KR100850676B1 - Sorting compressor for sorting reduction appartus of beverage vessel - Google Patents

Abstract

An apparatus for sorting and compressing beverage container is provided to support a fixing press unit by a bracket through a spring force to absorb an impact when a movable press unit sticks to the fixing press unit, so that the mechanical stress of the movable press unit and the fixed press unit is minimized. An apparatus for sorting and compressing beverage containers includes a sorting unit(110), a pressing unit(120), a motor(130), and a driving unit(140). The sorting unit has sorting spaces communicating with a container introducing unit(2). The sorting unit selectively opens/closes sorting spaces by detecting the material of a beverage container based on an impact sound of the beverage container. The pressing unit includes a fixing press unit(121) and a movable press unit(124) facing with each other. A guide bar(126) passing through the movable pressing unit is fixed to the movable press unit. The movable press unit presses the beverage container. The driving unit allows the motor to reciprocate.

Description

Sorting compressor for sorting reduction appartus of beverage vessel

The present invention relates to a beverage container sorting and crimping apparatus, and more particularly, to a beverage container sorting and crimping apparatus for sorting by the type of material of the beverage container, and to be discharged by pressing the selected beverage container. .

In general, a beverage container refers to a container for storing and storing a beverage for sale, and stores and sells beverages such as health drinks, alcoholic beverages, soft drinks and bottled water, and uses a glass bottle to store the beverage. However, in recent years, cans of metal and plastics (pet) have been developed to produce containers for storing, packing and storing beverages in various shapes and materials.

The beverage containers are used once and discarded once, and the environment is seriously polluted, and as the waste of resources is collected, the used containers are collected to reduce the environmental pollution by recycling and to seek efficient use of resources. to be.

As described above, in order to recycle the beverage container, the used glass bottles, cans and plastic containers are collected at a predetermined place in a mixed state, and the collected containers are separated into glass bottles, cans and plastics according to the material, and sorting is performed. The sorted and separated container is recycled through a different recycling method according to each material.

In this case, recycling is maintained in the case of a glass bottle, which is difficult to handle, and in the case of a can, the volume is greatly reduced when it is compressed by pressing, and then compressed and transported after the sorting operation before the transfer to the recycling facility. In this case, since it is possible to be crushed by a blade made of a synthetic resin material, it has been reduced after the crushing and conveyed in a state in which the volume is reduced to be reduced.

However, this recycling method collects, separates, and transports the containers, so that the costs associated with the collection and the costs of the sorting are doubled, and a place for collecting and sorting the containers used after collection is needed. Odor is generated from remaining beverages and various wastes discharged from beverage containers, and it is difficult to separate them, and facilities for sorting and reducing beverage containers are expanded according to the amount of use as the facilities for pre-processing after separation are increased. There was an increasing problem.

Therefore, recently, when a beverage container is put in, the beverage container sorting and separating container, which is classified and sorted for each type and received and collected in a state of performing compression and grinding operations, is disclosed in Japanese Utility Model Registration No. 3133346, which is illustrated in FIGS. 1 and 2. Looking at it as follows.

When the aluminum cans, steel cans and PET bottles for beverages are put on the input shutter 2 while the photoelectric switch 32 is turned on, the cam mounting plate 14 is driven and coupled to the female joint 42 when it is inserted. Compression is carried out by driving (44), and compression is carried out with compression of the eject spring 48 after compression, and the injected beverage container is compressed into a plastic bottle and crushed into three pieces, and compressed into aluminum cans and steel cans, and divided into two. The cut and sorted material is stored in each bucket, and the recovered polyethylene bag which has been punched out is covered inside the bucket, and the processed materials are stored.

In this way, the beverage container sorting and separation container of the prior art configured is complicated to process the compression and cutting of the beverage container, there is a problem that can not be separated and collected by the non-compressed material by compressing the injected container collectively.

In addition, the beverage container sorting and separation container of the prior art, there is a problem that can not be stored without being able to receive a glass bottle commonly used as the glass bottle can not be selected when the beverage container is added.

In addition, the beverage container sorting and separating container of the prior art when the arm is provided on one side of the cam mounting plate during compression is compressed to the movable compression plate by the combined portion is biased to one side to increase the movable force By the biased force acting, there was a problem that the arm is dislodged or the failure frequently occurs.

In addition, the beverage container sorting and separating container of the prior art is hinged to rotate while transmitting the rotating power to the movable compression plate coupled to the hinge coupled to the cam mounting plate is operated to compress the hinge rotates along the outer periphery Torsion and bending stress generated at the time of rotation as the reciprocating is concentrated on the hinge side, there was a problem that breakage occurs.

In addition, the prior art beverage container sorting and separation container is broken when the drink is compressed in the state in which the beverage remains in the introduced beverage container, the residue is scattered inside the container is introduced into the compressed arm and the cam installation plate and contaminated. There was a problem that causes this to occur.

In order to solve the problems, the main purpose of the present invention is to select the material of the beverage container through the beverage container sorting and crimping device can be selected and squeezed only the beverage containers of metal and non-metallic materials except for the glass container. To help.

In addition, another object of the present invention is to change the movable pressing means back and forth by varying in the reciprocating linear motion through the eccentric bar and the transmission unit directly connected to the rotary shaft of the drive unit for generating a rotational force when pressing the selected beverage container, electric joint It is to simplify the step of to improve the driving force and to further improve the straightness of the movable pressing means.

In addition, another object of the present invention is to support the fixed pressing means to the support bracket by the spring force to absorb the impact force generated when the movable pressing means is in close contact with the fixed pressing means of the fixed pressing means and the movable pressing means The purpose is to minimize mechanical stress.

Another object of the present invention is to pressurize when the beverage container is put in a sealed state by punching the perforated pin mounted on the fixed pressing means in the sorting space when the movable pressing means is pressed against the fixed pressing means. This prevents the internal pressure of the beverage container from rising and bursting, and facilitates the discharge of the beverage remaining in the beverage container.

In addition, another object of the present invention by installing a pressing plate having a corrugated surface on the front surface of the movable pressing means, so that the beverage container is pressed in the shape of the waveform having a curved shape rather than completely compressed to remain inside the beverage container. It is to prevent the beverage from being scattered to the outside of the beverage container by dispersing it into the space provided in the form of a waveform.

As such, the beverage container sorting and pressing device of the present invention devised to achieve the object is used to put the beverage container used as an input unit to compress the beverage container selected by the sorting pressing device and then crushed the beverage container pressed through the crushing unit In the beverage container sorting container to be stored in the receiving portion, the sorting and pressing device is provided with a sorting space communicated with the inlet, the sorting door is rotated by the door operating part of the lower portion of the sorting space is installed The sorting unit which grasps the material according to the impact sound wavelength of the beverage container and the sorting door to selectively open and close the sorting space, and the fixed pressing means and the movable pressing means perpendicular to both sides of the sorting space are provided to face each other, Guide bar coupled to the support bracket upright in the rear of the means is fixed to the movable pressing means to guide the guide bar And receiving the pressing unit is moved to the front and rear direction, the pressing portion is pressed into the sorting space and crimping the sorted beverage container, and a fixed block is installed on the back of the movable pressing means, but arranged vertically between the guide bar In the fixed block, the fork bracket is divided up and down, and then coupled to each side of the pair of electric bars hinged to the fork bracket in the horizontal direction through the perforated through hole of the support bracket, and the end side of the electric bar is the rotational force The hinge unit is coupled to the line side of the eccentric bar eccentrically coupled to the rotation axis of the drive means to generate a drive unit for allowing the rotational force of the drive means to reciprocate the motor straight through the eccentric bar.

According to the present invention, the door operation portion is provided with a sorting door rotatably installed in the lower direction of the movable pressing means to extend to the bottom of the sorting space to seal the lower part of the sorting space, the hinge means of the power door to the hinge connection portion of the sorting door A pair of link members that receive power are coupled so that the link member is electrically connected by the operation of the power means to selectively open and close the sorting door, and the open / close signal of the sorting door is installed at the front lower portion of the fixed pressing means. The metal of the beverage container is sensed by sensing the impact sound waves of the beverage container and the selection door that the sensor falls freely into the sorting space. Characterized in that the non-metallic material and the glass screen to determine the signal applied to the door operating portion.

According to the present invention, the pressing portion is provided with a support bracket spaced apart from the rear of the fixed pressing means, and then guide pins are coupled to the guide pins protruding between the fixed pressing means and the support bracket separation space by penetrating the support brackets. When the movable pressing means is advanced to be in close contact with the fixed pressing means is characterized in that it is configured to elastically accept the impact force.

According to the present invention, the pressing portion is provided with a support bracket to be spaced apart from the rear of the fixed pressing means formed a plurality of through holes, and then the support bar fixed to the support bracket is disposed between the space and the support bar to protrude the perforated pin The part of the through-hole is pushed to the rear by the pressing force of the movable pressing means while the perforated pin is to perforate the beverage container located in the sorting space through the through hole, and the step formed at the end of the support bar and A second spring is installed between the front surfaces of the support brackets so as to absorb the impact force of the movable pressing means and the fixed pressing means.

According to the present invention, the front surface of the movable pressing means is installed in the form of a pressing plate and the concave surface successively in the form of a wave form when the pressing plate of the movable pressing means in close contact with the fixed pressing means in the form of a wave form It is characterized in that the beverage container is compressed so that the beverage residues remaining inside the beverage container are dispersed in the beverage container space which is not completely compressed by the concave surface without being scattered to the outside.

As described above, the beverage container sorting and crimping apparatus of the present invention sorts the material of the beverage container through the beverage container sorting and pressing device to sort only the beverage containers of metal and non-metallic materials except for the glass container having brittleness. It can be compressed so that the recycling rate can be improved more.

In addition, the beverage container sorting and pressing device of the present invention can be moved forward and backward by varying the reciprocating linear motion through the eccentric bar and the electric drive directly connected to the rotary shaft of the drive unit for generating a rotational force when pressing the sorted beverage container. By doing so, it is possible to simplify the steps of the electric joint to improve the driving force and further improve the straightness of the movable pressing means to improve the crimping efficiency.

In addition, the beverage container sorting and pressing device of the present invention is such that the fixed pressing means is supported on the support bracket by the spring force to absorb the impact force generated when the movable pressing means is in close contact with the fixed pressing means and the fixed pressing means and By minimizing the mechanical stress of the movable pressing means, there is an effect to minimize the remaining trouble of the crimping device and increase the life of the equipment.

In addition, the beverage container sorting and crimping device of the present invention, when the movable pressing means is pressed against the fixed pressing means, the perforated pin mounted on the fixed pressing means perforates the beverage container located in the sorting space so that the beverage container is in a sealed state. When it is injected into the container, the inner pressure of the beverage container rises due to the pressing force to prevent it from being scattered to the outside, while quickly discharging the beverage remaining inside the beverage container to the outside. It is effective in preventing corrosion and unclean effects on the surrounding environment.

In addition, the beverage container sorting and crimping device of the present invention by installing a pressing plate having a corrugated surface on the front of the movable pressing means, so that the beverage container is pressed in the shape of a waveform having a curved shape rather than completely compressed The beverage remaining inside the container is distributed to the part where the space in the form of a wave form is maximized so that the effect is not scattered to the outside of the beverage container.

Thus, look at the preferred embodiment of the present invention configured with a sorting compression device for sorting container of the present invention with reference to the drawings as follows.

First, in the drawings, the same components or parts are to be noted that the same reference numerals as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

Figure 3 is a perspective view showing a screening separator according to the invention, Figure 4 is a cross-sectional view showing a screening separator according to the invention, Figure 5 is an exploded perspective view showing a screening separator according to the invention, Figure 6 is a perspective view showing a state before the crimping operation of the screening separator according to the invention, Figure 7 is a perspective view showing a state after the crimping operation of the screening separator according to the invention, Figure 8 is a screening separation according to the present invention 9 is a cross-sectional view showing a state before the crimping operation of the container, Figure 9 is a cross-sectional view showing a state after the crimping operation of the screening separator according to the invention, Figure 10 is a state before the crimping operation of the screening separator according to the present invention 11 is a cross-sectional view showing a flat cross-sectional view showing a state after the crimping operation of the screening separator according to the present invention, Figure 12 is a side view showing a screening separator according to the present invention The.

As shown in Figures 3 to 12, the beverage container sorting and pressing device of the present invention is automatically sorted for recycling of cans, pets, glass bottles, etc., the container filled with the beverage to the volume according to the type It is a device mounted on the sorting separator container (1) to increase the collection efficiency as it is reduced.

Here, the sorting separation vessel (1) is used to put the beverage container used in the input unit (2) to squeezed the beverage container selected by the sorting compression device 100 and then crushed beverage container through the crushing unit (3) It is composed of a constituent device for storing the crushed part after the crushing.

The beverage container sorting and pressing device 100 of the present invention in charge of the selection and compression of the beverage container in the sorting and separating container (1) consists of the following configuration.

The material of the beverage container introduced into the inlet (2) is metal. The sorting unit 110 to determine whether the non-metal material or glass material, and the beverage container selected by the sorting unit 110 to move forward and backward on the horizontal line to squeeze the metal and non-metal material except for the glass material beverage Compression unit 120 for crimping the container, a transmission unit 130 for linearly reciprocating the compression unit 120, and a driving unit 140 for transmitting a rotational force to the transmission unit 130.

The sorting unit 110 is provided with a sorting space 111 in communication with the lower portion of the input unit 2, the sorting door 113 is rotated by the door operating part 112 in the lower portion of the sorting space 111. Is installed and the beverage container introduced into the sorting space 111 is placed in the sorting door 113 to grasp the material of the beverage container according to the wavelength of various impact sounds generated by the sorting space (111) Selectively open and close the bottom of the.

That is, the selection of the material of the beverage container is a beverage container in which the sound sensor 112c installed in the lower portion of the front of the fixed pressure stamp stage 121 of the crimping unit 120, which is applied below, falls freely into the selection space 111. The beverage container is made of metal through the different sound waves according to the material of the beverage container by sensing the wavelength of the impact sound generated while seated on the upper surface of (113). The sorting signal, which determines whether it is a non-metallic material or a glass material, is applied to the door operating part 112.

In this case, the door operation part 112 has a sorting door 113 rotatably installed in the lower direction of the crimping part 120 to extend to the lower part of the sorting space 111 to seal the lower part of the sorting space 111. And a pair of link members 112a provided with the power of the solenoid valve, which is the power means 112b, to the hinge connection portion of the sorting door 113 to link by the operation of the power means 112b. The member 112a is electrically coupled to selectively open and close the sorting door 113.

Then, the sorting door 113 is rotatably installed in the lower direction of the movable pressing means 124 to be applied below to selectively open and close the lower portion of the sorting space 111, the opening and closing operation of the beverage container and can In the case of a PET material, it is kept closed, and in the case of a brittle material, that is, a glass material, it is switched from a closed state to an open state, and the beverage container is separated without pressing the glass container. It transfers to the accommodating part 4 of a container.

As described above, the beverage container of the can or pet material except for the glass material received power from the driving unit 140 in a state seated on the upper surface of the sorting door 113 which closed the lower part of the sorting space 113. The crimping unit 120 operates through the electric joint of the electric motor 130 to compress the beverage container.

In this configuration of the crimping unit 120, the fixed pressing unit 121 and the movable pressing unit 124 are provided to face each other perpendicularly to both sides of the sorting space 111, and are erected at the rear of the movable pressing unit 124. The guide bar 126 coupled to the support bracket 125 is fixed to the movable pressing means 124 and guided by the guide bar 126, and the movable pressing means 124 is advanced to be introduced into the sorting space 111. Squeeze cans or pet containers.

That is, when the movable pressing means 124 is moved forward or backward by the guide bar 126 installed on the support bracket 125, the movable pressing means 124 is advanced to the fixed pressing means 121 while ensuring a more secure straightness The beverage container placed in the sorting space 111 is compressed.

At this time, the support bracket 122 is spaced apart from the rear of the fixed pressing means 121, and the guide pin 123 penetrates through the supporting bracket 122 to space the fixed pressing means 121 and the supporting bracket 122. Compression is performed by coupling the first spring 123a to the guide pin 123 protruding between the spaces so that the movable pressing means 124 elastically receives the impact force generated when the fixed pressing means 121 is pressed. By minimizing the mechanical stress of the part 120 can minimize the trouble of the compression device and increase the life of the equipment.

In addition, the fixed pressing means 121 is formed with a plurality of through holes (121a) to install the support bracket 122 spaced apart from the rear of the fixed pressing means 121, and then the support bar fixed to the support bracket 122 (128) is disposed between the spaced space, and the support bar (128) protrudes the perforating pin (128a) to be partially embedded in the through hole (121a) to advance the movable pressing means (124) fixed pressing means (121) The pressurizing means 121 receives the pressing force and partially pushes the pressing force to the rear when the pressure is pressed, so that the perforated pin 128a is perforated in the beverage container located in the sorting space 111 through the through hole 121a. do.

This means that when the beverage container is put into the sorting space 111 in a sealed state, the internal pressure of the beverage container rises due to the pressing force of the crimping unit 120, thereby preventing the popping of the remaining beverage from being blown out by the expansion phenomenon. This is to prevent it from happening.

In addition, a second spring 128c is installed between the stepped portion 128b formed at the end of the support bar 128 and the front surface of the support bracket 122 so that the impact force of the movable pressing means 124 and the fixed pressing means 121 is provided. It can be absorbed to prevent the crimping unit 120 from cracking due to the mechanical stress caused by the impact force repeatedly.

Then, on the front surface of the movable pressing means 124, a pressing plate 127 is formed on the front surface of the movable pressing means 124 to form a projection surface 127a and a concave surface 127b in sequence and press the movable pressing means to the fixed pressing means 121. When the pressing plate 127 of the means 124 is in close contact, the beverage container is pressed in the form of a wave so that the beverage residue remaining inside the beverage container is completely pressed by the concave surface 127b without being scattered to the outside. Distribute to unused beverage container spaces.

In addition, the transmission unit 130 is installed on the back of the movable pressing means 124 fixed block 131, but is arranged vertically between the guide bar 126, the fork bracket 132 on the fixed block 131. The side of the pair of electric bars 133 penetrated horizontally through the perforated through hole 125a of the support bracket 125 and then coupled to the upper and lower sides hinged to the fork bracket 132, respectively, generated from the drive unit 140. It is possible to change the rotational movement to a linear reciprocating motion.

In addition, the driving unit 140 is hinged to the line side of the eccentric bar 142 eccentrically coupled to the rotary shaft 141 of the driving means 143 for generating the rotational force is the end side of the electric bar 133 the driving means 143 The rotational force of) allows the electric drive 130 to reciprocate straight through the eccentric bar 142.

Thus, looking at the action of the beverage container sorting and pressing device 100 of the present invention configured as follows.

First, when a beverage container is put into the input unit 2 of the sorting and separating container 1, the beverage container is supplied to the sorting space 111 of the sorting unit 110, and sorted in the lower portion of the sorting space 111 to be supplied When the sound sensor 112c detects a drop sound generated when the drop is settled on the door 113, that is, the impact sound, and the beverage container is a glass bottle or a foreign substance, the sorting doors 113 and 112 are operated by the door operating part. Operation by the 112 to open the sorting space 111 is accommodated in the housing (4).

In addition, when the can and the pad are supplied, the sorting door 113 maintains the sorting space 111 closed so that a beverage container made of a can or a pet material is placed inside the sorting space 111.

As described above, when the crimping object is selected, the eccentric bar 142 coupled to the rotation shaft 141 to be eccentrically coupled to the rotation shaft 141 by driving the driving means 143 to rotate the pair of electric bars 133 By switching to a linear reciprocating motion, the hinged fork bracket 132 advances the movable pressing means 124 of the fixed block 131 to which it is fixed.

The advancing movable pressing means 124 presses the beverage container located in the sorting space 111 to minimize the volume, and at the same time, the fixed pressing means 121 is movable pressing means together with the beverage container being pressed. The punching pin 128a of the support bar 128 fixed to the support bracket 122 while being pushed backward by a predetermined width by the pressing force of 124 is exposed to the outside of the through hole 121a to perforate the beverage container.

This, when the beverage container is put into the sorting space 111 in a closed state to prevent the internal pressure of the beverage container rise by bursting by the pressing force of the pressing unit 120 to prevent the remaining beverage from scattering to the outside. To make it work.

As described above, as the forward force of the movable pressing means 124 is exerted, as well as the perforating operation of the beverage container, the beverage container is completely compressed, and then the movable pressing means 124 is reversed by the continuous rotational force transmission of the driving means 143. Done.

Here, the movable pressing means 124 is advanced when the rotating shaft 141 of the driving means 143 is rotated half an angle of 90 degrees, and subsequently is reversed from the fixed pressing means 121 when rotating at 180 degrees.

In particular, when the movable pressing means 124 is in close contact with the fixed pressing means 121 and the pressing force is exerted, the first spring coupled to the support bar 128 and the guide pin 123 to minimize the impact force due to mutual friction. The impact force is attenuated by the elastic force of the 123a and the second spring 128c, so that the movable pressing means 124 and the fixed pressing means 121 can prevent cracking due to mechanical stress, thereby extending the life of the equipment. To help.

In addition, the pressing plate 127 attached to the front of the movable pressing means 124 is formed in succession with the projection surface 127a and the concave surface 127b in the form of a wave so that the compressed beverage container is not pressed in a completely flat state. By pressing the shape of the curved shape to the projection surface 127a and the concave surface (127b) without bending, the beverage remaining in the beverage container by the concave surface (127b) of the beverage container is not completely compressed Disperse the remaining beverages into the empty spaces so that the remaining beverages do not scatter outside the beverage container.

This prevents the remaining beverage from being scattered and corroded from the peripheral equipment of the sorting and separating container 1 equipped with a beverage container sorting and crimping device. This is to avoid adding.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary and will be understood by those of ordinary skill in the art that various modifications and variations can be made therefrom. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

1 is a block diagram showing a separation separator container according to the prior art.

Figure 2 is a block diagram showing a crimping portion of the separation separator container according to the prior art.

Figure 3 is a perspective view showing a separation separator container according to the present invention.

Figure 4 is a cross-sectional view showing a separation separator container according to the present invention.

Figure 5 is an exploded perspective view showing a separation separator container according to the present invention.

Figure 6 is a perspective view showing a state before the crimping operation of the screening separation vessel according to the present invention.

Figure 7 is a perspective view showing a state after the crimping operation of the screening separation vessel according to the present invention.

Figure 8 is a cross-sectional view showing a state before the crimping operation of the screening separation vessel according to the present invention.

Figure 9 is a cross-sectional view showing a state after the crimping operation of the screening separation vessel according to the present invention.

Figure 10 is a flat cross-sectional view showing a state before the crimping operation of the screening separation vessel according to the present invention.

Figure 11 is a flat cross-sectional view showing a state after the crimping operation of the screening separation vessel according to the present invention.

Figure 12 is a side view showing a separation separator container according to the present invention.

Explanation of symbols for main parts in drawing

100: sorting and pressing device 110: sorting unit

111: sorting space 112: door operating unit

112a: link member 112b: power means

112c: Sound sensor 113: Sorting door

120: crimping portion 121: fixed pressing means

121a: through hole 122: support bracket

123: guide pin 123a: first spring

128: support bar 128a: perforated pin

128b: step 128c: second spring

124: movable pressing means 125: support bracket

125a: through hole 126: guide bar

127: pressing plate 127a: projection surface

127b: concave surface 130: electric drive

131: fixed block 132: fork bracket

133: electric bar 140: drive unit

141: rotation axis 142: eccentric bar

143: driving means

Claims (5)

In the beverage container sorting container for putting the used beverage container into the input unit to squeezed the beverage container selected by the sorting compression device, and then crushed the beverage container pressed through the crushing unit and then stored in the storage unit, The sorting and crimping device is provided with a sorting space in communication with the input unit, grasps the material according to the impact sound wavelength of the beverage container and the sorting door is installed by the sorting door is rotated by the door operating portion of the lower portion of the sorting space. A sorting unit for selectively opening and closing the sorting space by The fixed pressing means and the movable pressing means perpendicular to both sides of the sorting space are provided to face each other, and the guide bar coupled to penetrate the support bracket upright behind the movable pressing means is fixed to the movable pressing means to guide the guide bar. A pressing unit for receiving and pressing the movable pressing means to move in the front and rear directions and into the sorting space to compress the sorted beverage container; A fixed block is installed on the rear surface of the movable pressing means, but is vertically disposed between the guide bars. The fixed block has a fork bracket divided up and down, and then a pair of electric bars penetrated horizontally through the perforated holes of the support bracket. Electric parts hinged to the side of the fork bracket, respectively, The end side of the electric bar is composed of a drive unit which is hinged to the line side of the eccentric bar eccentrically coupled to the rotary shaft of the drive means for generating a rotational force to allow the rotational force of the drive means to reciprocate the motor unit straight through the eccentric bar. Beverage container sorting and crimping device. The method of claim 1, As long as the door operation part is installed in the lower direction of the movable pressing means so that the sorting door extends to the lower part of the sorting space to seal the lower part of the sorting space, and the power of the power means is provided at the hinge connection part of the sorting door. The link member of the pair is coupled to the link member by the operation of the power means to open and close the selective door selectively, The opening and closing signal of the sorting door is a metal sensor of the beverage container by sensing the impact sound wave of the beverage container and the selection door freely falling into the sorting space by the sound sensor installed in the front lower portion of the fixed pressing means. Beverage container sorting and crimping device, characterized in that configured to apply the signal to the non-metallic material and glass screening grasping. The method of claim 1, The crimping part is provided with a support bracket spaced apart from the rear of the fixed pressing means, the guide pin penetrates through the support bracket, and combines the first spring to the guide pin protruding between the fixed pressing means and the support bracket separation space so that the movable pressing means Beverage container sorting and crimping device characterized in that configured to receive the impact force elastically when advancing in close contact with the fixed pressing means. The method of claim 1, The crimping portion is provided with a support bracket spaced apart from the rear of the fixed pressing means formed a plurality of through holes, and then a support bar fixed to the support bracket is disposed between the spaces, and the support bar protrudes a perforation pin to partially penetrate the through hole. While the fixed pressing means is pushed backward by the pressing force of the movable pressing means so that the perforated pins perforate the beverage container located in the sorting space through the through hole, And a second spring installed between the stepped portion formed at the end of the support bar and the front surface of the support bracket to absorb the impact force of the movable pressing means and the fixed pressing means. The method of claim 1, The front surface of the movable pressing means is provided with a pressing plate which is formed in succession to form a projection surface and a concave surface in the form of a wave so that the beverage container is pressed in the form of a wave when the pressing plate of the movable pressing means is in close contact with the fixed pressing means. The beverage container sorting and crimping device, characterized in that configured to be dispersed in the beverage container space remaining in the beverage container is not completely compressed by the concave surface is not scattered to the outside.

Images