TWI831252B - Double-effect source epidemic prevention device - Google Patents

Abstract

A double-effect source epidemic prevention device includes a main unit, a supply unit and a recovery unit. The main unit includes a casing. The supply unit includes a mask supply module arranged in the casing. The recovery unit includes a mask recovery module arranged in the housing, a mask processing module connected with the mask recovery module, and a nose bridge piece recovery box connected with the mask processing module and a velvet recycling box connected with the mask processing module. The mask processing module is used to separate the nose bridge strips in the mask, put the nose bridge strips into the nose bridge piece recovery box, and also put the mask part from which the nose bridge strips are separated into the fleece recovery box.

Description

Double-effect source epidemic prevention device

The present invention relates to an epidemic prevention device, especially a dual-effect source epidemic prevention device that can supply masks and automatically decompose masks.

With the outbreak of the new coronavirus, a large-scale infectious disease, masks have become an indispensable basic safety protection equipment for human life. At the same time, the number of used discarded masks has also grown alarmingly.

However, in order to enhance the filtration effect of masks, many materials in masks are difficult to decompose in the natural environment. For example, the main material polypropylene (PP), a type of plastic, takes up to 450 years to completely decompose. In addition The attachment of germs and mouth droplets. If discarded masks cannot be effectively recycled, it will be a catastrophe to the human living environment and the ecological environment of the earth. According to statistics, approximately 129 billion masks are used and discarded every month in the world. If the masks are not properly recycled, Recycling and polluting masks will indirectly affect human survival. However, at this stage, the government has not clearly regulated the recycling method of masks, and cannot effectively trace the source, so that these discarded masks continue to affect the ecological environment and human health.

From the above description, we can understand that although masks are widely used due to epidemic prevention, the following problems will occur when using masks:

1. Pollution of the environment: The main material of masks is plastic, which is not easy to decompose in the natural environment. Discarding them at will will cause environmental pollution. At present, the government has not clearly regulated the recycling method of masks. It is easy for people to discard masks at will, resulting in a large amount of waste in the environment. Face mask.

2. Cause infection: Used masks will be stained with saliva and different bacteria or viruses. If they are not handled properly, they will cause bacterial or viral infection. However, general masks are equipped with a nose bridge pressure strip. The nose bridge pressure strip must be separated before disposing of discarded masks. Bacterial or viral infection is prone to occur during the separation process.

3. Unable to replace immediately: In general public places, in order to avoid waste contamination, trash cans are not installed in many places, and automatic vending machines for masks are not common. As a result, people who want to change masks cannot immediately obtain new masks, nor can they Replace used masks.

Therefore, how to establish a network for automatic sales and recycling of masks, and how to prevent the infection of bacteria or viruses, is an urgent goal for relevant technical personnel.

In view of this, the purpose of the present invention is to provide a double-effect source epidemic prevention device.

The double-effect source epidemic prevention device includes a main unit, a supply unit, and a recovery unit.

The main unit includes a housing. The supply unit includes a mask supply module disposed in the housing. The recycling unit includes a mask recycling module installed in the housing, a mask processing module connected to the mask recycling module, a nose bridge strip recycling box connected to the mask processing module, and a mask recycling box. The velvet recycling box connected to the processing module. The mask processing module is used to separate the nose bridge pressure strips in the mask and place the nose bridge pressure strips into the nose bridge pressure strips recycling box. It also puts the remaining part of the mask separated from the nose bridge pressure strips into the velvet recycling box. recycling bin.

Another technical means of the present invention is that the above-mentioned mask processing module has a mask processing platform, and a laser cutting machine provided on the mask processing platform. The laser cutting machine is used to press the upper nose bridge of the mask. parts are cut.

Another technical means of the present invention is that the above-mentioned mask processing module has a mask processing platform and a U-shaped separation knife provided on the mask processing platform. The U-shaped separation knife is used to pierce the nose bridge strip on the mask. Part of it is to separate the nose bridge strip from the mask.

Another technical means of the present invention is that the above-mentioned recycling unit further includes two automatic sealing assemblies respectively provided in the nose bridge strip recycling box and the velvet recycling box.

Another technical means of the present invention is that the above-mentioned mask supply module has a mask collection box and a mask output component disposed in the mask collection box.

Another technical means of the present invention is that the above-mentioned double-effect source epidemic prevention device further includes a control unit. The control unit includes an operating module provided on the housing. The operating module is used to control the supply of the mask. Module and the mask recycling module.

Another technical means of the present invention is that the above-mentioned control unit further includes a mobile communication module information-connected to the operation module, the mobile communication module has an identity login data, and the operation module has an automatic Payment information, and recycling statistics.

Another technical means of the present invention is that the above-mentioned mobile communication module has a service coordinate data. The mobile communication module can be connected to a plurality of operation modules and display the plurality of operation modules through the service coordinate data. The location of the group.

Another technical means of the present invention is that the above-mentioned main unit further includes a first recess provided in the housing, a mask supply port provided in the first recess, and a mask recovery port provided in the first recess. , and a first sterilization component provided on the housing, the first sterilization component is used to eliminate bacteria at the first recess.

Another technical means of the present invention is that the above-mentioned main unit further includes a second recessed portion provided in the housing, and a second sterilization component provided in the second recessed portion.

The beneficial effects of the present invention are that the mask supply module can supply masks to the outside world, the mask recycling module can recycle used masks, and the mask processing module is used to separate the nose bridge strips in the masks, so that the separated nose bridge can be Layering is additionally disposed of.

The relevant patented features and technical content of the present invention will be clearly presented in the following detailed description of the two preferred embodiments with reference to the drawings. Before proceeding to the detailed description, it should be noted that similar components are designated with the same number.

Referring to Figures 1, 2 and 3, a first preferred embodiment of a double-effect source epidemic prevention device of the present invention is shown. The double-effect source epidemic prevention device includes a main unit 3, a supply unit 4, and a recovery unit 5. and a control unit 6.

The main unit 3 includes a casing 31, a first recess 311 provided in the casing 31, a mask supply port 312 provided in the first recess 311, and a mask recycling device provided in the first recess 311. The mouth 313 , a first sterilization component 314 provided in the housing 31 , a second recess 315 provided in the housing 31 , and a second sterilization component 316 provided in the second recess 315 .

In the first preferred embodiment, the first recess 311 is located at the bottom of the second recess 315, the control unit 6 is located on the left side of the second recess 315, and the mask supply port 312 is located above the mask recovery port 313. , the first sterilization component 314 is an ultraviolet irradiation component disposed on the housing 31 and located around the first recess 311. The first sterilization component 314 can emit ultraviolet light to the area of the first recess 311 for sterilization. Bacteria at the first recess 311, the second sterilization component 316 is an automatic sensing alcohol spray component. When an object approaches the second recess 315, the second sterilization component 316 will sense the object and automatically spray alcohol to To disinfect the hands of objects or people, the supply unit 4 is disposed in the housing 31 and is close to the mask supply port 312, and can output the mask 21 from the mask supply port 312. The supply unit 4 is disposed in the housing. 31 and is close to the mask recycling port 313, and the used mask 21 can be recycled from the mask recycling port 313.

Please refer to FIG. 2 , the supply unit 4 includes a mask supply module 41 disposed in the housing 31 , the mask supply module 41 has a mask container 411 , and is disposed in the mask container 411 The mask output component 412 is a mask output component 412. The internal space of the mask collection box 411 can be stacked with a plurality of masks 21. The mask output component 412 is a conveying component that is disposed at the bottom of the mask collection box 411 and can store the mask collection box. The masks 21 in 411 are output from the mask supply port 312 one by one.

Please refer to Figure 3. The recycling unit 5 includes a mask recycling module 51 disposed in the housing 31, a mask processing module 52 connected to the mask recycling module 51, and a mask processing module 52 connected to the mask recycling module 51. The connected nose bridge pressure strip recycling box 53, and a velvet recycling box 54 connected to the mask processing module 52, the mask processing module 52 is used to separate the nose bridge pressure strip 211 in the mask 21, and place the nose bridge pressure strip 211 into In the nose bridge strip recycling box 53, the remaining part 212 of the mask 21 separated from the nose bridge strip 211 is put into the velvet recycling box 54.

In the first preferred embodiment, the mask recycling module 51 is a roller device that can transport the masks 21 put into the mask recycling port 313 to the mask processing module 52. The mask processing module 52 has a mask processing platform. 521, and a laser cutting machine 522 arranged next to the mask processing platform 521, wherein the laser cutting machine 522 will be equipped with a laser baffle 523, and the mask processing platform 521 can fix the mask 21 and use it. The laser cutting machine 522 cuts the area of the nose bridge pressure strip 211 on the mask 21, and the mask processing platform 521 will throw the cut nose bridge pressure strip 211 into the nose bridge pressure strip recycling box 53, and the mask processing platform 521 will then put the mask into the nose bridge pressure strip 211. The remaining part 212 of 21 is thrown into the velvet recycling box 54 .

Please refer to Figure 4. The nose bridge stripping recycling box 53 can be provided with an accommodating bag 56, and the velvet recycling box 54 can also be provided with an accommodating bag 56. The recycling unit 5 further includes two respectively disposed in the nose bridge stripping recycling box. 53, and the automatic sealing component 55 of the velvet recycling box 54. The main purpose of the two automatic sealing components 55 is to seal the accommodation bag 56 provided in the nose bridge strip recycling box 53 and the velvet recycling box 54. In order to prevent the bacteria or viruses in the container bag 56 from overflowing, in actual implementation, the automatic sealing assembly 55 can be additionally provided with an ultraviolet irradiation assembly or an alcohol spray assembly to seal the surface of the container bag 56 Sterilization, or setting up an additional extrusion component to compress the volume of the waste before sealing it, should not be limited to the examples of this preferred embodiment.

Please refer to FIG. 1 and FIG. 5 . The control unit 6 includes an operation module 61 disposed on the housing 31 and a mobile communication module 62 that is information-connected to the operation module 61 . The operation module 61 and The mask supply module 41 and the mask recycling module 51 are electrically connected for controlling the operation of the mask supply module 41 and the mask recycling module 51. The mobile communication module 62 is an intelligent communication device with internal Control chip, the operation module 61 is a tablet computer with a control chip inside to control the mask supply module 41 and the mask recycling module 51. In actual implementation, the operation module 61 can be other computer devices , should not be limited to this.

The control chip of the mobile communication module 62 has an identity login data and a service coordinate data. After the mobile communication module 62 executes the identity data, it can provide the user with an identity login operation for logging into the operation module 61 , after the mobile communication module 62 executes the service coordinate data, the location data of the plurality of operation modules 61 can be displayed on the mobile communication module 62. The control chip of the operation module 61 has an automatic payment information and an automatic payment information. After the operation module 61 executes the automatic payment data, the operation module 61 can execute the sales mask 21 and the corresponding deduction procedure. After the operation module 61 executes the recycling statistics, the operation module 61 can execute the recycling of the mask 21 and the corresponding statistical procedure. .

For example, after the mobile communication module 62 executes the identity login data, the relevant information of the account number and password input can be entered on the mobile communication module 62. When the user completes the login operation of the identity data, the user can connect to the mobile communication module 62. The corresponding operation module 61 will then simultaneously display the wallet amount, recycling box, and sales box on the mobile communication module 62 and the operation module 61. The wallet amount can show the amount currently in the user's electronic wallet. , when the recycling box is pressed, the mask 21 recycling operation can be carried out, and when the selling box is pressed, the mask 21 selling operation can be entered. After pressing the recycling box, the user can put the mask 21 into the mask recycling port 313 to The mask recycling module 51 is caused to start processing the mask 21. At the same time, the operation module 61 executes the recycling statistics to count the number of masks 21 recycled by the user. In addition, the operation module 61 can also collect the number of the masks 21. The recycling quantity becomes the discount amount, and the obtained discount amount can be directly entered into the user's electronic wallet. When the sales box is pressed, the operation module 61 inquires about the purchase quantity and then sends the corresponding number of masks 21 out from the mask supply port 312. Output, in addition, when the mobile communication module 62 executes the identity login data, a box for finding a recycling point can be displayed on the screen. When the box for finding a recycling point is clicked, the mobile communication module 62 executes The service coordinate data is used to display the electronic map and the location of the operation module 61 on the screen.

Please refer to Figure 6, which is a second preferred embodiment of a double-effect source epidemic prevention device of the present invention. The second preferred embodiment is substantially the same as the first preferred embodiment, and the similarities will not be described in detail here. , the difference is that the mask processing module 52 has a mask processing platform 521, and a U-shaped separation knife 524 provided on the mask processing platform 521. The U-shaped separation knife 524 is used to pierce the nose bridge strip on the mask 21. 211 to separate the nose bridge strip 211 from the mask 21 .

Preferably, the U-shaped separating cutter 524 includes a moving module 525 disposed on the housing 31. The moving module 525 can drive the U-shaped separating cutter 524 to move up and down to perform up-and-down puncturing activities. The mask processing platform 521 is provided with a perforation 526. The diameter of the perforation 526 is slightly larger than the outer diameter of the U-shaped separation cutter 524. When the mask recycling module 51 places the mask 21 on the mask processing platform 521, the mask 21 is placed on the bridge of the nose. The pressure strip 211 is arranged above the perforation 526. When the U-shaped separation knife 524 penetrates downward, the knife edge can cut the cloth material of the mask 21, and the bottom of the U-shaped separation knife can push the nose bridge pressure strip 211 downward. The nose bridge pressure strip The recovery box 53 can be located at the bottom of the perforation 526 so that the separated nose bridge strip 211 can fall into the nose bridge strip recovery box 53 .

From the above description, it can be seen that the double-effect source epidemic prevention device of the present invention does have the following effects:

1. Reduce environmental pollution: When the operation module 61 executes the recycling statistics, it can count the number of masks 21 recycled by the user, and can give feedback to the user based on the number of recycled masks 21, so that the user has the intention to carry the masks 21 that are ready to be discarded at will. The position where the main unit 3 is set up for mask 21 recycling can effectively reduce the number of randomly discarded masks 21 and reduce environmental pollution.

2. Reduce infection: The first sterilization component 314 can sterilize the first recess 311 of the casing 31, and the second sterilization component 316 can sterilize objects or hands through the second recess 315 of the casing 31, and is additionally provided on the casing. The recycling unit 5 in 31 can use the mask processing module 52 to separate the nose bridge strip 211 from the mask 21, and then place the nose bridge strip 211 and the remaining part 212 of the mask 21 into the nose bridge strip recycling box 53 and the velvet respectively. Recycling box 54, and the two automatic sealing components 55 can automatically seal the containing bag 56, which can prevent recycling personnel from being infected by bacteria or viruses.

3. To facilitate personnel to replace masks: The double-effect source epidemic prevention device can be set up at multiple points, and the service coordinate data in the mobile communication module 62 can provide the installation locations of the plurality of double-effect source epidemic prevention devices, so that the user can immediately know the location when the mask 21 needs to be replaced. The location of the double-effect source epidemic prevention device can quickly obtain new masks 21 and recycle the masks 21 with mouth foam.

To sum up, the mask supply module 41 of the supply unit 4 can provide new masks 21, and the mask recycling module 51 of the recycling unit 5 can recycle the masks 21, thereby providing the function of quickly replacing the masks 21, and the mask The processing module 52 can automatically separate the nose bridge strip 211 from the mask 21 to process waste of different materials. The operation module 61 and the mobile communication module 62 can provide the user with identity login and mask 21 recycling statistical operations. , and additionally provide feedback to the user to enhance the user's willingness to recycle the mask 21 and avoid environmental pollution caused by the randomly discarded mask 21, so the purpose of the present invention can indeed be achieved.

However, the above are only two preferred embodiments of the present invention, and should not be used to limit the scope of the present invention. That is, any simple equivalent changes made in accordance with the patent scope of the present invention and the description of the invention are Modifications are still within the scope of the patent of this invention.

21 masks 211 Nose bridge pressure strip 212 remaining part 3 main unit 31 Shell 311 First recess 312 Mask supply port 313 Mask recycling port 314 First sterilization component 315 Second recess 316 Second sterilization component 4 supply unit 41 Mask supply module 411 Mask container 412 Mask output component 5 recycling units 51 Mask recycling module 52 Mask processing module 521 Mask processing platform 522 laser cutting machine 523 Laser baffle 524 U-shaped separation cutter 525 mobile module 526 perforation 53 Nose bridge strip recycling box 54 Velvet recycling bin 55 Automatic sealing components 56 storage bags 6 Control unit 61 Operation module 62 mobile communication module

Figure 1 is a first preferred embodiment of a double-effect source epidemic prevention device of the present invention, illustrating the three-dimensional appearance of the main body of the double-effect source epidemic prevention device; Figure 2 illustrates a side view of a mask supply module in the first preferred embodiment; Figure 3 illustrates an exploded schematic diagram of a mask recycling module in the first preferred embodiment; Figure 4 illustrates a schematic diagram showing that in the first preferred embodiment, after the mask recycling module decomposes the mask, the decomposed masks are put into a nose bridge strip recycling box and a velvet recycling box respectively; Figure 5 illustrates the connection state of an operation module, a mobile communication module, a mask supply module and a mask recycling module in the first preferred embodiment; and Figure 6 is a second preferred embodiment of a dual-effect source epidemic prevention device according to the present invention, illustrating a side view of using a U-shaped separation cutter to cut the nose bridge strip in the mask.

3 main unit 31 shell 311 First recess 312 Mask supply port 313 Mask recycling port 314 First sterilization component 315 Second recess 316 Second sterilization component 6 Control unit 61 Operation module

Claims (8)

A double-effect source epidemic prevention device includes: a main unit including a shell, a first recess provided in the housing, a mask supply port provided in the first recess, and a mask supply port provided in the first recess A mask recycling port; a supply unit connected to the mask supply port of the main unit, including a mask supply module disposed in the housing; a recycling unit connected to the mask recycling port of the main unit, including a A mask recycling module provided in the housing, a mask processing module connected to the mask recycling module, a nose bridge strip recycling box connected to the mask processing module, and a mask processing module connected to Velvet recycling box, the mask processing module is used to separate the nose bridge pressure strip in the mask, place the nose bridge pressure strip into the nose bridge pressure strip recycling box, and also place the remaining part of the mask from the separated nose bridge pressure strip into the velvet recycling box; and A control unit, including an operating module provided on the housing and a mobile communication module information-connected to the operating module, wherein the operating module is used to control the mask supply module and the mask recycling module The group has an automatic payment information and a recovery statistics data, and the mobile communication module has an identity login information. The double-effect source epidemic prevention device as described in claim 1, wherein the mask processing module has a mask processing platform, and a laser cutting machine installed on the mask processing platform, and the laser cutting machine is used to cut the masks Cut the part of the upper nose bridge strip. The double-effect source epidemic prevention device as described in claim 1, wherein the mask processing module has a mask processing platform and a U-shaped separation knife provided on the mask processing platform, and the U-shaped separation knife is used to puncture the mask. The part of the nose bridge strip is used to separate the nose bridge strip from the mask. The double-effect source epidemic prevention device as described in claim 1, wherein the recycling unit further includes two automatic sealing components respectively provided in the nose bridge strip recycling box and the velvet recycling box. The dual-effect source epidemic prevention device as described in claim 1, wherein the mask supply module has a mask container and a mask output component disposed in the mask container. The dual-effect source epidemic prevention device as described in claim 1, wherein the mobile communication module has a service coordinate data, the mobile communication module can be connected to multiple operation module information, and the service coordinate data is used to display the The location of the complex operation module. The double-effect source epidemic prevention device according to claim 1, wherein the main unit further includes a first sterilization component disposed on the housing, and the first sterilization component is used to eliminate bacteria in the first recess. The double-effect source epidemic prevention device according to claim 1, wherein the main unit further includes a second recess provided in the housing, and a second sterilization component provided in the second recess.