BR102012009677A2 - selective collection system for recycling incoming materials with a monitor - Google Patents

Abstract

SELECTIVE COLLECTION SYSTEM FOR RECYCLING INPUT MATERIALS. A selective collection system for recyclable containers comprising a housing part, an inlet device, a material identification device, a sorting guide device, a crushing device, a compression device, a collection part and a control device; the internal component casing of the selective collection system; the input device is in the upper portion of a housing portion and receives an input material placed horizontally on its side; The material identifier receives the input material from the input device and uses a pair of load cells and a metal sensing sensor to transmit a signal to the control device, which categorizes the input material to one of PET, a aluminum can, or other signal-based material; the types of device and pathway guide classification of incoming material received from the material identifier accordingly; the milling device receives and grinds incoming material received from the sorting guide device if the input material is identified as a PET bottle by the material identification device; the compression device receives and compresses input material received from the screening guide device if the input material is identified as an aluminum can; then the chopped or compressed input material is deposited within the collection part, which includes a PET and an aluminum can collection compartment; other materials are deposited directly into the other materials collection bin, which is also included in the collection part; if the positions fill up, they can be removed and emptied; The control device controls the general operation of the selective collection system and comprises a display for displaying puplicity, messages and / or advertisements.

Description

I / 22 "SELECTIVE COLLECTION SYSTEM FOR RECYCLING INPUT MATERIALS WITH A MONITOR"

APPLICATION FIELD

The claimed invention relates to an input material recycling selective collection system that transports and performs crushing and compacting on the side-lying input materials, distinguishes the input material, classifies and groups the input materials based on their content. More particularly, the claimed invention increases storage space by decreasing installation length (vertical length) of each component to provide more vertical space for longer collection boxes, selectively classifying input materials into three categories (1) aluminum cans. , (2) plastic (polyethylene terephthalate materials (PIT)) and (3) glass bottles, steel cans and foreign substances and shortens the crushing time of PET bottle input materials, thereby increasing the efficiency of grinding over the conventional separate press type storage system.

TECHNICAL BACKGROUNDS

Typically, the materials used including bottles, cans or PET bottles are for a one time use and discarded after use and caused environmental pollution and waste of resources.

Figs. 1 and 2 show a conventional separate storage system press for beverage inlet materials. The separate storage system press for beverage inlet materials consists of a body portion (10) for separating and selectively reducing re-inlet materials, an inlet device (20) installed on the upper side of the part. body (10) for receiving input materials for recycling, a metal sensor (21) installed on the side of the input device (20) to detect metal and non-metallic input materials, a side compression device (30) installed at the bottom of the input device (20) towards the sides of the input materials when input materials are disposed vertically to the input device (20), a sound sensor selector on one side of the compression device (30) to detect the drop of the vertical input materials and to determine whether to press or shred the input materials, a rating portion (40) installed at the bottom of the device. lateral compression device (30) to guide the predetermined input materials to be compressed or shredded as determined by the sound sorting sensor for corresponding box storage, a recycling storage portion (50) installed in the lower part of the sorting part (40) having a milling storage part (51) on one side of the classification part (40) and a milling storage part (52) on the other side of the sorting part (40) and a cutting device (60) installed on top of the shredding storage portion (52) for shredding the incoming compacted materials (40).

Such a separate storage press system for beverage input materials detects whether the input materials are metallic through its metal sensor (21) on one side of the input device (20) when the input materials are inserted into the material. between the input device (20) on top of the body part (10) by the user. When the system detects that the input material is metallic, the system controls the compression side of the device (30) to compress over the input material. That is, since the recycle input materials are inserted upright into the input device (20), the recycle input materials are disposed vertically to the side of the compression device (30). The sound screening sensor detects the drop according to the tone that is generated from the side of the side compression device (30) when recycle input materials are disposed vertically to the input device side of the compression device (20). and determines whether to compress or shred the input material. When the input material is determined to be a metal input material based on the detected tone 5, the system controls the compression side of the device (30) to perform a compression operation. If the input material is determined to be a metalloid and plastic (eg polyethylene terephthalate (PET)) input material, the system controls the compression side of the device (30) to perform the compression operation. If the input material is determined to be a glass vial, the system controls the compression side of the device (30) not performing the compression operation.

With this control, the side compression device (30) performs the compaction operations of metalloid PET cans and bottles. After compressing the recycle input materials by compressing the sides of the vertical input materials, the compression side of the device (30) falls from the compressed input materials into the classification part (40). The sorting part (40) selects the types of input materials, depending on which material changes to non-shredding storage (51) when the input recycling materials that are vertically pressed 20 are metallic proceeds to the storage shredding (52). ) when pressed input materials are nonmetallic PET bottles. The input recycle materials which are vertically compressed fall into the shredding storage box (52) by shredding cutter (60) and are loaded into the shredding storage compartment (52). Non-glass metal inlet materials are discarded and loaded into the non-shred storage compartment 51 without compression, thus grading according to material classification and completing selective compression and selective collection processes. Also, if the items inserted into the input device (20) are determined as foreign substances (eg stone, paper waste, etc.), except glass bottles, PET bottles and metal cans, then the system loads them into non-shredding and storage (51) without compression.

Conventional systems for the materials of

Beverage intake has several issues. First, the conventional press has a vertical size restriction. The conventional press system must be smaller than normal adult height so that the user can insert materials entering the input device to use the system. Since the recycle input materials are inserted vertically through the input device (20) on the upper side of the body part (10) and pressed upright so that both sides of the input materials are pressed by the device. compressing side (30), the installation length (vertical length) of the input device (20) and the lateral compression device (30) must be long and the storage length (vertical length) of the recycling storage part ( 30) is relatively short. Therefore, it would be desirable to have a system that is not retained by such vertical length limitations.

Secondly, the storage space of the

The conventional system is also narrow. As a result, the system operator has to collect incoming recycling materials that are frequently loaded into the recycling storage portion 50. In addition, the sorting part (40) of the conventional press storage system for separating beverage materials is structured to selectively orient either the sorting (40) or non-shredding (SI) portion thereof. Thus, cans, glass bottles and debris are loaded mixed in the shredding storage box (52). Although glass bottles compared to cans have low utilization rate and human resources should be mobilized to classify these hand loaded input mixtures to separate metal cans from glass bottles and debris, thus decreasing the recycling efficiency of these systems. Therefore, it would be desirable to have a system that can collect and classify input materials into three categories, such as cans, PET bottles and glass bottles, without human intervention.

Third, the milling device 60 of the conventional system cannot easily perform the milling operation on the PET container or inlet material due to its low weight, leading to longer milling time and low milling efficiency. Thus, it would be desirable to have a system which readily and easily performs the shredding operation on the PET container or input materials.

BRIEF DESCRIPTION OF THE INVENTION Accordingly, the object of the claimed invention is the solution

of the aforementioned issues affecting conventional storage system.

Another object of the claimed invention is to provide a selective collection system that increases the storage volume by increasing the heights of the collection boxes, shortening the heights of other internal components and installing a forced transport part that carries the materials used. placed horizontally on the sides of the input device, a material identifier that analyzes and sorts input materials, and a classification guide device that selectively separates input material types and guides for appropriate devices or parts of the selective collection system.

A still important object of the claimed invention is to provide a selective collection system that classifies materials that fall into three categories (PET, aluminum cans and other materials). The selective collection system compresses aluminum cans, PET pieces of bottles, without compressing or crushing other materials such as glass bottles, steel cans and debris.

Still another object of the claimed invention is that of

provide a short time selective collection system compared to the conventional storage system.

In accordance with an exemplary embodiment of the claimed invention, the selective collection system comprises a housing portion housing all other internal components of the system, an input device that receives input materials, an identification device for material recognizing input materials, and a sorting guide device that classifies the input routes of a recognized material to the relevant devices of the selective collection system. For example, a PET bottle is carried to the cutting device and an aluminum can is carried to the compression device. Other materials will be sent directly to another material collection box. Compressed aluminum cans are deposited in the aluminum can collection box and crushed PET bottles are deposited in the PET collection box. The control device controls the overall operation of the selective collection system to ensure that input materials are properly sorted, operated (e.g. shredded, compressed, and disposed of untreated) and placed in collection containers.

The separate collection system is easier to maintain than the conventional storage system because it employs longer collection boxes, which leads to more storage space.

The claimed invention is more efficient than the conventional version due to the larger storage space, the increased height of collection containers, the reduced height of other components and the addition of a forced transport part that transports used materials placed horizontally. on its sides from the input device, a material identification device that recognizes input materials and transmits the appropriate signals to a control device, and a classification guide device that classifies input materials into suitable devices. internal.

In addition, the claimed invention improves collection efficiency by input-categorized materials (PET bottles, aluminum cans and other materials).

The claimed invention improves the efficiency of

PET bottle shredding and shredding in less time compared to conventional storage system.

The selective collection system comprises a housing part, an input device, a material identification device, a sorting guide device, a shredding device, a compression device, a collection part and a control device. An input device is situated in the upper portion of a housing portion and receives an input material which is placed horizontally on its side. The material identifier recognizes or identifies an input material and transmits information about the input material and then drops downward, opening a pair of inclined supports in the classification guide device. The material identification device has a metal detection sensor and a load cell pair identifies the input material as one of the following categories: an aluminum can, a PET bottle and other materials.

The input device comprises an input slot at the front of the upper portion of the selective collection system and an automatic sliding door with a sensor within the input slot. The automatic sliding door is operated by a servomotor. A support shaft and one end of a secondary shaft are fixed to each other, preferably welded together and the support shaft that is connected to the wheel around an upper swivel. The upper swivel itself is fixed to the housing part. The other end of the secondary shaft is connected to the sliding door 5 and to a primary shaft, which is connected to a smaller revolving shaft and rotated by the servomotor at the inlet side. Once an input material is detected, the motor and wheel activates the sliding door, the opening of the input slot.

The selective collection system, as mentioned above, has a Sehsor inlet that is installed inside the inlet slot to generate a signal when an input material enters the equipment. The control device drives a servomotor beside the input to open the input slot in response to the sensor signal as it has been transmitted.

The material identification device

comprises a front side plate, a rear side plate, a pair of downwardly inclined supports, a metal sensing detector and a pair of load cells. The brackets are inclined downwardly from the front side plate and to the back side of the plate to ensure that the bottom of the input material received from the back side plate contact input device and to the pair of brackets downward sloping. The sensor, which is mounted on the back side plate, transmits a signal to the control device, which determines whether the input material is a metal based signal. Two load cells, which are installed below the two supports, transmit data 25 from an input material to the control device.

The system comprises a forced transport portion for positioning an input material received from the input device such that the input material is transported from the input device to the material identification device laterally. The forced transport part ensures that the input material makes contact with two brackets and a back side plate. This is necessary because the input material must be within the range of two load cells. In other words, the forced transport part ensures that these sensors can fully detect the input material so that the claimed invention can successfully identify or recognize the input material.

The transport part comprises a drive pulley and a conveyor belt that connects to the drive pulley. The screening guide device is installed below.

of the material identification device to form a grinding side channel, a compression side channel and a falling side channel. One side (which will be referred to as the "shredding side") of the sorting guide device is comprised of a shredding side entry, a diaphragm and a shredding screening space which is close to the diaphragm. The other side (the "compressing side") of the grading device comprises a side compression inlet, a diaphragm and a sorting space. The crushing device is installed in the crushing side channel and the compression device in the compression side channel.

The shredding comprises a shutter and the space

The screening system comprises a shutter that covers the compression side inlet, a compressing side axis into which the shutter is inserted, an energy transfer connection that enables the servomotor to rotate by compressing the screening, which feeds the screening axis to rotate the shutter with a 25 speed limiter to prevent overspeed and damage other nearby parts

The servomotor rotates the shutter to open the shredding side inlet if the material identifier identifies or recognizes the input material as a PET bottle and transmits a corresponding signal to the control device. Once the shutter is opened on the grinding side, the input material falls through the grinding side inlet to be crushed by the grinding device. Simultaneously, the servomotor rotates the shutter button to close the side compression inlet.

The servomotor rotates the shutter to open the side compression inlet when the material identifier recognizes the input material as an aluminum can so that the shutter is opened to receive and distribute the input material from the input device. identification of materials for the compression device. Simultaneously, the servomotor rotates the milling side shutter button to close the milling side inlet if the milling side inlet is open.

The collection part comprises a PET collection compartment 15, placed below the cutter to receive input materials. The collection box for other materials is placed between the PET collection box and the aluminum can collection box, that is, the collection box to receive inputs that were not shredded or compressed by the selective collection system.

The grinding device comprises a

input part cutter and forced entry wings, which are inserted into the forced input shaft. The forced entry wings force the PET bottles into the rotating blades of the cutting device.

The compression device comprises a front press plate with a guide hole, a back press plate, a top down plate with a lower portion fixed between front and back press plates, a middle press plate. installed between front and back press plates, a press shaft that moves in and out of the guide hole, a rotary device and a feed motor compressing device.

The compression device further comprises an exit space formed in the lower portion of the plate from top to bottom and a shutter outlet opening and closing the tablet may exit the space.

The control device controls the general operation of the selective collection system and comprises a processor, a display for displaying advertisements, a communications port and a storage device. Preferably, the visor is mounted on an external surface of the housing portion. The control device may alternatively display advertisements or messages.

The control device is operable to display announcements from an external device through the communications port, or received from an external source through a communication device from the control device through the communications network. The communication port is a USB port. The external device is one of the following: a CD, a DVD, a flash memory, a portable storage device, a laptop> a personal computer, a digital personal assistant, or a smart phone. The communications network is one of the following 20 options: a telecommunications network, a wireless network, a virtual private network, a Wide Area NetWork (WAN), an Internet, or a WiFi network, Intranet.

Several other advantages and features of the invention will become readily apparent from the drawings and formulated claims.

DESCRIPTION OF DRAWINGS

In addition to the present description, in order to gain a better understanding of the features of the present invention, accompanying the accompanying description is a set of drawings in which, by way of example, but not limitation, its operation has been represented:

Figure 1 shows a perspective view of the pre-separated conventional beverage container storage system;

Figure 2 shows the internal structure of the conventional storage system of FIG. 1;

Figure 3 shows an exterior view of a selective recycling container collection system according to an exemplary embodiment of the claimed invention;

Fig. 4 shows an interior perspective view of the selective collection system for recycling containers according to the claimed invention;

Figures S and 6 show perspective views of an inlet device, a forced transport part and a material identification device of the selective collection system according to the claimed invention;

Figure 7 shows a front perspective view of the selective recycling container collection system according to the claimed invention;

Figure 8 shows a left side perspective view of the container recycling selective collection system according to the claimed invention;

Figure 9 shows a rear perspective view of the selective recycling container collection system according to the claimed invention;

Figure 10 shows an operational phase diagram of the selective collection system input device according to the claimed invention; Figure 11 shows diagrams of operational phases of crushing and compressing according to the claimed invention;

Figure 12 shows a perspective view of the compression device of the selective collection system according to the claimed invention;

Figure 13 shows a perspective view of the compression device of the selective collection system according to the claimed invention;

Figure 14 shows an operational phase diagram of the sorting guide of the sorting system for routing the recyclable collection containers identified without shredding or compressing;

Fig. 15 shows an operational phase diagram of the sorting guide for sorting the recyclable containers to be shredded and the shredder of the selective collection system; and

Figure 16 shows an operational phase diagram of the sorting guide for sorting the recyclable containers to be compressed into the compression device of the selective collection system.

DETAILED DESCRIPTION OF THE INVENTION

With reference to the drawings, the present invention relates to "SELECTIVE COLLECTION SYSTEM FOR RECYCLING GIVES MONITOR INPUT MATERIALS".

According to the present invention and as illustrated in

each figure, the selective collection system (1000) comprises a housing part (100), an input device (200), a material identification device (300), a sorting guide device (400), a cutting device (500), a compression device (600), a collecting part (700) and a control device (800). As shown in FIG. 4, the housing of the part (100) includes a front side panel (101) and a turn side panel (102). Although only the front side panel (101) and the rear side panel (102) are shown in FIG. 4 and mentioned herein, the claimed selective collection system (1000) includes other variable form mounting plates for making other internal components.

As shown in Figs. 3 and 4, the input device (200) is preferably installed on the front side of the housing portion (100). As shown in FIG. 10, the inlet device (200) comprises an inlet opening (210), a sliding door (220) covering the inlet opening (210), a support shaft (230), with an end attached to a swivel part. 201 which is fixed to the interior of the housing part 100 and provides a rotational movement to the support shaft 230 and the other end of the support shaft 230 is preferably welded to a secondary shaft (240). The secondary shaft (240) is connected to the sliding door (220) and connected to a primary shaft (250) connected to a smaller revolving (202) mounted on the inner wall of the housing part (100). The input device (200) further comprises an input side servomotor (260) supplying power to the primary shaft (250).

The input device (200) further comprises a sensing sensor input (211) installed outside the input slot (210) to generate a signal rotating the sliding door (220) and opening the input opening (210) , when an input material is detected. Specifically, the control device (800) controls the input side servomotor (260) when the input signal sensing input is received from the input sensing input sensor (211). As a result, the sliding door (220) is turned clockwise (from the front) by activating the input side servomotor (260). Upon insertion of the input material, the control device (800) commands the input device (200) to move the sliding door (220) from its closed position.

The detection sensor input (211) is photosensitive. Sensor input 211 detects recycling bins through a light search.

Material identifier (300) uses its load (340) and metal (330) cells to identify input material received from input device (200) and transmits the appropriate signal to control device (800). ). Two load cells 340 weigh the input material, and the sensing sensor metal 330 checks whether the input material is metal. After the data is recorded by the detection and metal sensor (330, 340), the data is transmitted to the control device (800).

As r shown in Figs. 5 and 6, the material identification device (300) comprises of a front side plate (311), a turn side plate (312) and a pair of downwardly inclined supports (320) to make sure that the input materials in contact with the back side of the plate (312), thereby ensuring that the sensing sensor metal (330), which is attached to the rear side plate (312), can verify that the input material is of metal. The pair of downwardly inclined brackets (320) for opening or closing by rotation between the front plate (311) and the rear side plate (312). Preferably, two load cells (340) are installed at the bottom of the downhill trolleys (320) to measure the weight of the input material on the supports (320) and transmit the measurement to the control device (800).

As shown in Figs. 3, 4 and 8, the collection part (700) includes three collection compartments (710, 720, 730), each of which has one of the following characteristics: aluminum cans, PET bottles (polyethylene terephthalate) and other materials. Any input material is suitably processed to deposit as much as possible into the collection containers (710, 720, 730).

As shown in Figs. 5 and 6, the selective collection system (1000) comprises a forced transport part (350) to ensure that the input materials can reach the metal detection sensor (330) placed on its sides horizontally. Due to the limited size of the inlet slot 210, the inlet material is intended to be inserted generally horizontally and therefore carried to the side. However, because this may not always be the case, a guide rail 355 is provided to ensure that an input material is carried sideways horizontally. The forced transport part (350) is installed between the input device (200) and the material identification device (300). The forced transport part (350) comprises a drive pulley (351) and a pulley (352) installed between the input device (200) and the material identification device (300), a conveyor belt (353) attached to the drive pulley (351) and pulley (352) providing power to the drive pulley (351).

The screening guide device (400) directs the identified discarded materials from the material identification device (300) to a shredding side channel (401), a compressing side channel (402), or a releasing side channel (403). ).

As shown in Figs. 7, 9, 11 and 14-16, the sorting guide device (400) is installed underneath the material identification device (300) to form the milling side channel (401), the compressing side channel (402) and the lateral canal fell (403). Specifically, the milling side channel (401) comprises a milling side diaphragm (410) and a milling side inlet (411). Likewise, the compressing side channel (402) comprises a compressing side diaphragm (420) and a compressing side inlet (421). As shown in Figs. 7, 9 and 11, the sorting guide device (400) further comprises a shredding side (430) which is installed next to the diaphragm side of the milling side (410), and a compressing sorting side space (440), which is installed next to the diaphragm 5 by compressing side (420). The screening shredding side (430) has a screening shredding shaft (431) that traverses the front and rear side panels (101, 102). A milling servomotor (432) supplies power to the milling sorting shaft (431) and is installed over the front panel (101).

As shown in FIG. 11, the milling servomotor (432) has capabilities of rotating the side milling sorting shaft (431), which in turn opens or chargesha a milling shutter (433) which is inserted into the milling sorting axis (431). ).

To prevent excessive rotation when closing the milling shutter (433), the end of the feed side milling connection (436) moves downward along the upper straight portion of the side slot milling (434) to one of the two. lower branches (434).

As shown in FIG. 15, when the material identification device (300) sends a signal to the control device (800) that the input material is to be milled, the control device 20 (800) commands the milling servomotor (432) to turn counterclockwise (from the front) to open the crushing shutter (433). If the compressing shutter (443) is opened, the control device (800) instructs a compressing servomotor (442) to rotate left to close the compressing shutter (443) to ensure that the input material does not go into compression ( 402). Once opened, the milling shutter (433) receives the incoming input material that has fallen from the material identification device (300), and forwards it to the cutting device (500) located in the milling side channel (401). After the input material is transported to the device '18/22

(500), the milling servomotor (432) rotates clockwise and closes the milling shutter (433).

As shown in FIG. 11, the compression servomotor (442) may close or open the lateral compression screening space (440). To prevent the shutter 443 from turning excessively and possibly damaging the other parts and devices of the selective collection system 1000, lateral compression 444 restricts the movement of shutter 443, limiting the movement of a binding compression. Power Transfer Switch (446).

As shown in FIG. 16, when the

material identification (300) sends a signal to the control device (800) that the input material is to be compressed, the control device (800) instructs the servomotor by compressing (442) clockwise wheel (from the front ) to open the compression shutter (443). If the compressing shutter 15 (444) is opened, the compressing servomotor (442) rotates clockwise to close (444) to ensure that the input material will not enter the grinding side channel (401). Once opened, the compressing shutter (443) receives the dropped input material from the material identification device (300), and forwards it to the compression device 20 (600) located in the compressing side channel (402). After the input material is conveyed to the compression device (600), compressing the servomotor (442) rotates counterclockwise and closes the compressing shutter (443).

As shown in FIG. 14, when the material identification device (300) signals to the control device (800) that the input material is neither to be crushed nor compressed, the shutters (433, 443) remain closed (433, 443). The sorting guide device (400) forwards the input material directly to the other material collection tray (730). 19/22

The control device 800 has a data storage unit such as memory, hard disk, database, and the like. The control device 800 may communicate with a network server or the central computer via a communications network. Control device 800 categorizes input materials in the form of plastics (eg PET bottles), metal cans (eg aluminum cans and steel cans), glass bottles and debris based on signals. received from the material identification device (300). The control device (800) controls the sorting guide device (400) to transport categorized input material to the cutting device (500), the compression device (600), or the collection of other materials (730). ).

If the sensing sensor metal (330) recognizes an input material as a nonmetal, it sends a signal to the control device (800) so that the input material is categorized as a nonmetal. If the non-metallic input material is determined to be a PET, the control device (800) opens the grinding side shutter (433) and closes or keeps the compression side shutter closed. If the non-metallic input material is determined to be a glass vial, the control device (800) sends an appropriate signal so that the downward sloping brackets (320) open and the glass bottle is deposited in the glass compartment. collection of other materials (730).

As shown in Figs. 7 and 14-16, the collection part (700) is comprised of three collection boxes (710, 720, 730) and the collection box drawer (740). The boxes are categorized, as mentioned above, for the PET collection bottle (710), aluminum can (720) and the other materials collection box (730). The PET bottle collection compartment (710) is positioned below the cutting device (500), the aluminum collection bin (720) below the compression device (600) and the other materials collection compartment (730) below the sorting guide device (400) and between the side diaphragm crushing and compacting side (410, 420).

As shown in FIG. 15, the shredding device (500) is located in the shredding side channel (401) for shredding PET bottle materials taken from the screening guide device (400) through the shredding side inlet (411). As noted here, the conventional separate press storage system lacks a mechanism that would force a PET bottle to be forced into its cutting device, so it was not uncommon for shredding to take a huge amount of time or even fail. According to an exemplary embodiment of the claimed invention, the shredding device (500) of the selective collection system (1000) comprises a forced entry part shredding device (510) for forcing a PET bottle into the dispensing device. shredding (500) to reduce PET bottle shredding time and ensure successful shredding. The device give shredding forced input part

(510), which is located in the upper section of the cutter (500), holds the PET bottle while the cutter blades (500) crush the PET.

As shown in Figs. 7, 8, 14, 15 and 16, the grinding device (510) comprises a forced input shaft (511) and forced input wings (512) which are inserted into the forced input shaft

(511). The forced input breaker (510) is powered by a motor power grinding device (520), which also feeds the cutting device (500). The forced entry wings (512) forcefully push the

input material to the cutting device (500).

As shown in Figs. 12-14 and 16, the compression device (600) comprises a front pressing plate (610) with a guide hole (611), a turn pressing plate (620) and an upper downward portion of the plate (6). 630) with one tablet can output space (631) 21/22

at its bottom. The turn press plate (620) is attached to the rear side panel (102). The bottom of the upper downward portion of the plate (630) is secured between the front press plate (610) and the turn press plate (620). The shutter 680 is inserted into an axis which is rotated by a servomotor attached to the top down of the plate 630. The shutter 680 opens or closes as the servomotor rotates the shaft. An aluminum can is compressed by means of the press plate (640) which is pushed or pulled by a press shaft (650) to move in and out of a guide hole (611). An engine power compression device (660) feeds the compression device (600) through a press shaft (650) and a rotary device (670). One end of the press shaft (650) is connected with a hinge to the middle press plate (640). The other end of the press shaft (650) is connected with a hinge to one end of a rotary device (670). The other end of the rotary device (670) is connected to a gear coupling (661).

The claimed invention comprises a processor (820), a display (900) for displaying advertisements, a communications port (830) and the storage device (810). The screen is mounted on an outer surface of the housing part (100). The control device (800) may alternatively display advertising, advertisements or display messages on the display (900). The display (900) can be any standard display available in any size, such as a liquid crystal display (LCD), a plasma display LED (LED). The size of the display (900) would be limited by the availability of space on the outer surface of the housing portion (100).

The control device (800) may display advertisements stored in the storage device (810), received from an external device through the communications port (840), or received from an external source through a communications device (830). ) of the control device (800) via the communications network. The communications port (840) can be a USB port. The external device can be one of the following: a CD, a DVD, a flash memory, a portable storage device, a laptop, a personal computer, a personal digital assistant 5, or a smart phone. The communications network can be one of the following: a telecommunications network, a wireless network, a virtual private network, a wide area network (WAN), an Internet, or a Wi-Fi network, intranet.

The control device 800 generates a message 10 on the display 900 comprising at least one of the following: an input material total number received, a total number of PET received, a total number of aluminum cans received, and a amount of credit based on the total number of input materials received from a user.

Although the above explanation about using

If the appropriate invention of the present invention is quite detailed, the range of rights to the invention is not limited in this regard. Various modifications and improved form based on the basic concept of the present invention are also included in the range of rights to the invention.

Claims (19)

1. "SELECTIVE COLLECTION SYSTEM FOR RECYCLING MATERIALS WITH A MONITOR", comprising: a housing part for housing the internal components of the selective collection system; a control device for controlling the general operation of the selective collection system and comprises a processor, a display for displaying advertisements, a communications port and a storage device; an input device installed at the front of the housing portion for receiving an input material; a material identification device for identifying an input material and for transmitting a corresponding material identification signal to the control device, which identifies the input material based on the material identification signal, and a sorting guide device for routing input material received from the material identification device based on the input material identification by the control device to one of the following devices: a cutter for shredding the input material taken from the classification guide device and identified as a polyethylene terephthalate (PET) bottle by the control device; a compression device for compressing input material taken from the rating guide device and identified as an aluminum can by the control device, and a collection part comprising three collection compartments in which crushed, compressed, or input materials Unprocessed material is deposited, respectively, as input material identified as neither a PET bottle nor an aluminum can by the control device is removed from the sorting guide device, without any processing in a collection box storing the input material. input not processed. 2. "SELECTIVE COLLECTION SYSTEM" according to claim 1, the inlet device is characterized in that it consists of an inlet opening, an opening in the upper portion of the housing portion into which the inlet material is inserted; a sliding door to open and close the entrance opening; an upper turn; a support shaft and rotationally connected around the upper swivel; a secondary shaft with a first end attached to the support shaft and a second end connected to the sliding door; a smaller swivel; a mainshaft with a first end connected to the second end of the secondary shaft connected to the sliding door and a second end connected to the revolving lower part, the axis of rotation around the revolving lower primary; an input servomotor for rotating the primary feed shaft, and a sensing input sensor installed inside the input slot and outside the housing portion to transmit a signal to the control device upon detection of a input material, thereby leading the control device to open the sliding door. "SELECTIVE COLLECTION SYSTEM" according to claim 1, characterized in that the material identification device comprises: a front side plate; a back side plate; a pair of two axes rotating between the front side and rear side plates to open the pair of downwardly inclined brackets after the material identifier identifies the input material and transmits the corresponding material identifier signal to the control device , and to close the inclined-down pair when the device is material identification is the input material identification; a metal detect sensor to detect material entering the pair of downwardly inclined supports and transmits a metal detect signal to the control device; two load cells installed below the pair of downwardly inclined supports to weigh the input material over the pair of downward inclined supports and to transmit the given weight to the control device; and a conveying force portion horizontally positioning the incoming material received from the input device and for conveying the input material to the horizontally positioned force to detect the sensor metal; and wherein the forced transport part comprises: a drive pulley, a pulley, a conveyor belt that connects the drive pulley to the motor driven pulley, and a forced transport servomotor to provide power to the drive pulley; and wherein the control device determines whether the input material on the pair of downwardly inclined supports is a metal based metal detection signal. "SELECTIVE COLLECTION SYSTEM" according to claim 1, characterized in that the sorting guide device is installed below the material identification device to classify the input material and includes: a milling diaphragm for placing the cutting device ; a milling side inlet to provide the inlet material identified as the one-pass PET bottle for the milling device; a grinding shutter for opening and closing the grinding side entrance; a screening milling side of the shaft into which the shutter is inserted; a servomotor and grinding power for shutter opening and closing grinding; The "collection system" according to claim 1, characterized in that the collection part comprises a PET bottle collection box for collecting shredded PiT bottles from the cutting device; An aluminum can collection box for collecting compressed aluminum cans from the compression device; a collection box for other materials to collect other materials has fallen through a falling side channel of the sorting guide device, and a collection box drawer for placing the three collection boxes. 6. "SELiTlVAw COLLECTION SYSTEM" according to claim 1, characterized in that the cutting device comprises a forced cut-off part inserts the PET bottle into the cutter, and 4/7 a shredding the feed motor of the cutter. device for supplying power to the cutting device for performing a shredding process and wherein the shredding device forced inlet portion comprises: wings forced inlet for inserting the PET bottle into rotating blades of the shredding device, and an input shaft forced into which the forced entry wings are inserted. "SELECTIVE COLLECTION SYSTEM" according to Claim 1, characterized in that the compression device comprises a front pressing plate with a guide hole; a back press plate; a top-down plate with a lower portion attached to the front and back press plates; a middle press plate installed between front and back press plates to compress the aluminum can; a press axis entering and exiting the guide hole of the front press plate, and having one end thereof connected with a hinge for the middle press plate to push the middle press plate; power motor compressing device to provide power to the compression device to perform a compression process; a rotary device, with one end attached to a hinge for the press shaft and another end attached to the engine compressing the feeder device by means of a gear coupling; a tablet may exit space in the lower portion of the top-down plate through which a aluminum tablet may be released; and a tablet may produce shutter to open and close the tablet may produce space. "Selective collection system" according to claim 1, characterized in that the dial is mounted on an external surface of the housing part. "SELECTIVE COLLECTION SYSTEM" according to claim 1, characterized in that the control device is operable to display advertisements stored on the storage device, received from an external device through the communications port, or received from an external source via a communications device of the control device over the communications network. "SELECTIVE COLLECTION SYSTEM" according to Claim 9, characterized in that the communication port is a USB port and the external device is as follows: a CD, a DVD, a flash memory, a portable storage device. , a laptop, a personal computer, a digital personal assistant, or a smart phone. 11. "SELECTIVE COLLECTION SYSTEM" according to claim 9, characterized in that the communications network is one of the following: a telecommunications network, a wireless network, a virtual private network, a wide area network (WAN), an Internet , or to a Wi-Fi, Intranet network. "Selectable collection system" according to Claim 1, characterized in that the control device controls the display to display advertisements or messages. "SELECTIVE COLLECTION SYSTEM" according to claim 1, characterized in that the material identification device identifies the input material as one of the following: aluminum, PET can, and the other, and wherein the control device generates a message on the display comprising at least one of the following: an input material total number received, a total number of PET received, a total number of aluminum cans received, and the amount of credit based on the total number of input materials received at from a user. 14. "SELECTIVE RECYCLABLE PACKAGING COLLECTION SYSTEM", comprising: a housing part to house the internal components of the separate collection system; a control device for controlling the general operation of the selective collection system and comprises a processor, a display mounted on the outer surface of the housing portion for displaying advertisements or messages, a communications port and a storage device; an input device installed at the front of the housing portion for receiving an input material; a material identification device for identifying an input material and for transmitting a corresponding material identification signal to the control device, which identifies the input material based on the material identification signal, and a sorting guide device for routing input material received from the material identification device based on identification of the input material by the control device to one of the following devices: a cutting device for shredding input material taken from the classification guide device and identified as a polyethylene terephthalate (PET) bottle by the control device; a compression device for compressing input material taken from the rating guide device and identified as an aluminum can by the control device, and a collection part comprising three collection compartments in which crushed, compressed, or input materials untransformed, respectively, the input material identified as being neither a PET bottle nor an aluminum can by the control device is withdrawn from the sorting guide device, without any processing in a collection box storing the input material. input not processed. Selector collection system according to claim 13, characterized in that the dial is mounted on an external surface of the housing part. Selector collection system according to claim 13, characterized in that the control device is operable to display advertisements stored on the storage device, received from an external device through the communications port, or received from a source. through a communications device of the network communications control device. "SELECTIVE COLLECTION SYSTEM" according to Claim 15, characterized in that the communication port is a USB port and the external device is as follows: a CD, a DVD, a flash memory, a portable storage device. , a laptop, a personal computer, a digital personal assistant, or a smart phone. "SELECTIVE COLLECTION SYSTEM" according to Claim 15, characterized in that the communications network is one of the following: a telecommunications network, a wireless network, a virtual private network, a wide area network (WAN), an Internet , or to a Wi-Fi, Intranet network. "SELECTIVE COLLECTION SYSTEM" according to claim 17, characterized in that the material identification device identifies the input material as one of the following: aluminum, PET can and the other, and wherein the control device generates a display message comprising at least one of the following: an input material total number received, a total number of PET received> a total number of aluminum cans received, and the amount of credit based on the total number of input materials received at from a user.