TW201331105A - Convenient resource recycling system - Google Patents

Abstract

A convenient resource recycling system comprises an electronic scale, an identification unit, and a central control unit. The electronic scale is used for weighing in order to obtain the weight of a recycled article. The identification unit comprises a certificate associated with a specific user, a sensor installed in a recycling station for identifying the certificate, and a bus module in communication with the sensor and the electronic scale. The central control unit retrieves data of the user according to the certificate and calculates the value of the recycled article according to the weight of the recycled article that is received. Accordingly, the present invention may automatically integrate transaction information for different users, thereby simplifying the recycling process and greatly improving the efficiency of recycling.

Description

Resource recovery convenience system

The invention relates to a resource recovery, in particular to a resource recovery convenience system.

The traditional resource recycling station mainly collects the recovered materials by the recycling personnel and transports them to the recycling station for weighing. The recycling staff records the type and weight of the recovered materials by manual recording, and then calculates the recovery price. Pay to recyclers.

In the above-mentioned recycling operations, it is necessary to rely on the staff to record the recycling type and weight of each type of recycled materials one by one, and to check the recycling unit price. If the recycling station infiltrates into a large number of recycling personnel in a short period of time, it is necessary to arrange a majority of staff members, or The queuing method is used to process the recycling operations of each recycling personnel one by one, which not only consumes time and manpower, but also often causes inaccurate information due to data collection and human negligence, poor recycling efficiency, insufficient resource circulation, etc. Missing.

Taking the case of the Republic of China Patent No. M396815 as an example, the barcode scanner is used to scan and classify the recycled materials that have been pasted with barcodes, and then the stored value of the rewards is recovered by a radio frequency identification device (RFID).

However, the above-mentioned recovery method, although it is possible to automatically collect the value of the recovery bonus for the recovered product, it is necessary to paste the recycled product in advance in order to achieve the purpose of identification and storage, and therefore, it takes a lot of time to use it. Manpower does the process of sticking barcodes, and it can not solve the large amount of influx and pending recycling operations in a short period of time. It can only be applied to special types of recycled materials, and there are still some lack of rapid and convenient recycling efficiency.

Accordingly, it is an object of the present invention to provide a resource recovery convenience system that can simplify the recycling process and greatly improve the recycling efficiency.

Therefore, the resource recovery convenience system of the present invention is disposed in a recycling station and includes: at least one electronic scale, an identification unit, and a central control unit. The electronic scale is used for weighing to obtain the weight of the recyclate. The identification unit has a voucher attached to a single user, a sensor disposed in the recycling station for identifying the voucher, and a bus module for communicating with the sensor and the electronic scale. The central control unit acquires user data according to the foregoing vouchers, and calculates the value of the reclaimed materials according to the weight of the collected recyclables.

The invention has the beneficial effects that the invention can combine the electronic scale and the identification unit to automatically integrate transaction information for different users, thereby simplifying the recycling process and greatly improving the recycling efficiency.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

Referring to Figures 1, 2, and 3, a preferred embodiment of the resource recovery facility of the present invention is primarily disposed within a recycle bin 1 for transaction with a carrier 2 attached to a subscriber and carrying recyclables. The carrier 2 is a standard container or bag made by the recycling station 1 in the preferred embodiment. The resource recycling convenience system comprises an electronic scale 3, an identification unit 4, an abnormality eliminating unit 5, and a central control unit 6.

The electronic scale 3 is disposed in the recycling station 1.

The identification unit 4 has an array certificate 41, a sensor 42 disposed in the recycling station for identifying the certificate 41, and a bus module 43 communicating with the sensor 42 and the electronic scale 3. Each set of documents 41 has two voucher 41, which are respectively attached to a single user, and are combined with a carrier 2 attached to the same user. The voucher 41 can be a radio frequency tag (RFID tag) corresponding to the user's user data. Or a bar code. The sensor 42 corresponds to the aforementioned radio frequency tag as a radio frequency reader (RFID Reader), or corresponds to the aforementioned bar code as a scanner.

The abnormality removing unit 5 communicates with the current collecting module 43 and has an image capturing module 51 for capturing the electronic scale 3 and the image of the recovered object, and a warning module 52. The warning module 52 can emit a warning message such as a sound or a bright light.

The central control unit 6 has a communication module 61 communicating with the bus module 43 , a calculation module 62 for calculating and accumulating the value of the reclaimed material according to the weight of the reclaimed object, an output module 63 for outputting a document, and a record. A database of user data, weight, and value of recyclables 64. The output module 63 has a display 631 for displaying the document, and a printer 632 for printing the document. The calculation module 62 is pre-set with a preset value D not less than the total weight of the carrier 2 and the maximum load, and further converts the exchangeables according to the value of the foregoing reclaimed materials, and the exchanged materials may be money, One of the gifts. The database 64 stores the user profile corresponding to the user based on the aforementioned barcode 41.

When the user enters the recycling station 1, the carrier 2 is only placed on the electronic scale 3 together with the recyclables. At this time, the sensor 42 automatically senses the voucher 41 on the carrier 2, or directly by the user. The voucher 41 passes the sensing range of the sensor 42 and transmits the sensing signal to the central control unit 6 through the bus module 43. Thereby, the computing module 62 acquires the user profile received by the communication module 61, or calls the user profile corresponding to the voucher 41 by the database 64 according to the sensing signal.

At the same time, the electronic scale 3 performs a weighing operation, and the total weight of the carrier 2 together with the recovered product is output through the collecting module 43 , whereby the computing module 62 can receive the total weight through the communication module 61. According to the established weight of the carrier 2, the weight of the recovered product is calculated, and the value of the recovered product is calculated according to the weight of the recovered product. In the preferred embodiment, the value of the recovered product is represented by a bonus point.

Finally, the computing module 62 displays a document corresponding to the user data and the value of the recycled product through the display 631, so that the staff of the recycling station 1 monitors the recycling process in the recycling station 1 through the display 631, and transmits the printing through the display 631. The watch 632 prints a document 6 containing the weight of the reclaimed material, the user's data, and the value of the recyclables (ie, the bonus points).

It is worth mentioning that the calculation module 62 can further convert the equivalent exchanges according to the current value or the value of the reclaimed materials, and display them on the output module 63, and the foregoing exchanges can be money. And one of the gifts, whereby the user can obtain the value of the aforementioned reclaimed item or the value of the recyclable value after the delivery of the recyclable material or the user directly passes the sensing range of the sensor 42 by the voucher 41 in the future. , exchange money or gifts (such as laundry detergent, salad oil, etc., credits, lottery, n times bonus points, tokens).

In addition, the computing module 62 controls the image capturing module 51 to capture the image when the weight is collected, and receives the image from the weighing mode when the returned weight of the electronic scale 3 is greater than the preset value D. After the image transmitted by the group 43 is controlled, the warning module 52 is controlled to issue a warning message. By this, it is possible to prevent the external force (such as the user's foot) other than the recyclable material from being involved in the weighing work when the weighing is performed, and affecting the accuracy and impartiality of the weighing.

The calculation module 62 can also control the warning module 52 to send a warning message when the communication module 61 interrupts the signal from the electronic scale 3, the identification unit 4, or the abnormality elimination unit 5.

According to the above description, the resource recycling convenience system of the present invention has the following advantages and effects:

1. The invention can simplify the recycling process by using the identification certificate 41 and the data transmission technology combined with the data integration mode of the electronic scale 3, not only can reduce the number of staff, but also can avoid the error rate of human calculation.

2. Since the present invention can automatically integrate transaction information for different users, and one central control unit 6 can simultaneously transmit weight, user data and the like for several electronic scales 3, and calculate the recovery value, the present invention can simultaneously perform multiple items. Trading, greatly improving recycling efficiency.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

1. . . Recycle bin

2. . . Carrier

3. . . Electronic scale

4. . . Identification unit

41. . . certificate

42. . . Sensor

43. . . Confluence module

5. . . Abnormal exclusion unit

51. . . Image capture module

52. . . Warning module

6. . . Central control unit

61. . . Communication module

62. . . Computing module

63. . . Output module

631. . . monitor

632. . . Printer

64. . . database

1 is a schematic view showing a preferred embodiment of a resource recovery convenience system of the present invention;

Figure 2 is a block diagram of the preferred embodiment; and

Fig. 3 is a schematic view showing an abnormality in the preferred embodiment.

1. . . Recycle bin

2. . . Carrier

3. . . Electronic scale

41. . . certificate

42. . . Sensor

51. . . Image capture module

52. . . Warning module

6. . . Central control unit

631. . . monitor

632. . . Printer

Claims (11)

A resource recycling convenience system is disposed in a recycling station, the resource recycling convenience system comprises: at least one electronic scale for weighing and obtaining the weight of the recovered object; and an identification unit having a certificate attached to the single user and being disposed at a sensor in the recycling station for identifying the certificate, and a bus module for communicating with the sensor and the electronic scale; and a central control unit for acquiring user data according to the foregoing voucher, and according to the received Recover the weight and calculate the value of the recyclate. The resource recycling facility according to item 1 of the patent application scope further includes a carrier that incorporates the certificate and accommodates the recycled matter. According to the resource recycling convenience system of claim 2, wherein the voucher has an array, each group of voucher has two voucher respectively, respectively attached to a single user, and combined with a carrier attached to the same user. According to the resource recycling convenience system described in claim 1 or 3, wherein the voucher is an RFID tag, and the user data is written corresponding to the user, and the sensor corresponds to the radio frequency tag. It is a radio frequency reader (RFID Reader). According to the resource recycling facility of claim 1 or 3, wherein the voucher is a bar code, and the central control unit stores the user data corresponding to the user according to the bar code. The detector corresponds to the aforementioned barcode and is a scanner. According to the resource recycling convenience system described in claim 2, an abnormality eliminating unit is further included, and the abnormality eliminating unit communicates with the collecting module, and has an image capturing mode for capturing the electronic scale and the recovered object image. a set, and a warning module, and the central control unit is pre-set with a preset value not less than the total weight of the carrier and the maximum load. When the weight of the recycled material returned by the electronic scale is greater than the preset value, the The central control unit controls the image capturing module to capture the image when the weighing is performed, and receives the image transmitted by the collecting module, and then controls the warning module to issue a warning message. The resource recovery convenience system of claim 1, wherein the bus module communicates with the central control unit via a wireless communication technology. The resource recovery convenience system according to claim 1, wherein the central control unit has a communication module communicating with the flow module, and a calculation module for calculating the weight of the recovered product and accumulating the value of the recovered product. A database for recording user data, the weight of the recovered product, the value of the recovered product, and an output module for outputting a document showing the user data, the weight of the recovered product, and the value of the recovered product. The resource recycling convenience system of claim 8, wherein the output module is at least one of a display and a printer. The resource recovery facility according to claim 1, wherein the central control unit further converts the exchangeables according to the value of the recycled product. The resource recycling facility according to claim 10, wherein the exchange product may be one of money and a gift.