CN216071535U - Packaging device - Google Patents

Abstract

The utility model provides a packaging device for packaging garbage, comprising: the garbage can comprises an outer box, a face shell component, an inner barrel and a compression device, wherein the face shell component is arranged on the outer box, a first containing space is formed in the face shell component, the compression device is located in the first containing space, a second containing space is formed in the outer box, the first containing space is communicated with the second containing space, the inner barrel is located in the second containing space, at least part of structures of a garbage bag are sleeved on the inner barrel, and the compression device comprises a compression rod which is used for extending into the second containing space so as to compress garbage in the garbage bag. The packaging device saves garbage bags.

Description

Packaging device

The present invention claims priority from prior application No. 202021768511.5 entitled "intelligent trash can" filed on 8/22/2020, the contents of which are incorporated herein by reference.

Technical Field

The utility model relates to the technical field of packaging, in particular to a packaging device.

Background

When the garbage in the existing garbage bag is piled up, a larger gap is left in the garbage bag, so that the amount of the garbage in the garbage bag is small, more garbage bags are needed for the same amount of the garbage, and the garbage bags are wasted.

SUMMERY OF THE UTILITY MODEL

The present invention is directed to a packaging apparatus to solve the above-mentioned problems.

The utility model provides a packaging device for packaging garbage, comprising: the garbage can comprises an outer box, a face shell component, an inner barrel and a compression device, wherein the face shell component is arranged on the outer box, a first containing space is formed in the face shell component, the compression device is located in the first containing space, a second containing space is formed in the outer box, the first containing space is communicated with the second containing space, the inner barrel is located in the second containing space, at least part of structures of a garbage bag are sleeved on the inner barrel, and the compression device comprises a compression rod which is used for extending into the second containing space so as to compress garbage in the garbage bag.

The compression device further comprises a gantry motor, a gantry toothed belt gear assembly and a gantry frame, the gantry frame is overlapped on the gantry toothed belt gear assembly, the gantry motor is connected with the gantry toothed belt gear assembly, the compression rod is connected to the gantry frame and extends towards the first accommodating space, the gantry motor is used for driving the gantry toothed belt gear assembly to rotate, the gantry toothed belt gear assembly is used for driving the gantry frame to move, and the gantry frame is used for driving the compression rod to move.

The compression device further comprises a pressing plate and a pressing plate motor, the pressing plate is connected to the end, far away from the portal frame, of the compression rod, the compression rod is used for driving the pressing plate to move, the pressing plate motor is connected to the joint of the compression rod and the pressing plate, and the pressing plate motor is used for driving the pressing plate to rotate.

Wherein the packaging device also comprises a packaging device, the packaging device comprises a sealing device bracket, two sealing device guide rods, a sealing device toothed belt gear assembly, a sealing device motor and two oppositely arranged sealing device mounting bases, the sealing device bracket is fixed on the inner wall of the second accommodating space, the two sealing device guide rods are fixed on the sealing device bracket at intervals, the sealing device toothed belt gear assembly is positioned between the sealing device guide rod and the sealing device brackets, two ends of each sealing device mounting base are respectively sleeved on the two sealing device brackets, the two sealing device mounting bases are both connected with the sealing device toothed belt gear assembly, the sealing device motor is used for driving the sealing device toothed belt gear assembly to rotate, and the sealing device toothed belt gear assembly is used for driving the two sealing device mounting bases to move in opposite directions or move back to back.

Each sealing device mounting base comprises a bottom sealing device, a dividing device and a sealing device which are sequentially arranged, the bottom sealing device is close to the pressing plate, the garbage bag comprises a historical use part, a current use part and a reserved part which are sequentially connected, a preset amount of garbage is contained in the historical use part, the current use part is located in the inner barrel, the reserved part is located outside the inner barrel, the dividing device is used for dividing the historical use part and the current use part, the bottom sealing device is used for sealing the current use part, and the sealing device is used for sealing the historical use part.

Wherein the packaging device also comprises a folding type opening and closing supporting plate which is arranged on one side of the packaging device back to the compression device, the folding type opening and closing supporting plate comprises a supporting plate bracket, two supporting plate guide rods, a supporting plate toothed belt gear assembly, a supporting plate motor and two folding supporting plates, the supporting plate bracket is fixed on the inner wall of the second accommodating space, the two supporting plate guide rods are fixed on the supporting plate bracket at intervals, the supporting plate toothed belt gear assembly is positioned between the supporting plate guide rod and the supporting plate bracket, two ends of each folding supporting plate are respectively sleeved on the two supporting plate brackets, the two folding supporting plates are both connected with the supporting plate toothed belt gear assembly, the supporting plate motor is used for driving the supporting plate toothed belt gear assembly to rotate, and the supporting plate toothed belt gear assembly is used for driving the two folding supporting plates to move oppositely or move back to back.

The packaging device comprises a shell component, a packaging device and an intelligent control system, wherein the packaging device further comprises the intelligent control system, the intelligent control system is arranged inside the shell component and comprises a garbage amount measurer, an inductor and a PLC control panel, the garbage amount measurer is used for measuring the garbage amount in the garbage bag, generating a measuring signal and transmitting the measuring signal to the inductor, the inductor is used for sending a sensing signal to the PLC control panel, and the PLC control panel is used for controlling the compression device and the packaging device according to the sensing signal.

The packaging device further comprises a leakage receiving disc, wherein the leakage receiving disc is arranged below the folding type opening and closing supporting plate and used for receiving leakage above the leakage receiving disc.

The packaging device further comprises a limiting plate, the limiting plate is fixed in the first accommodating space, the compression rod and the pressing plate are located in a limiting space defined by the limiting plate, and the limiting plate is used for limiting garbage from entering the inner barrel from the limiting space.

The packaging device further comprises a supporting sleeve, the supporting sleeve is fixed in the second containing space and comprises a supporting sleeve plate and an extending plate connected with the supporting sleeve plate, the extending plate extends towards the inner wall direction of the second containing space, the inner barrel is located in the supporting sleeve space defined by the supporting sleeve plate, and the reserved part of the garbage bag is supported on the extending plate.

To sum up, this application is through setting up compressor arrangement in first accommodation space, and when rubbish in the rubbish bag needs the compression, compressor arrangement's compression pole can stretch into in second accommodation space to rubbish in the compression rubbish bag. This application can reduce the space between the rubbish through the compression of compression pole to rubbish, and more rubbish can be filled in the same space. The technical problem of leave the extravagant disposal bag that great space leads to in the disposal bag has been solved to this application.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

Fig. 1 is a schematic structural diagram of a packaging apparatus according to an embodiment of the present invention.

Fig. 2 is a schematic structural diagram of the packaging device of fig. 1 for packaging garbage.

Fig. 3 is a schematic view of the structure of the compressing apparatus of fig. 1.

Fig. 4 is a schematic structural view of the baling device in fig. 1.

Fig. 5 is a schematic structural view of the folding type opening and closing blade in fig. 1.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-2, the present invention provides a packaging device for packaging garbage, comprising: outer container 7, face shell part 1, interior bucket and compressor arrangement 3, face shell part 1 is located on outer container 7, be formed with first accommodation space 110 in the face shell part 1, compressor arrangement 3 is located first accommodation space 110, be formed with second accommodation space 120 in the outer container 7, first accommodation space 110 and second accommodation space 120 intercommunication, interior bucket is located second accommodation space 120, be used for the cover to establish the at least partial structure of disposal bag 9 on the interior bucket, compressor arrangement 3 includes compression pole 17, compression pole 17 is used for stretching into in second accommodation space 120, with the rubbish in the compression disposal bag 9. It can be understood that the face housing component 1 is provided with the input port 130, the input port 130 is communicated with the first accommodating space 110, and the surface of the input port 130 is an inclined surface, which is convenient for inputting garbage. The outer box 7 is provided with hook structures such as hanging holes or hanging holes, for example, hanging holes for the rear half wall and hanging holes on two side faces, and is used for hanging the packaging device on a wall or other places; of course, the outer box 7 can be provided with feet, the packaging structure can be erected on the ground, and the packaging device is of a multifunctional structure.

In the present application, by providing the compressing device 3 in the first accommodating space 110, when the garbage in the garbage bag 9 needs to be compressed, the compressing rod 17 of the compressing device 3 can extend into the second accommodating space 120 to compress the garbage in the garbage bag 9. This application can reduce the space between the rubbish through the compression of compression pole 17 to rubbish, and more rubbish can be filled in the same space. The technical problem of leave waste disposal bag 9 that great space leads to in the disposal bag 9 has been solved in this application.

Referring to fig. 3, in a specific embodiment, the compressing device 3 further includes a gantry motor 14, a gantry belt gear assembly 15, and a gantry frame 16, the gantry frame 16 is overlapped on the gantry belt gear assembly 15, the gantry motor 14 is connected to the gantry belt gear assembly 15, the compressing rod 17 is connected to the gantry frame 16 and extends toward the first accommodating space 110, the gantry motor 14 is configured to drive the gantry belt gear assembly 15 to rotate, the gantry belt gear assembly 15 is configured to drive the gantry frame 16 to move, and the gantry frame 16 is configured to drive the compressing rod 17 to move.

In the application, the gantry motor 14 is arranged to drive the gantry toothed belt gear assembly 15 to rotate, the gantry toothed belt gear assembly 15 drives the gantry frame 16 to move, the gantry frame 16 drives the compression rod 17 to move, and the compression rod 17 can be moved to the approximate center of the first accommodating space 110 to compress garbage when the garbage needs to be compressed; when the garbage is not required to be compressed and the garbage bag 9 is used for throwing garbage, the compression rod 17 can be moved to a position close to the inner wall of the first accommodating space 110, so that the garbage can be conveniently thrown into the garbage bag 9.

Specifically, the gantry toothed belt gear assembly 15 includes a first gantry toothed belt 151 and two second gantry toothed belts 152 arranged at intervals, the two second gantry toothed belts 152 are respectively connected to two end portions of the first gantry toothed belt 151 in a rotating manner, the gantry motor 14 is connected to the first gantry toothed belt 151, the gantry motor 14 is used for driving the first gantry toothed belt 151 to rotate, the first gantry toothed belt 151 is used for driving the two second gantry toothed belts 152 to rotate, and the two second gantry toothed belts 152 are used for driving the gantry 16 to move. It can be understood that the first gantry toothed belt 151 is connected to the second gantry toothed belt 152 through a rotating shaft, and the rotating shaft is driven to rotate during the rotation of the first gantry toothed belt 151, and the rotating shaft drives the second gantry toothed belt 152 to rotate, and drives the gantry 16 to move during the rotation of the second gantry toothed belt 152. The first gantry toothed belt 151 and the second gantry toothed belt 152 can be belts sleeved on the rotating shaft. Each belt comprises two moving belts moving in opposite directions, and the two ends of the gantry 16 can be overlapped on the two moving belts moving in the same direction of the two second gantry toothed belts 152.

In a specific embodiment, the compressing device 3 further includes a pressing plate 19 and a pressing plate motor 18, the pressing plate 19 is connected to an end of the compressing rod 17 away from the gantry 16, the compressing rod 17 is used for driving the pressing plate 19 to move, the pressing plate motor 18 is connected to a joint of the compressing rod 17 and the pressing plate 19, and the pressing plate motor 18 is used for driving the pressing plate 19 to rotate. It will be appreciated that the compression bar 17 compresses the waste by means of the compression plate 19. The effective pressing area of the pressing plate 19 is larger than that of the compression bar 17. The compression rod 17 comprises a first connecting end 171, the pressing plate 19 comprises a second connecting end 191, a rotating shaft of the pressing plate motor 18 is inserted into the first connecting end 171 and the second connecting end 191, the pressing plate motor 18 drives the second connecting end 191 to rotate in the rotating process of the pressing plate motor 18, the first connecting end 171 does not rotate, and therefore the pressing plate motor 18 can drive the pressing plate 19 to rotate around the rotating shaft of the pressing plate motor 18.

In this application, through clamp plate 19 compression rubbish, can improve clamp plate 19's compression efficiency. The pressing plate motor 18 drives the pressing plate 19 to rotate, the pressing plate 19 can be rotated to a vertical state when garbage does not need to be compressed, namely, the smaller area of the pressing plate 19 faces the garbage bag 9, garbage can be conveniently put into the garbage bag 9, the pressing plate 19 can be rotated to a horizontal state when garbage needs to be compressed, namely, the largest area of the pressing plate 19 faces the garbage bag 9, and the pressing plate 19 compresses garbage with the largest area.

It can be understood that, when the garbage is not required to be compressed, the compression rod 17 drives the pressing plate 19 to be positioned close to the inner wall of the first accommodating space 110, and the pressing plate 19 is in an upright state; when the garbage needs to be compressed, the compression rod 17 drives the pressure plate 19 to be located at the approximate center of the first accommodating space 110, and the pressure plate 19 is in a horizontal state.

Referring to fig. 4, in one embodiment, the packaging unit further includes a packing unit 5, the packing unit 5 includes a sealing unit bracket 29, two sealing unit guide rods 25, a sealing unit toothed belt gear assembly 28, the sealing device comprises a sealing device motor 26, two oppositely arranged sealing device mounting bases 27, a sealing device support 29 is fixed on the inner wall of the second accommodating space 120, two sealing device guide rods 25 are fixed on the sealing device support 29 at intervals, a sealing device toothed belt gear assembly 28 is located between the sealing device guide rods 25 and the sealing device support 29, two ends of each sealing device mounting base 27 are respectively sleeved on the two sealing device support 29, the two sealing device mounting bases 27 are both connected with the sealing device toothed belt gear assembly 28, the sealing device motor 26 is used for driving the sealing device toothed belt gear assembly 28 to rotate, and the sealing device toothed belt gear assembly 28 is used for driving the two sealing device mounting bases 27 to move oppositely or move back to back. It will be appreciated that during movement of the two seal mount bases 27, both seal mount bases 27 move along the direction of extension of the seal guide 25. The sealing device support 29 is a hollow structure, and the hollow space of the sealing device support 29 can allow the garbage bag 9 to pass through. The seal holder 29 forms a "return" configuration.

Specifically, the sealing device toothed belt gear assembly 28 includes a first sealing toothed belt 281 and two second sealing toothed belts 282 disposed at an interval, the two second sealing toothed belts 282 are respectively rotatably connected to two ends of the first sealing toothed belt 281, the sealing device motor 26 is connected to the first sealing toothed belt 281, the sealing device motor 26 is configured to drive the first sealing toothed belt 281 to rotate, the first sealing toothed belt 281 is configured to drive the two second sealing toothed belts 282 to rotate, and the two second sealing toothed belts 282 are configured to drive the two sealing device mounting bases 27 to move towards or away from each other. It will be appreciated that the first sealing toothed belt 281 is connected to the second sealing toothed belt 282 through a pivot shaft, which rotates the first sealing toothed belt 281 during rotation, and rotates the second sealing toothed belt 282 during rotation, which moves the sealing device mounting base 27 during rotation of the second sealing toothed belt 282. The first seal toothed belt 281 and the second seal toothed belt 282 may be belts sleeved on the rotating shaft. Each belt includes two moving belts moving in opposite directions, and both ends of each seal mounting base 27 can overlap the two moving belts of the two second seal toothed belts 282 moving in the same direction, and the two seal mounting bases 27 can be moved toward or away from each other.

It can be understood that the garbage bag 9 includes a historical use part 13, a current use part 31 and a reserved part 32 which are connected in sequence, the historical use part 13 is provided with a preset amount of garbage, the current use part 31 is positioned in the inner barrel 4, and the reserved part 32 is positioned outside the inner barrel 4. When the amount of the garbage in the currently used section 31 reaches a preset amount, the currently used section 31 falls from the hollow space of the sealing device holder 29 to become the historical used section 13. In the present application, the garbage bag 9 has a plurality of corrugated portions 33, the plurality of corrugated portions 33 are sequentially connected in the axial direction of the garbage bag 9, each corrugated portion 33 at least includes a corrugated state and an expanded state, and the length of the corrugated portion 33 in the expanded state is greater than the length of the corrugated portion 33 in the corrugated state in the axial direction of the garbage bag 9. Alternatively, each of the corrugated portions 33 includes a first extending portion, a second extending portion, and a connecting portion connecting different ends of the first extending portion and the second extending portion, that is, the corrugated portion 33 of the present application is formed in a flat "Z" shape. Alternatively, each of the wrinkle parts 33 includes a first extension part, a second extension part, and a connection part connecting the same ends of the first extension part and the second extension part, i.e., the wrinkle parts 33 of the present application are formed in a shape of "Contraband" or in a shape of inverted "Contraband". Optionally, at initial state, disposal bag 9 is the structure of leading to entirely, promptly at initial state, when the disposal bag 9 of this application did not use, disposal bag 9 was the structure of leading to entirely, and disposal bag 9 includes head end and tail end, and the head end is unsealed, and the tail end is unsealed, head end and tail end intercommunication. No matter the disposal bag 9 of this application is fold condition, still extends the state, and disposal bag 9 is the structure of shaping together. The present application does not require the stringing of one common trash bag 9 into a roll, nor the stacking of one common trash bag 9 into a stack. Optionally, the garbage bag 9 is in a cylindrical shape, that is, when the garbage bag 9 is in an unfolded state, the garbage bag 9 of the present application may be in an extended cylindrical shape, and when the garbage bag 9 is in a folded state, the garbage bag 9 of the present application may be in a folded and compressed cylindrical shape. Of course, the trash bag 9 of the present application may have other shapes, and the shape of the trash bag 9 is not specifically limited in the present application. It is to be understood that the historical use part 13 and the current use part 31 are both in an extended state, and the reserved part 32 may be in a folded and compressed state, or in an extended state.

In a specific embodiment, each sealing device mounting base 27 comprises a back sealing device 10, a separating device 11 and a sealing device 12 arranged in sequence, wherein the back sealing device 10 is close to the pressing plate 19. The dividing device 11 is used for dividing the historical using part 13 and the current using part 31, the back sealing device 10 is used for sealing the current using part 31, and the sealing device 12 is used for sealing the historical using part 13. It is understood that the garbage bag 9 of the present application is the sum of the lengths of a plurality of common garbage bags 9, for example, the garbage bag 9 of the present application may be the sum of the lengths of 10, 50, 100, 1000 common garbage bags 9. The length of the garbage bag 9 is not limited. The historical use portion 13 is a portion that falls from the hollow space of the seal holder 29. When the garbage bag 9 is initially used, only the currently used portion 31 needs to be bottomed by using the bottom closing means 10.

In the present application, when the currently used portion 31 of the garbage bag 9 is filled with garbage, the currently used portion 31 filled with garbage falls from the hollow space of the sealing device bracket 29 to form the historically used portion 13, the reserved portion 32 of the garbage bag 9 enters the inner tub 4 as the new currently used portion 31, the two sealing device mounting bases 27 move toward each other, the bottom sealing device 10 of the two sealing device mounting bases 27 seals the bottom of the currently used portion 31, the dividing device 11 of the two sealing device mounting bases 27 divides the currently used portion 31 of the garbage bag 9 from the historically used portion 13, and the sealing device 12 of the two sealing device mounting bases 27 seals the mouth of the historically used portion 13.

In this application, packaging hardware can seal the historical use part 13 of disposal bag 9, and rubbish can not give off the stink, and this has solved rubbish and has not sealed easily giving off the stink, influences the technical problem healthy and sanitation.

Moreover, the packaging device automatically seals the used historical use part 13 of the garbage bag 9, seals the current use part 31, and divides the historical use part 13 and the current use part 31, so that garbage is packaged automatically, and the cost of manpower and material resources is saved.

Referring to fig. 5, in a specific embodiment, the packaging device further includes a hinged opening and closing support plate 6, the hinged opening and closing support plate 6 is disposed on a side of the packaging device 5 opposite to the compressing device 3, the hinged opening and closing support plate 6 includes a support plate bracket 24, two support plate guide rods 20, a support plate toothed belt gear assembly 23, the supporting plate motor 21, two supporting plates 22 fold, the supporting plate bracket 24 is fixed on the inner wall of the second accommodating space 120, two supporting plate guide rods 20 are fixed on the supporting plate bracket 24 at intervals, the supporting plate toothed belt gear assembly 23 is located between the supporting plate guide rods 20 and the supporting plate bracket 24, two ends of each supporting plate 22 fold are respectively sleeved on the two supporting plate brackets 24, the two supporting plates 22 fold are all connected with the supporting plate toothed belt gear assembly 23, the supporting plate motor 21 is used for driving the supporting plate toothed belt gear assembly 23 to rotate, and the supporting plate toothed belt gear assembly 23 is used for driving the two supporting plates 22 to move oppositely or move back to back. It is understood that both the folding blade 22 are moved along the extending direction of the blade guide 20 during the movement of the two folding blades 22. The pallet support 24 is of a middle structure, a hollow space is formed on the pallet support 24, and the garbage bag 9 can penetrate through the hollow space on the pallet support 24. The pallet support 24 forms a "return" configuration.

Specifically, the supporting plate toothed belt gear assembly 23 includes a first supporting plate toothed belt 231 and two second supporting plate toothed belts 232 arranged at intervals, the two second supporting plate toothed belts 232 are respectively connected to two ends of the first supporting plate toothed belt 231 in a rotating manner, the supporting plate motor 21 is connected with the first supporting plate toothed belt 231, the supporting plate motor 21 is used for driving the first supporting plate toothed belt 231 to rotate, the first supporting plate toothed belt 231 is used for driving the two second supporting plate toothed belts 232 to rotate, and the two second supporting plate toothed belts 232 are used for driving the two folding supporting plates 22 to move oppositely or move back to back. It can be understood that the first supporting plate toothed belt 231 is connected with the second supporting plate toothed belt 232 through a rotating shaft, the rotating shaft is driven to rotate in the rotating process of the first supporting plate toothed belt 231, the rotating shaft drives the second supporting plate toothed belt 232 to rotate, and the folding supporting plate 22 is driven to move in the rotating process of the second supporting plate toothed belt 232. The first supporting plate toothed belt 231 and the second supporting plate toothed belt 232 can be belts sleeved on the rotating shaft. Each belt comprises two moving belts moving in opposite directions, and both ends of each folding blade 22 can be overlapped on the two moving belts of the two second blade toothed belts 232 moving in the same direction, and the two folding blades 22 can move towards or away from each other.

In the present application, when the amount of waste in the currently used section 31 of the waste bag 9 does not reach the preset value, the two hinged blades 22 are opened to form one flat plate, can support the currently used part 31 of the garbage bag 9, when the garbage amount in the currently used part 31 of the garbage bag 9 reaches a preset value, the pallet toothed belt gear assembly 23 drives the two folding pallets 22 to move back and forth, i.e., each of the folding blade plates 22 is relatively collapsed to separate the two folding blade plates 22, the currently used section 31 falls from the hollow space of the sealer support 29 and the hollow space on the blade support 24 in turn, after the packaging device 5 has bottomed the new currently used section 31, the pallet toothed belt gear assembly 23 drives the two folding pallets 22 to move towards each other, so that the two hinged brackets 22 are opened towards each other to reform a flat plate for supporting the new currently used portion 31 of the waste bag 9.

In a specific embodiment, the packaging device further comprises an intelligent control system, the intelligent control system is arranged inside the face shell component 1, the intelligent control system comprises a garbage amount measurer, a sensor and a PLC control board, the garbage amount measurer is used for measuring the garbage amount in the garbage bag 9, generating a measuring signal and transmitting the measuring signal to the sensor, the sensor is used for sending a sensing signal to the PLC control board, and the PLC control board is used for controlling the compressing device 3 and the packaging device according to the sensing signal. It can be understood that the packaging device further comprises a switch, and the switch is used for controlling the intelligent control system to be turned on and off.

In this application, when the rubbish volume in the disposal bag 9 that the rubbish volume caliber was measured reached the default, send the measuring signal to the inductor, the inductor sends sensing signal to the PLC control panel, the PLC control panel compresses rubbish according to sensing signal control compressor arrangement 3's clamp plate 19, when the rubbish volume in the disposal bag 9 of two consecutive measurements all reached the default, promptly rubbish in the disposal bag 9 can't continue to compress, two sealing device mounting base 27 of PLC control panel control packing apparatus 5 move towards each other, in order to seal the bottom of present use part 31, cut apart present use part 31 and historical use part 13, and seal the oral area of historical use part 13. Alternatively, the waste amount measuring device may be a light amount measuring device, which senses the waste amount by using a difference between the emitted light and the received light. That is, when the difference between the emitted light and the received light is less than the preset value, the garbage can be further compressed, and when the difference between the emitted light and the received light is greater than the preset value, the garbage can not be further compressed, and a specific mode is as follows: the received light cannot be received, the received light is zero, and at the moment, the garbage cannot be compressed continuously.

In a specific embodiment, the packaging device further comprises a leakage receiving tray 8, and the leakage receiving tray 8 is arranged below the folding type opening and closing supporting plate 6 and used for receiving leakage above the leakage receiving tray 8. It will be appreciated that the drip pan 8 comprises a base plate and a drip barrier, which is arranged on the base plate and through which the drips from above the drip pan 8 fall into the base plate. The liquid leakage separation frame is a net separation frame or a strip separation frame. In this application, through setting up weeping flange 8, can avoid the weeping in the rubbish to drip outside. The chassis is used for receiving liquid drops when a sharp object breaks the bag when wet garbage is filled in the garbage bag 9, so that the ground cannot be polluted, and the environmental sanitation is kept. And the liquid leakage separation frame is used for separating the packed garbage bag 9 from contacting with the dripping liquid in the plate.

In a specific embodiment, the enclosing device further includes a limiting plate 150, the limiting plate 150 is fixed in the first accommodating space 110, the compression rod 17 and the pressing plate 19 are located in a limiting space enclosed by the limiting plate 150, and the limiting plate 150 is used for limiting garbage from entering the inner tub 4 from the limiting space.

In a specific embodiment, the enclosing device further includes a supporting sleeve 160, the supporting sleeve 160 is fixed in the second accommodating space 120, the supporting sleeve 160 includes a supporting sleeve plate 161 and an extending plate 162 connected to the supporting sleeve plate 161, the extending plate 162 extends toward the inner wall of the second accommodating space 120, the inner barrel 4 is located in the supporting sleeve space surrounded by the supporting sleeve plate, and the reserved portion 32 of the garbage bag 9 is supported on the extending plate 162. It will be appreciated that the retainer 160 plate is substantially planar with the retainer plate 150.

In this application, the position that rubbish dropped into has been restricted in the setting of limiting plate 150, can prevent that rubbish from dropping into the extension board on, polluting the reservation part 32 of disposal bag 9.

The working principle of the packaging device is as follows:

the packaging device can be installed on the ground, on the wall and hung in a hanging mode, small-size products are suitable for offices, living rooms, commercial places and the like, and large-size products are suitable for places with large flow of people and large amount of garbage and outdoor environments. Take the small-sized indoor wall-hanging type to collect the dry garbage in the office as an example. The wall hanging hole of the outer box 7 is matched with an additional fastener, and the wall hanging nail is hung and locked. When the garbage can is used, the power supply is switched on, the switch button on the face shell component 1 is pressed, the face shell component 1 rotates upwards under the action of the torsion spring, the inner barrel 4 is taken out, the garbage bag 9 is sleeved on the inner barrel 4, and then the inner barrel 4 is reset. The surface shell part 1 is covered, the sealing function key is pressed to complete the bottom sealing of the bag, the pressing plate 19 is automatically moved out and pressed downwards to enable the inner cavity to form a barrel-shaped cavity, and then the full-automatic garbage disposal procedure is carried out. When the garbage bags 9 reach a certain volume, the sensor sends a signal for compressing the garbage, the PLC sends an instruction, the compression device 3 is started from the contraction position, the portal frame 16 moves out of the compression device 3, the pressing plate 19 rotates downwards, the telescopic rod extends to drive the pressing plate 19 to compress the garbage, the sensor in the pressing plate 19 reaches a set pressure, the compression is completed, and the compression device 3 returns to the original position. The garbage is thrown continuously, when the garbage measuring device measures the garbage to the set amount, the hinge type opening and closing supporting plate 6 is opened, the pressing plate 19 is pressed downwards, and the current use part 31 of the full garbage bag 9 is pushed to the packing position. The PLC controls to give out an instruction, the sealing, cutting and bottom sealing devices 10 move oppositely to clamp the bags into a line, three actions of sealing, cutting and bottom sealing are completed, the packing device 5 returns to the original position, and the packed garbage bags 9 fall onto the leakage tray support under the dead weight. And (4) packing the sealed garbage bag 9, accumulating a certain amount of garbage bag, sending a signal needing to be cleaned by the sensor, and manually collecting and moving out.

While the utility model has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the utility model.

Claims (10)

1. An encapsulation device for encapsulating refuse, comprising: the garbage can comprises an outer box, a face shell component, an inner barrel and a compression device, wherein the face shell component is arranged on the outer box, a first containing space is formed in the face shell component, the compression device is located in the first containing space, a second containing space is formed in the outer box, the first containing space is communicated with the second containing space, the inner barrel is located in the second containing space, at least part of structures of a garbage bag are sleeved on the inner barrel, and the compression device comprises a compression rod which is used for extending into the second containing space so as to compress garbage in the garbage bag.

2. The packaging apparatus as claimed in claim 1, wherein the compressing device further comprises a gantry motor, a gantry toothed belt gear assembly, and a gantry, the gantry is overlapped on the gantry toothed belt gear assembly, the gantry motor is connected with the gantry toothed belt gear assembly, the compressing rod is connected to the gantry and extends towards the first accommodating space, the gantry motor is used for driving the gantry toothed belt gear assembly to rotate, the gantry toothed belt gear assembly is used for driving the gantry to move, and the gantry is used for driving the compressing rod to move.

3. The packaging apparatus as claimed in claim 2, wherein the compressing device further comprises a pressing plate and a pressing plate motor, the pressing plate is connected to an end of the compressing rod away from the gantry, the compressing rod is configured to drive the pressing plate to move, the pressing plate motor is connected to a joint of the compressing rod and the pressing plate, and the pressing plate motor is configured to drive the pressing plate to rotate.

4. The packaging device of claim 3, further comprising a packaging device, wherein the packaging device comprises a sealing device bracket, two sealing device guide rods, a sealing device toothed belt gear assembly, a sealing device motor, and two oppositely disposed sealing device mounting bases, the sealing device bracket is fixed on the inner wall of the second accommodating space, the two sealing device guide rods are fixed on the sealing device bracket at intervals, the sealing device toothed belt gear assembly is located between the sealing device guide rods and the sealing device bracket, two ends of each sealing device mounting base are respectively sleeved on the two sealing device brackets, the two sealing device mounting bases are both connected with the sealing device toothed belt gear assembly, the sealing device motor is used for driving the sealing device toothed belt gear assembly to rotate, the sealing device toothed belt gear assembly is used for driving the two sealing device mounting bases to move towards or away from each other.

5. The packaging device of claim 4, wherein each sealing device mounting base comprises a back cover device, a separating device and a sealing device arranged in sequence, the back cover device is close to the pressing plate, the garbage bag comprises a historical use part, a current use part and a reserved part which are connected in sequence, the historical use part is provided with a preset amount of garbage, the current use part is positioned in the inner barrel, the reserved part is positioned outside the inner barrel, the separating device is used for separating the historical use part from the current use part, the back cover device is used for sealing the current use part, and the sealing device is used for sealing the historical use part.

6. The packaging device according to claim 4, further comprising a hinged opening and closing support plate, wherein the hinged opening and closing support plate is disposed on a side of the packaging device facing away from the compressing device, the hinged opening and closing support plate comprises a support plate bracket, two support plate guide rods, a support plate toothed belt gear assembly, a support plate motor and two folding support plates, the support plate bracket is fixed on an inner wall of the second accommodating space, the two support plate guide rods are fixed on the support plate bracket at intervals, the support plate toothed belt gear assembly is disposed between the support plate guide rods and the support plate bracket, two ends of each folding support plate are respectively sleeved on the two support plate brackets, the two folding support plates are both connected with the support plate toothed belt gear assembly, the support plate motor is configured to drive the support plate toothed belt gear assembly to rotate, and the support plate toothed belt gear assembly is configured to drive the two folding support plates to move towards or away from each other.

7. The packaging apparatus of claim 4, further comprising an intelligent control system, wherein the intelligent control system is disposed inside the housing member, the intelligent control system comprises a garbage amount measuring device, a sensor and a PLC control board, the garbage amount measuring device is configured to measure the amount of garbage in the garbage bag, generate a measuring signal and transmit the measuring signal to the sensor, the sensor is configured to transmit a sensing signal to the PLC control board, and the PLC control board is configured to control the compressing apparatus and the packaging apparatus according to the sensing signal.

8. The packaging device of claim 6, further comprising a drain receiving tray disposed below the hinged opening/closing support panel for receiving the drain above the drain receiving tray.

9. The packaging device of claim 3, further comprising a limiting plate fixed in the first accommodating space, wherein the compression rod and the pressing plate are located in a limiting space defined by the limiting plate, and the limiting plate is used for limiting garbage from entering the inner barrel from the limiting space.

10. The packaging device of claim 5, further comprising a supporting sleeve fixed in the second receiving space, wherein the supporting sleeve includes a supporting sleeve plate and an extending plate connected to the supporting sleeve plate, the extending plate extends toward an inner wall of the second receiving space, the inner barrel is located in the supporting sleeve space surrounded by the supporting sleeve plate, and the reserved portion of the garbage bag is supported on the extending plate.

Images