JP2010076829A - Binding device for compression device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prevent a binding cord from easily dislocating from a processed object or a binding cord guide due to a movement of a press body which moves up and down during a binding operation of the processed object after compressing waste materials by a compression device. <P>SOLUTION: In the compression device having a binding device for binding the compressed processed object, the binding device has the binding cord guide 22 for guiding the binding cord 21 for binding the compressed processed object is provided at an opposite side of a pulling-out port of a compression chamber along an inner wall surface, and the binding cord guide 22 is formed as a side-viewed triangle projection wherein its vertical surfaces are slant and a horizontal top side 22a formed by making the upper slant surface 22b and the lower slant surface 22b come in contact with each other is toward the compression chamber 4 inward direction. A cord passing hole 22d is formed to penetrate the vertical slant surfaces, and the binding cord 21 is vertically guided by the cord passing hole 22d. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a bundling device for bundling compressed processed products in a compressing device that compresses and binds wastes such as plastics, plastic bottles, and papers as processed products.

  A compression device that compresses and binds waste such as plastics, plastic bottles, paper, etc. as a processed product, repeatedly in one direction by a cylinder, etc. in the compression chamber, compresses the processed product, binds it, and compresses it. It was taken out as a thing.

  As a bundling device provided in such a compression device, a plurality of U-shaped grooves are provided on the opposite side of the outlet of the compression chamber, that is, on the back plate, and the bundling string is vertically guided by the grooves (conventional technology). 1).

  Therefore, when the press body, which is the compression means of the compression device, moves up and down in the compression chamber and repeatedly compresses the processed material, the processed material interferes with the binding string and loosens the string, or the binding string is U-shaped. There was a problem that it was easy to come off from the groove.

In order to overcome these problems, Japanese Patent Application Laid-Open No. 2002-211504 (Prior Art 2) discloses a “volume reduction packaging device”, and the configuration thereof is “a rope passage groove for allowing the rope R to pass through the back side of the compression platen 4”. In addition, an insertion hole 32 is formed in the compression platen 4 for inserting the extraction rod 40 and extracting the rope R. On the back side of the insertion hole 32, the rope R passes. The rope guide 34 is provided to guide the rope R to the central portion of the rope passage groove 11. Further, the insertion hole 32 is provided for guiding the extraction rod 40 to be inserted straight into the insertion hole 32. A guide protrusion 33 is provided. "
JP 2002-211504 A (Prior Art 2)

  When the binding string is guided up and down in the U-shaped groove on the back plate as in the prior art 1, the press body as the compression means moves up and down in the compression chamber and repeatedly compresses the processed material, or is compressed There is a problem in that the binding string is loosened or moved due to the restoration action of the processed material and is displaced from the normal position, and the string is not hung on the pull-out rod at the time of binding and cannot be pulled out.

  Further, according to the description in the [0020] column, the rope guide 34 of the prior art 2 is “When the volume of the object to be processed is reduced by the compression plate 4, as shown in FIG. The volume-reducing material G tends to rise in the rope passage groove 11A formed on the back plate 11. However, in the volume-reducing compression device 1 according to the present invention, as shown in FIG. The rope guide 34 is inserted into the rope passage groove 11A formed in the back plate 11. The rope guide 34 is provided in the compression plate 4 that moves up and down, and the horizontal direction of the rope guide 34 is as follows. The front end of the direction is engaged with the rope passage groove 11A, which is a U-shaped groove in the horizontal direction of the back plate 11, and moves up and down.

  That is, the rope guide 34 of the prior art 2 is configured to slide up and down the rope passage hole 11 </ b> A of the back plate 11 together with the compression plate 4, so that the binding string is pulled by the frictional resistance due to the vertical movement of the compression plate 4. There is a problem that it is easy to break due to the restoration pressure of the processed material due to the structure that protrudes from the compression plate. The present invention provides a bundling device for a compression device that can reliably hold and guide a bundling string with an easy structure.

To solve the above problem,
A compression chamber provided with an outlet capable of taking out the processed product compressed on one side surface from the compression chamber, an outlet door that can be opened and closed at the outlet, and an inlet port into which the processed product can be introduced;
Compression means having a press body that moves up and down in the compression chamber and repeatedly compresses the processed material;
In a compression device having a bundling device for bundling a compressed processed product,
The bundling device is provided with a bundling string guide for guiding a bundling string for bundling the compressed processed material along the inner wall surface on the opposite side of the outlet of the compression chamber,
The binding string guide is formed as a triangular projection in the side view that protrudes in the direction toward the inside of the compression chamber with the top and bottom surfaces inclined and the top and bottom surfaces touching each other. A bundling device for a compression device is proposed in which a hole is passed through and a bundling string is guided in the vertical direction by the string through-hole.

Further, the inner wall surface on the opposite side of the outlet of the compression chamber is a compression chamber formed of a plate-like body in which a plurality of U-shaped grooves are formed in the vertical direction in a horizontal cross section,
A bundling device for a compression device as described in the column 0009, in which a bundling guide is provided in the groove and the position of the top side is not from the inside of the groove, is proposed.

  The compression apparatus according to 0009 or 0010, wherein the binding string guide is a binding string guide that is provided with a string insertion port that is formed at a gap narrower than the string through hole that opens to the top side and continues to the string through hole. A bundling device is proposed.

  According to the present invention, it is possible to reliably hold and guide the binding string with a very simple configuration. In particular, the shape of the binding string guide is formed as a triangular projection in a side view that protrudes in the direction toward the compression chamber, with the horizontal top formed by making the upper and lower surfaces in contact with the upper and lower inclined surfaces. Since the pressure from the upper side and the pressure from the lower side can be released on an inclined surface, there is an effect that it is difficult for the binding string guide to hold the binding string.

  It is also very easy to install the binding string from the string insertion port of the binding string guide in the compression chamber to the string through hole, and the binding string floats from the bottom of the U-shaped groove when the string is pulled out by the pulling rod. Since it is held in a wet state, it can be easily hooked onto the pull-out rod, and the pull-out operation can be performed reliably and easily.

  FIG. 1 is a perspective view of a binding string guide of a binding apparatus, FIG. 2 is also a partial plan view, and FIG. 3 and FIG. 4 are perspective explanatory views of a compression apparatus having a binding string guide of the binding apparatus. The description will be made based on FIG. 5 to FIG.

  The bundling device 2 of the compression device 1 according to the embodiment of the present invention is a bundling device 2 that repeatedly compresses the processed product B introduced into the compression chamber 4 by the compression means 3 and binds the compressed processed product B. .

  The compression chamber 4 is formed of a vertically long rectangular parallelepiped space having a substantially rectangular shape in plan view, and a plurality of U-shaped grooves are formed in the rear plate 47 and the bottom plate 48 which are side plates facing the outlet 40. It consists of a plate-like body. The rear plate 47 is a plate-like body in which a plurality of U-shaped binding string grooves 49a are formed in the vertical direction in the horizontal section, and the bottom plate 48 has the U-shaped binding string grooves 49b in the vertical section in the front-rear direction. It is the plate-shaped object formed in multiple directions.

  The compression chamber 4 is provided with an extraction port 40 for taking out the processed product B compressed on one side surface from the compression chamber 4, and an extraction door 41 that can be opened and closed by rotating horizontally by a hinge provided at the side surface of the extraction port 40. Is provided. The extraction door 41 is provided with a door holding portion 42 and an extraction door opening / closing handle 43 for opening and closing the door holding portion 42 on the side surface opposite to the hinge. The take-out door 41 has an upper half as an input door 44 that can be opened and closed by a hinge provided in a horizontal folding portion, and the processed material B is supplied from an input port 45 formed by opening the input door 44. It is provided so that it can be put into the compression chamber 4. Further, an extruded plate 5 of a processed product push-out mechanism that pushes the processed product B compressed from the compression chamber 4 toward the outlet 40 on the inner surface side of the rear plate 47 of the compression chamber 4 is provided.

  In this embodiment, the compression chamber 4 is provided with a plurality of treatment object return prevention claws 46 which are protrusions for preventing the restoration of the treatment object on the inner surface side of the lower half of the extraction door 41 and the side surface where the outlet port 40 faces. ing. One piece of the processed material return prevention claw 46 is a triangular plate-like projection piece having a slope that becomes wider toward the upper end and protrudes toward the upper end. The extrusion plate 5 provided on the opposite side of the outlet 40 of the compression chamber 4 is operated in the direction of pushing out the processed material B from the compression chamber 4 by the extrusion means of the processed material extrusion mechanism (not shown).

  The binding device 2 includes a binding string roll 20, a binding string 21 that is fed out from the binding string roll 20, a binding string guide 22 that guides and holds the binding string 21, and a drawer bar 23 that pulls out the binding string 21.

  The binding string roll 20 is provided outside the rear plate 47 of the compression chamber 4 and is formed by winding the binding string 21 around a cylindrical body. In this embodiment, the four binding strings 21 are wound at substantially equal intervals.

  The binding cord 21 is a thin synthetic resin cord having a width of about 10 mm and a thickness of about 1 mm, and each binding cord 21 passes through a hole in the rear plate 47 of the compression chamber 4 and is a U-shaped binding cord of the rear plate 47. It is positioned in the groove 49a and is guided and held by the binding string guide 22. The binding string 21 is further positioned in the U-shaped binding string groove 49 b of the bottom plate 48, and the tip is positioned below the outlet 40.

  The binding string guide 22 is provided in two upper and lower positions in the U-shaped binding string groove 49 a of the rear plate 47. In these two places, the upper position is provided at a position slightly higher than the height position in a state where the compressed processed product B is bound, and the lower position is provided at the lowest position near the bottom plate 48. The binding string guide 22 is provided by fixing the mounting portion 22g at the top thereof to the bottom of the binding string groove 49a with a bolt or the like.

  The binding string guide 22 is a single plate-like body formed by bending or connecting plate-like bodies, and is formed as a horizontal surface formed by contacting the upper slope 22b and the lower slope 22c with the upper slope 22b and the lower slope 22c as slopes. The apex 22a is formed as a projection having a triangular shape in a side view protruding inward of the compression chamber 4. The top side 22 a of the binding string guide 22 is not higher than the depth of the binding string groove 49 a of the rear plate 47. The string through holes 22d and 22d are provided at the same upper and lower positions of the upper slope 22b and the lower slope 22c of the binding string guide 22, respectively, and the binding string 21 is guided and held in the vertical direction by the string through holes 22d and 22d. The binding string guide 22 may be configured as a mass assembled or integrally formed as another embodiment.

  As shown in FIG. 2, each string through-hole 22d of the binding string guide 22 opens a string insertion port 22e at the center of the top side 22a, and the string insertion port 22e extends to the upper and lower string through-holes 22d and 22d. Each is continuous by a gap 22f that is narrower than the through hole 22d.

  The pull-out bar 23 is a bar-like body having a hook portion 23a formed at the tip, and the rear plate 47 is bound through a string passing gap 31a which is a horizontal gap provided in the press body 31 of the compression means 3 described later. The binding string 21 located in the string groove 49a is hooked and the binding string 21 is pulled out from the outlet 40 through the string passing gap 31a. At this time, the binding string 21 passes through the string through-hole 22d and is in a state of being held floating from the bottom surface of the binding string groove 49a, and thus is easily hooked on the hook portion 23a of the drawer bar 23.

  In this embodiment, the compression means 3 comprises a hydraulic cylinder device and is provided in the upper part of the compression chamber 4. The hydraulic cylinder device 3 as compression means includes a hydraulic tank 30, a press body 31, a hydraulic pump 32, a hydraulic cylinder 33, and a press body guide shaft 34. The hydraulic cylinder 33 is composed of a cylinder body 33a and a cylinder rod 33b, and a press body 31, which is a plate-like body close to the cross-sectional shape of the compression chamber 4 described later, is provided in the horizontal direction at the tip of the cylinder rod 33b. The cylinder body 33a is provided in the upper part of the compression chamber 4 with the cylinder rod 33b extending in the downward direction, and compresses the processed material by repeated pressing of the press body 31 downward. The press body guide shaft 34 is provided in parallel on the both sides of the cylinder rod 33 b with a space therebetween, and the lower end is fixed to the upper surface of the press body 31. The press body 31 has a certain amount of thickness and a horizontal string passage gap 23 a through which the binding string 21 and the hook rod 23 can pass.

  Next, the operation of the bundling device 2 of the compression device 1 according to the embodiment of the present invention will be described. As shown in FIGS. 3 and 4, the compression device 1 is made of plastics at an appropriate time from the input port 45 opened by opening the input door 44 provided in the upper half of the extraction door 41 into the compression chamber 4. Wastes such as plastic bottles and papers are thrown in as the processed material B.

  As for the binding string 21 of the binding device 2, each of the four binding strings 21 from the binding string roll 20 is inserted into the compression chamber 4 through the hole of the rear plate 47 and is positioned in the binding string groove 49 a of the rear plate 47. At this time, the binding string 21 is formed between the string through hole 22d of the upper inclined surface 22b and the lower inclined surface 22c through a slightly narrow gap 22f from the string insertion port 22e of each of the binding string guides 22 provided in the upper and lower portions of the binding string groove 49a. It is inserted and held in the string through hole 22d. Since the binding string 21 is a thin string having a thickness of about 1 mm and a width of about 10 mm, the gap 22f is narrow. Therefore, once the binding string 21 is positioned in the string through hole 22d, it is difficult to come off the string through hole 22d.

  The operation panel 6 is operated for each injection, the hydraulic cylinder 33 of the compression means 3 is operated, the cylinder rod 33b is moved up and down, and the press body 31 provided at the tip of the cylinder rod 33b is also moved up and down. Then, the processing object B in the compression chamber 4 is compressed by the descending pressure of the press body 31, and this compression operation is repeated as the processing object charging operation is repeated. When the press body 31 moves upward, the processed object B tries to be restored because the pressure from above disappears, but it is caught by the bottoms of the plurality of processed object return prevention claws 46 protruding on the side surfaces in the compression chamber 4 to prevent the restoration. To do.

  The charging operation and the compression operation are repeated as many times as necessary, and after the compression of the processed product B by the compression means 3 is completed, the binding operation of the processed product B is started using the binding device 2. The operator operates the operation panel 6 and stops the cylinder rod 33b in an extended state, and the press body 31 stops the processed product B in a pressed state (FIG. 6).

  Next, the operator opens the take-out door 41, inserts the drawer bar 23 into the horizontal string passing gap 23a in the press body 31 from the outlet 40, and is positioned in the binding string groove 49a of the rear plate 47. The binding string 21 is hooked by the hook portion 23a at the tip, passes through the string passing gap 31a, and is taken out from the outlet 40 (FIG. 7).

  Next, the binding string 21 that has come out is cut at an appropriate position and tied to the end of the binding string 21 that passes under the workpiece B (FIG. 8). From this state, the operator operates the operation panel 6 to shorten the cylinder rod 33b and raise the press body 31 to complete the binding operation (FIG. 9).

  Further, the processed product B that is bound is moved in the direction of the outlet 40 when the extruded plate 5 positioned on the rear plate 47 side of the compression chamber 4 is moved toward the outlet 40 in the compression chamber 4. Then, it is removed from the processed product return preventing claw 47 and taken out to the outside of the compression chamber 4.

  This operation is sequentially repeated, and the compression operation, the bundling operation, and the extrusion operation are repeated, so that wastes such as plastics, plastic bottles, papers, and the like are compressed and reduced to form a compressed mass.

  The present invention is used in a compression apparatus that compresses and reduces and binds wastes such as plastics, plastic bottles, and papers as processed products.

A perspective view of a binding string guide of a binding device according to an embodiment of the present invention The top view of the binding string guide of a binding apparatus about embodiment of this invention Perspective view of a compression device having a bundling device Perspective view of a compression device having a bundling device Operational diagram of binding apparatus showing an embodiment of the present invention Operational diagram of binding apparatus showing an embodiment of the present invention Operational diagram of binding apparatus showing an embodiment of the present invention Operational diagram of binding apparatus showing an embodiment of the present invention Operational diagram of binding apparatus showing an embodiment of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Compression apparatus 2 Bundling apparatus 20 Bundling string roll 21 Bundling string 22 Bundling string guide
22a Top side
22b Upper slope
22c Lower slope
22d String through hole
22e String insertion slot
22f gap
22g Mounting part 23 Drawer bar
23a Hook 3 Compression means 30 Hydraulic tank 31 Press body
31a String passing gap
32 Hydraulic pump 33 Hydraulic cylinder
33a Cylinder body
33b Cylinder rod 34 Press body guide shaft 4 Compression chamber 40 Outlet 41 Extraction door 42 Door holding part 43 Door holding part opening / closing handle 44 Input door 45 Input port 46 Material return prevention claw 47 Rear plate 48 Bottom plate 49a Binding string groove 49b Cable tie 5 Extrusion plate 6 Operation panel

Claims (3)

A compression chamber provided with an outlet capable of taking out the processed product compressed on one side surface from the compression chamber, an outlet door that can be opened and closed at the outlet, and an inlet port into which the processed product can be introduced;
Compression means having a press body that moves up and down in the compression chamber and repeatedly compresses the processed material;
In a compression device having a bundling device for bundling a compressed processed product,
The bundling device is provided with a bundling string guide for guiding a bundling string for bundling the compressed processed material along the inner wall surface on the opposite side of the outlet of the compression chamber,
The binding string guide is formed as a triangular projection in the side view that protrudes in the direction toward the inside of the compression chamber with the top and bottom surfaces inclined and the top and bottom surfaces touching each other. A bundling device for a compression device, wherein a bundling string is guided in a vertical direction through the hole through the hole. The inner wall surface on the opposite side of the outlet of the compression chamber is a compression chamber made of a plate-like body in which a plurality of U-shaped grooves are formed in the vertical direction in a horizontal section,
The binding device for a compression device according to claim 1, wherein the binding string guide is provided in the groove and the position of the top side is not from the inside of the groove.   3. The compression device according to claim 1, wherein the binding string guide is a binding string guide provided with a string insertion opening formed of a gap narrower than a string through hole that opens to the top side and continues to the string through hole. Binding device.

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