

At this time, the rail groove 223 is formed only in a portion of the chip inlet 222. This is because when the rail groove 223 is formed over the entire section of the chip discharge hole 221 from the chip inlet 222, when the needle body 110 is cut from the chip key 120 after completion of the use of the pay-as-you-go chip 100. This is because the slide protrusion 113 and the rail groove 223 of the needle body 110 are fitted to each other, so that the cutting between the chip key 120 and the needle body 110 is not easily performed.

Hereinafter, the state in which the recycleable pay-as-you-go chip is used in the chip storage of the multi-unit food waste pay-as-you-go device will be briefly described.

In FIG. 6, (a) is the state just before the payload chip 100 is inserted into the chip holder 220 (the state before use), and (b) is the payload chip 100 completely inserted into the chip holder 220. The state (in use state) (c) is a state (the use completion state) in which the payload chip 100 is cut | disconnected.

 In the state where the pay-as-you-go chip 100 is completely inserted into the chip storage box 220, that is, the food waste can be discarded through the food waste collection device, the fitting hole 122 of the pay-as-you-go chip 100 is formed in the chip storage box 220. It is caught by the elastic locking piece 225 provided in the chip key insertion hole 224 is fixed.

Then, in the completion state of use, the metering container 300 is locked from the metering device 200, but the metering container 300 is cut off from the metering device 200 only when the metering chip 100 inserted in the chip storage box 220 is cut. You can pull it out.

As such, when the user presses while applying a constant force by hand to the chip body 110 exposed forward by the chip discharge hole 221, the needle body 100 is cut from the chip key. The chip body 110 is dropped through the chip discharge hole 158 to the bottom surface of the main body 210, the cut chip key 211 fitted in the chip insertion hole 224 of the chip holder 220 is the next user When the new pay-as-you-go chips are put in, they are pushed out of the chip insertion hole 224 and fall to the bottom surface of the collecting device main body 210.

     This operation is repeated, the chip body and chip keys cut from a plurality of pay-as-you-go chips are stacked on the bottom surface of the collecting device body 210 in a cut state, and when accumulated to some extent, the manager pays the pay-as-you-go chip collection door shown in FIG. Open 240 to collect them. Of the collected chip body and chip key, the chip key is discarded and the chip body is recycled and used again.

 7 and 8 are views for explaining the use state of using the recycleable pay-as-you-go chip according to the present invention in combination with the pay-per-container used individually in each generation of single-family homes.

As shown in FIG. 7 and FIG. 8, the chip storage box 320 to which the payload chip 100 according to the present invention is coupled is integrally formed on the handle 310 side of the payload container 300.

To this end, the upper end of the handle 310 to which the handle 310 and the metering container 300 are connected is drilled in a straight line so that the chip inserting hole 321 into which the metering chip 100 is inserted is vertically penetrated, and the chip inserting hole 321 of the On one side, while the chip key 120 is inserted, the insertion hole of the chip key 120 is lowered and raised in the direction perpendicular to the direction in which the payload chip 100 is inserted while being pressed or released by the chip key 120. While being caught by 122, an elastic catching piece 322 for fixing the payload chip 100 to the chip holder 320 is formed.

The pay-as-you-go chip 100, which is inserted into the chip holder 320 by the elastic catching piece 322, cannot be removed from the chip holder 320 in the uncut state, even if the meter container 300 is placed at the collection site. Theft of the Lange chips 100 can be prevented.

In addition, the collector applies a predetermined force to the chip body 110 of the payload chip 10 inserted into the chip storage box 320 of the payload container 300 to cut it from the chip key 120 and recover it.

In this case, when the RFID tag is embedded in the chip body 110, the collector may recognize the discharge information stored in the RFID tag by accessing the RFID reader to the RFID tag and confirm that the food waste disposal fee is required. And the collected chip body is not damaged at all as described above will be reused again.

 On the other hand, the cut chip key 211 fitted into the chip insertion hole 224 of the metering container 300 is pushed down by the new metering chip when it is inserted into the chip insertion hole 321 is discharged.

100: pay-as-you-go chip 110: chip body
111: fitting hole 111a: hook hook
111b: Entrance 111c: Receiving portion 111a-a: Step surface 112: Payment certificate installation portion
120: chip key 121: chip key body
122: fitting hole 123: hook
123a: sloped surface 123b: locking surface
124: fitting foot 130: payment certificate
200: food waste amount collection device 210: the device body
220, 320: chip storage box 221: chip discharge hole
222: chip slot 223: rail groove
224, 321: chip key insertion hole 225,322: elastic locking piece
300: meter container 310: handle

Claims (8)

As a pay-as-you-go chip 100 which is inserted into the chip storage box provided in the food waste container to process the cost according to the capacity of discarding food waste,
The pay-as-you-go chip 100 is integrally formed by combining the chip key 120 and the chip body 110 which are manufactured separately from each other,
The chip key 120 is a chip key body 121 directly inserted into the chip storage box of the food waste container and the portion coupled to the chip body 110 while facing each other from the side of the chip key body 121 Is extended so that the elastic movement to both sides is possible and the end is composed of a pair of fitting legs 124, each formed with a hook 123,
The chip body 110 is collected and separated from the chip key 120 at the time of food waste collection, and the hook 123 is inserted at the end while the pair of fitting legs 124 are fitted therein. Insertion port 111 formed with a hook engaging portion 111a having a triangular cross-sectional shape is formed on one side to prevent falling out in the opposite direction,
When the food waste is collected, when a predetermined external force is applied to the payload chip 100 inserted into the chip storage box provided in the food waste container, the pair of fitting legs 124 fitted to the chip body 110 are the chip key 120. Recyclable pay-as-you-go chip, characterized in that the chip body 110 is collected separately from the chip key 120 while being cut.
According to claim 1, The chip body 120 is a recycleable pay-as-you-go chip, characterized in that the payment certificate installation unit 112 is provided with a payment certificate 130, the discharge information is input or printed on the food waste.
The method of claim 2, wherein the payment certificate 130 is a recycled pay-as-you-go chip, characterized in that the RFID tag or a paper on which the two-dimensional barcode is printed or the character is printed paper.
The method according to claim 1, wherein the chip key 120 is characterized in that the insertion hole 122 is formed in the chip key body 121 is caught in the elastic locking pieces provided in the chip holder so that the chip holder can be locked. Recyclable pay-as-you-go chip.
Recycling, characterized in that formed on both sides of the chip body 110, guide protrusions 113 that are slid to the rail groove provided in the chip storage box to be easily inserted into the chip storage box provided in the food waste container. Pay as you go chip.
The recycleable payload chip according to claim 1, wherein the chip key (120) and the chip body (110) are made of a transparent plastic material.
Chip insertion storage box 220 is installed on the front of the case of the food waste amount collection device 200 for collecting food waste in an integrated collection method, the payload chip including all of the configuration of any one of claims 1 to 6 is inserted (220) )to,
The chip insertion storage box 220 is a block in which a chip key insertion hole 224 into which the chip key 120 of the pay-as-you-go chip 100 is inserted is formed. The chip body of the pay-as-you-go chip 100 cut into the chip discharge hole 221 is introduced into the chip inlet 222 which is an open structure in the form of a space that is a side exploded space into the chip inlet 222 A chip insertion storage container into which a recycleable pay-as-you-go chip is inserted, characterized in that 110 is discharged through the chip discharge hole 221 and collected into the pay-as-you-go device 200.

Chips are integrally formed on the handle 310 side of the food waste metering container 300 for collecting food waste in an individual collection manner, and the payload chip including all of the configurations of claims 1 to 6 is inserted. Insertion box 320,
The chip insertion storage box 320 is a chip insertion hole 321 which is vertically drilled so as to be vertically penetrated so as to be inserted into the upper portion of the handle 310, the chip insertion hole 321, the chip inside While the key 120 is inserted, the insertion hole of the chip key 120 is lowered and raised in the direction perpendicular to the direction in which the payload chip 100 is inserted while being pressed or released from the chip key 120. 122) A chip insert storage container into which a recycleable payload chip is inserted, characterized in that an elastic catching piece 322 is formed to fix the payload chip 100 to the chip holder 320.

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