JP5694050B2 - Belt bagging equipment - Google Patents

Description

  The present invention relates to a belt bagging apparatus for packing an endless belt into a packaging bag.

  When an operation of packing a belt such as a V-belt for a vehicle into a packaging bag is performed, for example, a packaging bag and a belt are first prepared. The worker inserts the belt into the bag with the bag opening widened, and passes the bag containing the belt to another worker. This other worker seals the opening of the bag with a heat sealing device. In this way, the belt is enclosed in the bag.

  On the other hand, Patent Document 1 discloses an apparatus for packing ice into a bag. The apparatus disclosed in Patent Document 1 is configured to drop ice with the opening of the bag opened upward and to put the ice inside the bag. Moreover, in patent document 2, the apparatus which packs confectionery etc. in a bag is disclosed. The device disclosed in Patent Document 2 is configured to push the confectionery into the bag with the bag opening opened sideways.

JP-A-6-64629 JP 2011-51653 A

  According to the bagging device disclosed in Patent Document 1, the operation of packing ice into a bag can be performed automatically. Moreover, according to the bagging apparatus disclosed in Patent Document 2, the operation of packing confectionery or the like into a bag can be performed automatically. For this reason, it is possible to eliminate the reduction in efficiency and the variation in efficiency caused by the worker, and the efficiency of the bagging work can be improved.

  However, in the bag filling device disclosed in Patent Literature 1 and the bag filling device disclosed in Patent Literature 2, it cannot be said that an operation of filling a belt with a belt whose shape is likely to change due to bending or the like is assumed. When attempting to pack a belt into a bag using the bagging device disclosed in Patent Document 1 or Patent Document 2, when the belt is inserted into the opening of the bag, the belt contacts the opening of the bag. There is a risk of bending into an unintended shape. When such unintended bending of the belt occurs, it becomes difficult to smoothly insert the belt into the bag, and it takes time to pack the belt in the bag.

  In view of the above circumstances, an object of the present invention is to provide a belt bagging apparatus that can automate the operation of bagging a belt and can perform the operation of bagging a belt more quickly. .

  A belt bagging apparatus according to a first invention for achieving the above object relates to a belt bagging apparatus for packing an endless belt into a packaging bag provided with an opening. And the belt bagging apparatus according to the first invention has a belt transport mechanism for transporting the belt to a predetermined standby position, and a guide portion for guiding insertion of the belt into the packaging bag, A case housing the belt at the standby position, a bag supply mechanism for supplying the packaging bag to a predetermined insertion position, and a bag opening for expanding the opening of the packaging bag disposed at the insertion position A mechanism, a belt insertion mechanism for inserting the belt together with the case into the packaging bag disposed at the insertion position, and taking out the case from the packaging bag; and heating and welding the opening of the packaging bag And a bag sealing mechanism for sealing.

  According to the present invention, since the belt transport, the insertion into the packaging bag, and the sealing of the packaging bag can be automated by the belt bag filling device, the operation of filling the belt into the packaging bag can be performed more quickly. Specifically, the belt is transported to a standby position by a belt transport mechanism, and is disposed in the case at the standby position. Next, the opening of the packaging bag arranged at the insertion position by the bag supply mechanism is expanded by the bag opening mechanism. The belt insertion mechanism inserts the case and the belt into the packaging bag through the opening. At this time, the guide portion of the case functions as a guide member for inserting the belt into the packaging bag. For this reason, when inserting a belt into a packaging bag, it can suppress that a belt contacts a packaging bag and bends carelessly, and can insert a belt into a packaging bag smoothly (rapidly). The time required for inserting the belt into the packaging bag can be shortened, and the operation of packing the belt into the packaging bag can be performed more quickly.

  Therefore, according to the present invention, it is possible to provide a belt bagging apparatus that can automate the operation of bagging the belt and can perform the operation of bagging the belt more quickly.

  A belt bagging apparatus according to a second invention is the belt bagging apparatus according to the first invention, wherein the belt conveyance mechanism engages the first conveyance member movable along a predetermined conveyance direction and the belt. However, it has a locking portion that is transported in the transport direction by the first transport member, and a second transport member that receives the belt from the locking portion and displaces the belt to the standby position. It is characterized by.

  According to the present invention, the belt can be transported to the standby position more accurately by using the second transport member while the belt is transported quickly by the first transport member. As a result, the belt can be accommodated in the case at the standby position without error, so that the belt can be packed more quickly.

  A belt bagging apparatus according to a third invention is the belt bagging apparatus according to the first or second invention, wherein the bag supply mechanism sucks the plurality of packaging bags placed horizontally one by one, A first suction member that pivots around a horizontally extending central axis to stand up the packaging bag, and a suction member that sucks up the packaging bag, thereby removing the packaging bag from the first suction member. The second suction member to be received and held, and the second suction member is fixed, and can be turned around a turning center axis extending vertically, and the packaging bag held by the second suction member is And a swivel body arranged at the insertion position.

  According to the present invention, the bag supply mechanism holds the packaging bag using the adsorption force. If it is the structure using adsorption force, the chucking operation | work of a packaging bag and the release operation | work of a chucking are unnecessary for delivery of the packaging bag. Thereby, the packaging bag can be quickly transferred from the first suction member to the second suction member. Moreover, since the turning motion of the revolving body is a simple operation, the packaging bag can be moved at a high speed by the revolving body, and the packaging bag can be quickly placed at the insertion position.

  A belt bagging apparatus according to a fourth invention is the belt bagging apparatus according to the third invention, wherein the bag opening mechanism adsorbs the opening of the packaging bag and is spaced apart from the second adsorbing member. By doing so, it has the 3rd adsorption member which expands the opening part in cooperation with the 2nd adsorption member.

  According to this invention, the operation of expanding the opening can be quickly performed with a simple configuration in which the third suction member is spaced from the second suction member while the packaging bag is sucked.

  The belt bag filling device according to a fifth aspect of the invention is the belt bag filling device of the third or fourth aspect, wherein the bag sealing mechanism is a position where the swiveling body swivels the packaging bag by a predetermined amount from the insertion position. Then, the opening of the packaging bag is sealed.

  According to the present invention, the operation of turning the swivel body by a predetermined amount from the insertion position is a simple operation, so that a high-speed operation can be realized, and the packaging bag can be quickly conveyed to the bag sealing mechanism.

  A belt bagging apparatus according to a sixth aspect of the present invention is the belt bagging apparatus according to any one of the first to fifth aspects, wherein the guide portion of the case is a pair of opposingly arranged so as to sandwich the belt from the outside. It has a leg part.

  According to the present invention, the operation of inserting the belt into the packaging bag can be guided by the opposing leg portion arranged outside the belt. Thereby, the operation of inserting the belt into the packaging bag can be performed more smoothly (quickly).

  According to a seventh aspect of the present invention, there is provided the belt bagging apparatus according to the sixth aspect, wherein the pair of opposed legs hold the belt in the case by sandwiching the belt.

  According to this invention, since the belt can be held by the case, a dedicated member for holding the belt separately in the case is unnecessary. For this reason, in the packaging bag, the operation | work which takes out a belt from a case and the operation | work which removes the member holding the belt in a case from a belt can be performed collectively. Thereby, the operation of inserting the belt into the packaging bag can be performed more smoothly (quickly).

  A belt bagging apparatus according to an eighth invention is the belt bagging apparatus according to the seventh invention, wherein the belt conveyance mechanism engages the first conveyance member movable along a predetermined conveyance direction and the belt. However, it has a locking portion that is transported in the transport direction by the first transport member, and a second transport member that receives the belt from the locking portion and displaces the belt to the standby position. The second conveying member is displaceable from the standby position to the outside of the case.

  According to the present invention, after the belt is held by the case, the second conveying member is displaced to the outside of the case. For this reason, in the operation | work which inserts a case and a belt in a packaging bag, a 2nd conveyance member does not become obstructive, and a case and a belt can be smoothly inserted in a packaging bag. Therefore, the belt can be inserted into the packaging bag more smoothly (quickly).

  According to a ninth aspect of the present invention, there is provided the belt bagging apparatus according to any one of the sixth to eighth aspects, wherein the belt insertion mechanism holds the pair of opposed leg portions and the pair of opposed leg portions. A pair of movable legs displaced in the insertion direction to be inserted into the packaging bag and the opposite direction; and a pair of opposed legs disposed between the pair of opposed legs and pushing the belt toward the packaging bag. And a belt push-out member that is displaceable toward the packaging bag between the leg portions.

  According to the present invention, the case and the belt can be inserted into the packaging bag by the pair of movable legs, and then the belt can be taken out of the case and securely inserted deep into the packaging bag by the belt pushing member. Thereby, the belt insertion mechanism can perform the operation | work which takes out a case from a packaging bag more reliably and rapidly, inserting a belt in a packaging bag.

  A belt bagging apparatus according to a tenth invention is the belt bagging apparatus according to any one of the first to ninth inventions, wherein the packaging bag in which the opening is sealed is discharged at a position adjacent to the bag sealing mechanism. It is further characterized by further comprising a discharge portion.

  According to the present invention, the belt after the bag filling operation can be quickly discharged from the bag sealing mechanism.

  ADVANTAGE OF THE INVENTION According to this invention, the operation | work which packs a belt can be automated, and the belt bagging apparatus which can perform the operation | work which packs a belt more rapidly can be provided.

It is a typical top view which shows the whole structure of a belt bag packing apparatus. It is a side view which shows a part of conveyance mechanism for belts. It is a typical side view of a case and a belt insertion mechanism, and has shown the state seen from the direction parallel to a conveyance direction. It is side views, such as a bag supply mechanism, a bag sealing mechanism, and a discharge part. It is a figure for demonstrating the action | operation of a belt bagging apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bagging apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bagging apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bagging apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bagging apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bagging apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bagging apparatus, Comprising: It is a figure shown corresponding to FIG. It is a figure for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a schematic diagram for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG. It is a schematic diagram for demonstrating the action | operation of a belt bag packing apparatus, Comprising: It is a figure shown corresponding to FIG.

  Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings. The present invention can be widely applied as a belt bagging apparatus that packs an endless belt in a bag and then heat-welds (heat-seals) the opening of the bag.

  FIG. 1 is a schematic plan view showing the overall configuration of the belt bagging apparatus 1. The belt bag filling device 1 is configured to pack the belt 2 in the packaging bag 3 and then heat seal the opening 3 a of the packaging bag 3. The belt 2 is, for example, a driving force transmission belt and is endless. The belt 2 is formed using rubber or the like and has flexibility, so that it easily changes its shape when it receives an external force. The packaging bag 3 is a synthetic resin bag having a thickness of 1 mm or less.

  The belt bagging apparatus 1 includes a belt transport mechanism 4, a case 5, a bag supply mechanism 6, a bag opening mechanism 7, a belt insertion mechanism 8, a bag sealing mechanism 9, a discharge unit 10, and the like. FIG. 2 is a side view showing a part of the belt transport mechanism 4. 1 and 2, the belt transport mechanism 4 is configured to transport the belt 2 in a single state before being inserted into the bag 3 to a predetermined standby position P5. The belt transport mechanism 4 includes a plurality of rotation support members (11a, 11b, 11c), a first transport member 12, a hook 13, a second transport member 14, a transport drive mechanism 15, and the like. .

  The rotation support members (11a, 11b, 11c) are arranged in series at intervals from each other. Each of the rotation support members (11a, 11b, 11c) includes a rotating part 16 such as a sprocket and a rotating shaft 17 that rotatably supports the rotating part 16. At least one of the rotation support members (11a, 11b, 11c) is configured to be rotationally driven by an electric motor (not shown). This electric motor operates based on a command signal from a control device (not shown).

  The 1st conveyance member 12 is comprised by the endless chain, for example. The 1st conveyance member 12 is wound around each rotation support member (11a, 11b, 11c), for example, is rotationally driven with the rotational drive of the rotation support member 11a.

  The hook 13 is provided as a hanging member for hanging (locking) the belt 2. A plurality of hooks 13 are provided, and one end of each hook 13 is fixed to the first transport member 12. When the hook 13 is positioned below the first transport member 12, the hook 13 moves linearly along the predetermined transport direction D <b> 1 together with the first transport member 12. At the other end of each hook 13 is formed a locking portion 20 provided so as to be bent and extend in a rod shape with respect to the longitudinal direction of the hook 13 from one end to the other end.

  In the hook 13, an inclined portion 21 is provided at a position adjacent to the locking portion 20. The inclined portion 21 extends toward the one end portion of the hook 13 with respect to the locking portion 20 and is inclined obliquely with respect to the locking portion 20. The belt 2 is attached to the hook 13 from the work table 22 by the worker H. At this time, when the belt 2 comes into contact with the inclined portion 21 of the hook 13, the belt 2 is guided to the locking portion 20 side. Accordingly, the belt 2 can be hung on the locking portion 20 without the operator H positioning the belt 2 accurately and hanging the belt 2 on the locking portion 20. The hook 13 that has locked the belt 2 by the locking portion 20 is transported by the first transport member 12 in the transport direction D1.

  The 2nd conveyance member 14 is comprised as a rod-shaped member which receives the belt 2 from the latching | locking part 20, and conveys the belt 2 in order of the predetermined insertion position P2 and the standby position P5. An insertion position P2, which is a position where the belt 2 is inserted into the packaging bag 3, is generally a position facing the hook 13 in the transport direction D1. A standby position P5, which is a position where the belt 2 inserted into the packaging bag 3 waits, is a position above the insertion direction D2. A direction from the standby position P5 toward the insertion position P2 is an insertion direction D2 in which the belt 2 is inserted into the packaging bag 3. The insertion direction D2 is, for example, a vertically downward direction.

  The transport driving mechanism 15 is provided to displace the second transport member 14. The transport drive mechanism 15 includes a casing 23 and a drive source (not shown) such as a servo motor disposed in the casing 23. The transport driving mechanism 15 is configured to change the position of the second transport member 14 by using the driving force of the drive source. The second transport member 14 can be displaced in a direction parallel to the transport direction D1 by the transport drive mechanism 15 and can be displaced in a vertical direction (direction parallel to the insertion direction D2) perpendicular to the transport direction D1. is there. The drive source operates based on a command signal from a control device (not shown).

  The case 5 accommodates the belt 2 at the standby position P5 and is configured to be displaceable independently of the second conveying member 14. FIG. 3 is a schematic side view of the case 5 and the belt insertion mechanism 8 and shows a state viewed from a direction parallel to the transport direction D1.

  The case 5 constitutes a guide part that guides the insertion of the belt 2 into the packaging bag 3 as a whole. The case 5 has a pair of opposing leg portions (24, 25). A pair of opposing leg part (24, 25) is comprised using the material which can be elastically deformed, such as a synthetic resin and a thin metal plate. The pair of opposing leg portions (24, 25) are arranged to face each other in a direction orthogonal to the insertion direction D2 (for example, the left-right direction in FIG. 3). An accommodation space 26 for accommodating the belt 2 is formed between the pair of opposed leg portions (24, 25).

  The pair of opposing leg portions (24, 25) includes a side wall 27 extending in parallel with the insertion direction D2, a tapered portion 28 extending from the side wall 27 to the downstream side in the insertion direction D2, and the like. The side walls (27, 27) of the pair of opposed legs (24, 25) hold the belt 2 in the case 5 by sandwiching the belt 2 from the outside in the radial direction of the belt 2. In FIG. 3, the belt 2 is illustrated by a two-dot chain line.

  The interval between the side walls (27, 27) of the opposing leg portions (24, 25) is appropriately set according to the length of the belt 2 and the ease of bending of the belt 2, and the belt 2 is It is configured to bend appropriately. Accordingly, an appropriate elastic repulsive force can be generated in the belt 2 and the belt 2 can be brought into frictional contact with the side walls (27, 27).

  The tapered portions (28, 28) of the opposing legs (24, 25) extend downward (in the insertion direction D2) from the lower ends of the side walls (27, 27), and the width becomes narrower as they proceed downward. ing. By providing the tapered portions (28, 28), the case 5 can be easily inserted into the opening 3a of the packaging bag 3. The case 5 is held by the belt insertion mechanism 8.

  The belt insertion mechanism 8 is configured to insert the belt 2 together with the case 5 into the packaging bag 3 disposed at the insertion position P <b> 2 and to remove the case 5 from the packaging bag 3. The belt insertion mechanism 8 includes a pair of movable legs (29, 30), a pair of link members (31, 32), a first linear displacement mechanism 33, a second linear displacement mechanism 34, a belt pushing member 35, and the like. It is prepared for.

  The pair of movable legs (29, 30) is provided to hold the pair of opposed legs (24, 25) of the case 5, and the pair of opposed legs (24, 25) is used as a packaging bag. 3 can be displaced in the insertion direction D2 to be inserted in the direction 3 and in the opposite direction. Each of the pair of movable legs (29, 30) is a hard member extending in parallel with the insertion direction D2. The upper ends of the side walls (27, 27) of the pair of opposing legs (24, 25) are fixed to the pair of movable legs (29, 30). The pair of movable legs (29, 30) is sandwiched between the pair of opposed legs (24, 25).

  The upper ends of the pair of movable legs (29, 30) are connected to the first linear displacement mechanism 33 via the pair of link members (31, 32). The pair of link members (31, 32) are rotatably connected to the pair of movable legs (29, 30) via the pin member 37, and are connected to the first straight line via the pin member 36. The displacement mechanism 33 is rotatably connected.

  The first linear displacement mechanism 33 is provided to linearly displace the pair of movable legs (29, 30) and the case 5 with respect to the insertion direction D2 and the opposite direction. The pair of movable legs (29, 30), the case 5, and the belt 2 are displaced from the standby position P5 to the insertion position P2 by the first linear displacement mechanism 33.

  The first linear displacement mechanism 33 is supported by a support 33a fixed to a factory ceiling (not shown) or the like, and is supported by the support 33a and can be displaced in a direction parallel to the insertion direction D2 with respect to the support 33a. And a movable portion 33b. The movable member 33b is provided with the pin member 36 described above. The first linear displacement mechanism 33 has a drive source such as a servo motor or a hydraulic cylinder. This drive source operates based on a command signal from a control device (not shown). Thereby, the movable part 33b linearly reciprocates in the direction parallel to the insertion direction D2 with respect to the support part 33a.

  The second linear displacement mechanism 34 is provided to displace the belt pushing member 35 in the insertion direction D2 and the opposite direction with respect to the case 5. The second linear displacement mechanism 34 includes a support portion 34a fixed to the movable portion 33b of the first linear displacement mechanism 33, and is supported by the support portion 34a and displaced in a direction parallel to the insertion direction D2 with respect to the support portion 34a. And a movable portion 34b that can be used. The second linear displacement mechanism 34 has a drive source such as a servo motor or a hydraulic cylinder, for example. This drive source operates based on a command signal from a control device (not shown). Thereby, the movable part 34b linearly reciprocates in the direction parallel to the insertion direction D2 with respect to the support part 34a.

  The movable portion 34 b is formed in a rod shape extending along the insertion direction D <b> 2 and extends toward the inside of the case 5. A belt pushing member 35 is fixed to the lower end portion of the movable portion 34b. The belt push-out member 35 is disposed between the pair of opposed leg portions (24, 25). The belt pushing member 35 is configured to be displaceable toward the packaging bag 3 between the pair of opposed leg portions (24, 25) in order to push the belt 2 to the packaging bag 3 side.

  The lower surface of the belt push-out member 35 is formed in a shape that protrudes upward, and the lower surface is configured to contact the belt 2. The belt push-out member 35 is disposed in the case 5 and is positioned between the pair of opposed leg portions (24, 25).

  FIG. 4 is a side view of the bag supply mechanism 6, the bag sealing mechanism 9, the discharge unit 10, and the like. The bag supply mechanism 6 is provided for supplying the packaging bag 3 in which the belt 2 is packed to the insertion position P2. The bag supply mechanism 6 includes a base frame 41, a bag stocker 42, a first suction member 43, a swing shaft 44, a second suction member 45, a swing body 46, a swing center shaft 47, a bag guide plate 48, and the like. Configured.

  The base frame 41 is provided as a structure that is configured by combining structural members such as steel members that respectively constitute the column portion and the pedestal portion. The base frame 41 supports the bag stocker 42, the first suction member 43, the swing shaft 44, the second suction member 45, the swivel body 46, the swivel center shaft 47, the bag guide plate 48, and the like. It is configured.

  The bag stocker 42 is formed in a box shape in which at least the upper surface is released. In the bag stocker 42, a plurality of packaging bags 3 each having an opening 3a can be horizontally stacked and placed. The packaging bag 3 placed on the bag stocker 42 is formed in a substantially rectangular shape and has an opening 3a on one side. The first suction member 43 is provided to suck the packaging bags 3 placed on the bag stocker 42 one by one, take them out from the bag stocker 42 and stand up. The first adsorption member 43 is configured to adsorb the packaging bag 3 by generating a negative pressure in contact with the uppermost packaging bag 3 placed on the bag stocker 42. .

  The first suction member 43 is formed long. The front end portion of the first suction member 43 includes, for example, a suction pad provided as a cylindrical suction cup member formed of a rubber member, and the inside of this suction pad is configured to communicate with a suction pump (not shown). ing. Thereby, the 1st adsorption | suction member 43 is comprised so that adsorption | suction of the packaging bag 3 is possible. This suction pump operates based on a command signal from a control device (not shown).

  That is, when the suction pad of the first suction member 43 is in close contact with the surface of the packaging bag 3 and the suction pump is operated and negative pressure is generated inside the suction pad, the packaging bag 3 is sucked. Adsorbed to the pad. Thereby, the 1st adsorption | suction member 43 can adsorb | suck the several packaging bag 3 mounted horizontally on the bag stocker 42 one by one.

  The swing shaft 44 is provided as a central axis extending horizontally, and is disposed at a position higher than the bag stocker 42. The swing shaft 44 is connected to the base end portion of the first suction member 43, and supports the first suction member 43 so as to swing around the swing shaft 44. The swing shaft 44 is supported by the support column 49. The support column 49 is fixed to the base frame 41. The first suction member 43 swings (rotates) around the swing shaft 44 to suck the packaging bag 3 and the delivery position for delivering the packaging bag 3 to the second suction member 45. Pivoting displacement is possible with P1.

  When the first suction member 43 is positioned at the delivery position P1 for delivering the packaging bag 3 from the first suction member 43 to the second suction member 45, the first suction member 43 is Is held upright. The first suction member 43 can be swung around the swing shaft 44 by a drive device (not shown) configured as an electric motor or the like, and this drive device is based on a command signal from a control device (not shown). Works.

  The second adsorbing member 45 extends so as to protrude by the operation of the cylinder device, and adsorbs the packaging bag 3 raised by the first adsorbing member 43, so that the packaging bag 3 is removed from the first adsorbing member 43. Is received and held at the delivery position P1. The second suction member 45 has a suction pad similar to that of the first suction member 43. The second suction member 45 sucks the packaging bag 3 by using the negative pressure generated by the operation of the suction pump, and the packaging bag. Hold 3 in an upright position. This suction pump operates based on a command signal from a control device (not shown). The second adsorption member 45 is fixed to the revolving body 46.

  The swivel body 46 is a member that is supported so as to be turnable around a columnar turning center axis 47 that extends vertically. The swivel body 46 is swiveled around the swivel center axis 47 by a drive device (not shown) configured as an electric motor or the like. This drive device operates based on a command signal from a control device (not shown). Since the revolving body 46 revolves around the revolving center axis 47, the packaging bag 3 held by the second adsorption member 45 performs the heat welding operation on the delivery position P1, the insertion position P2, and the packaging bag 3. The sealing position P3 and the discharge position P4 for discharging the packaging bag 3 from the revolving body 46 are moved in this order. The delivery position P1, the insertion position P2, the sealing position P3, and the discharge position P4 are set at an arrangement pitch (predetermined interval) of 90 degrees around the turning center axis 47.

  The turning center shaft 47 is a columnar member fixed to the base frame 41, and a turning body 46 is connected to the upper end portion of the turning center shaft 47. The swivel body 46 has a pair of swivel arms (51, 52) facing each other with the swivel center shaft 47 interposed therebetween. A second suction member 45 is fixed to each of the swivel arms (51, 52). A bag guide plate 48 is fixed to each of the second suction members (45, 45).

  The bag guide plate 48 is provided to guide the dropping of the packaging bag 3 when the packaging bag 3 is discharged from the swivel body 46 to the discharge unit 10 in accordance with the release of the suction by the second suction member 45. It has been. The bag guide plate 48 is formed in a plate shape extending in the vertical direction. The lower end portion of the bag guide plate 48 is warped so as to go outward in the radial direction of the swivel body 46, and is configured to be positioned below the packaging bag 3 held by the second suction member 45. . Thereby, when the packaging bag 3 falls from the swivel body 46, the packaging bag 3 is received by the lower end portion of the bag guide plate 48, and then on the radially outer side (discharge unit 10) side of the swivel body 46. Fall.

  Referring to FIG. 1, when the pair of swing arms (51, 52) are positioned at the transfer position P1 and the sealing position P3, the pair of swing arms (51, 52) are retracted from the insertion position P2. Yes. Thus, the movement of the belt 2 that is displaced to the standby position P5 through the insertion position P2 is not inhibited by the pair of swing arms (51, 52) (the swing body 46).

  With reference to FIG. 2, the bag opening mechanism 7 is provided in order to expand the opening part 3a of the packaging bag 3 arrange | positioned in the insertion position P2. At the insertion position P2, the opening 3a of the packaging bag 3 is arranged so as to be released upward. The bag opening mechanism 7 has a third suction member 53. The third suction member 53 is arranged in the vicinity of the insertion position P <b> 2 at a position that does not hinder the conveyance of the packaging bag 3.

  The third suction member 53 has the same suction pad as the second suction member 45, and sucks the opening 3a of the packaging bag 3 by using the negative pressure generated by the operation of the suction pump. . This suction pump operates based on a command signal from a control device (not shown). The third suction member 53 is disposed so as to be separated from the second suction member 45 with the packaging bag 3 interposed therebetween. Then, by adsorbing the opening 3 a of the packaging bag 3, the opening 3 a of the packaging bag 3 is expanded in cooperation with the second adsorption member 45.

  Note that the third suction member 53 may be configured to be displaceable in a direction toward and away from the second suction member 45. In this case, the third suction member 53 can be closer to the opening 3 a of the packaging bag 3, so that the opening 3 a of the packaging bag 3 can be easily sucked.

  Referring to FIG. 4, bag sealing mechanism 9 is provided for heat-sealing and sealing opening 3 a of packaging bag 3 with belt 2 inserted therein. The bag sealing mechanism 9 is disposed adjacent to the sealing position P3. As described above, the sealing position P3 is a position when the revolving body 46 revolves the packaging bag 3 from the insertion position P2 around the revolving center axis 47 by a predetermined amount (for example, 90 degrees).

  The bag sealing mechanism 9 is disposed adjacent to the revolving body 46, and includes a pressure contact portion 54, a heater (not shown), and an elevating mechanism 55 that raises and lowers the pressure contact portion 54 and the heater. The bag sealing mechanism 9 descends when the packaging bag 3 is sent, presses the opening 3a by the pressure contact portion 54, and heats the heater of the packaging bag 3 disposed at the sealing position P3. This is applied to the opening 3a. The pressure contact portion 54, the heater and the lifting mechanism 55 operate based on a command signal from a control device (not shown). The bag sealing mechanism 9 may not be provided with the elevating mechanism 55, and the opening 3 a of the packaging bag 3 may be moved up and down with respect to the press contact portion 54 by moving the packaging bag 3 up and down.

  With reference to FIG. 1, the discharge unit 10 is disposed at a discharge position P <b> 4 that is a position adjacent to the bag sealing mechanism 9. The discharge unit 10 is provided to discharge the packaging bag 3 in which the opening 3 a is sealed by the bag sealing mechanism 9. The discharge unit 10 includes a conveyor 56 that is driven by an electric motor (not shown). The conveyor 56 is configured to receive the packaging bag 3 dropped from the revolving body 46 and to transport the packaging bag 3 containing the belt 2. The electric motor that drives the conveyor 56 operates based on a command signal from a control device (not shown).

  Next, the operation of the above-described belt bagging apparatus 1 will be described. First, prior to the start of the operation of the belt bagging device 1, the packaging bag 3 is placed on the bag stocker 42 by the operator H, and the rotation support members (11 a, 11 b, 11 c) among the plurality of hooks 13 The belt 2 is hung on the hook 13 located below the belt. From this state, the operation of the belt bagging apparatus 1 is started.

  Then, the belt bagging device 1 is operated based on a command signal from a control device (not shown), so that the operation of inserting the belt 2 into the packaging bag 3 is automatically performed. In the following description, one belt 2 is sent from the hook 13 and inserted into the packaging bag 3, and then, the packaging bag 3 containing the belt 2 is heat-welded, and then the packaging bag after heat-welding. The process in which 3 is discharged to the conveyor 56 will be described with reference to the drawings.

  1 and 2, when the operation of the belt bagging apparatus 1 is started, first, the rotation support member 11a of the belt transport mechanism 4 is rotationally driven, and the first transport member 12 is driven. . As a result, the hook 13 that holds the belt 2 is transported in the transport direction D <b> 1 together with the first transport member 12.

  As shown in FIG. 2, the hook 13 that has reached the rotation support member 11c on the downstream side in the transport direction D1 rotates around the rotation support member 11c. For this reason, the latching | locking part 20 of this hook 13 changes direction from the horizontal state to the inclined state. As a result, the belt 2 naturally falls from the locking portion 20 due to its own weight. The tip of the second conveying member 14 is arranged in advance at the dropping position of the belt 2, and the second conveying member 14 receives the belt 2.

  The second transport member 14 that has received the belt 2 is moved in the same direction as the transport direction D1 by the transport drive mechanism 15 as shown in FIG. Accordingly, the belt 2 is moved so as to retreat from the hook 13 and is disposed at the insertion position P <b> 2 below the case 5. Thereafter, as shown in FIG. 6, the belt 2 is moved in the direction opposite to the insertion direction D2 (upward) by the second conveying member 14, and is temporarily placed at the standby position P5.

  When the belt 2 is moved in the direction opposite to the insertion direction D2 and disposed at the standby position P5, the belt 2 has a pair of opposing leg portions (24, 25) of the case 5 as shown in FIGS. It enters between and is accommodated in the case 5. At this time, the belt 2 is bent by being sandwiched between the side walls 27 of the pair of opposed leg portions (24, 25). The belt 2 is brought into frictional contact with the side walls 27 by applying an elastic repulsive force due to the bending to the side walls 27, and is held by the case 5.

  Thereafter, as shown in FIG. 8, the second conveying member 14 is displaced in the direction parallel to the conveying direction D <b> 1, thereby being displaced from the standby position P <b> 5 to the outside of the case 5, and separated from the belt 2 and the case 5. .

  Next, as shown in FIG. 9, the first adsorbing member 43 adsorbs the uppermost packaging bag 3 placed on the bag stocker 42, and the first adsorbing member 43 is moved to the swing shaft 44. Rotate around. After the first adsorbing member 43 raises the packaging bag 3, the second adsorbing member 45 sucks the packaging bag 3 and the first adsorbing member 43 sucks the packaging bag 3. To stop. As a result, the packaging bag 3 is delivered from the first suction member 43 to the second suction member 45 at the delivery position P1.

  Next, the swivel body 46 is turned 90 degrees around the turning center axis 47, whereby the packaging bag 3 is moved from the delivery position P1 to the insertion position P2 shown in FIG. In FIG. 10, illustration of the revolving body 46 and the bag guide plate 48 is omitted, and only a part of the second suction member 45 is illustrated. The opening 3 a of the packaging bag 3 arranged at the insertion position P <b> 2 is sucked by the third suction member 53 of the bag opening mechanism 7. By the cooperation of the third suction member 53 and the second suction member 45, the opening 3a of the packaging bag 3 is expanded.

  Next, the case 5 and the belt 2 are collectively inserted into the packaging bag 3. Specifically, as shown in FIG. 11, the movable portion 33b of the first linear displacement mechanism 33 of the belt insertion mechanism 8 is displaced (lowered) along the insertion direction D2. The case 5 is integrally lowered together with the movable portion 33b, and the taper portions (28, 28) of the pair of opposing leg portions (24, 25) of the case 5 pass through the opening 3a of the packaging bag 3, and the packaging bag. 3 is inserted. Furthermore, as shown in FIG. 12, most of the case 5 is inserted into the packaging bag 3. In this way, the case 5 and the belt 2 are inserted into the packaging bag 3. In FIG. 12, the first linear displacement mechanism 33 of the belt insertion mechanism 8 is not shown.

  Next, as shown in FIG. 13, the belt pushing member 35 is moved to the insertion direction D2 side by the second linear displacement mechanism 34. Accordingly, the belt 2 presses each tapered portion (28, 28) to elastically expand the case 5, and is pushed out of the case 5 through the tapered portion (28, 28). As shown in FIG.

  After the belt 2 is pushed out of the case 5, the movable portion 33b of the first linear displacement mechanism 33 moves in the upward direction opposite to the insertion direction D2, as shown in FIGS. Thereby, the case 5 is taken out from the packaging bag 3. Thereafter, as shown in FIG. 17, the movable portion 34b of the second linear displacement mechanism 34 moves upward in the direction opposite to the insertion direction D2, thereby moving the push belt 35 between the tapered portions (28, 28). Evacuate.

  After the belt 2 is inserted into the packaging bag 3, the third adsorption member 53 releases the adsorption of the packaging bag 3. Next, as shown in FIG. 18, the swivel body 46 is turned 90 degrees around the turning center axis 47 from the insertion position P2, whereby the packaging bag 3 is displaced to the sealing position P3.

  At the sealing position P3, the lifting mechanism 55 of the bag sealing mechanism 9 lowers the pressure contact portion 54 and the heater, and heat-welds the opening 3a of the packaging bag 3. The packaging bag 3 to which the opening 3a is heat-welded is moved from the sealing position P3 to the discharge position P4 by the turning of the turning body 46. At the discharge position P4, the suction of the packaging bag 3 by the second suction member 45 is released, and the packaging bag 3 is discharged onto the conveyor 56 of the discharge unit 10.

  In the belt bag filling device 1, as shown in FIG. 19, when one turning arm 51 of the turning body 46 is located at the sealing position P3, the other turning arm portion 52 is located at the delivery position P1. ing. With the above configuration, when performing the sealing operation on the packaging bag 3 held by one of the swivel arm portions 51, the other swivel arm portion 52 can perform the delivery operation of the packaging bag 3. Further, as shown in FIG. 20, when one of the swing arm portions 51 is positioned at the discharge position P4, the other swing arm portion 52 is positioned at the insertion position P2.

  With the above configuration, when the packaging bag 3 is discharged from the one turning arm portion 51 to the discharge portion 10, the case 5 and the belt 2 are inserted into the packaging bag 3 held by the other turning arm portion 52. Can be performed. Therefore, the operation of inserting the belt 2 into the packaging bag 3 can be performed twice while the revolving body 46 rotates once.

  As described above, according to the belt bag filling device 1, the belt bag filling device 1 can automate the conveyance of the belt 2, the insertion of the belt 2 into the packaging bag 3, and the sealing of the packaging bag 3. The operation of packing 2 into the packaging bag 3 can be performed more quickly. Specifically, the belt 2 is transported to the standby position P5 by the belt transport mechanism 4, and is disposed in the case 5 at the standby position P5. Next, the opening 3 a of the packaging bag 3 disposed at the insertion position P <b> 2 by the bag supply mechanism 6 is expanded by the bag opening mechanism 7. The belt insertion mechanism 8 inserts the case 5 and the belt 2 into the packaging bag 3 through the opening 3a. At this time, the pair of opposed leg portions (24, 25), particularly the tapered portions (28, 28) as the guide portions of the case 5 function as guide members for inserting the belt 2 into the packaging bag 3. For this reason, when inserting the belt 2 in the packaging bag 3, it can suppress that the belt 2 contacts the packaging bag 3, and bends carelessly, and makes the belt 2 smooth (quickly). 3 can be inserted. Since the time required to insert the belt 2 into the packaging bag 3 can be shortened, the operation of packing the belt 2 in the packaging bag can be performed more quickly.

  Therefore, according to the belt bagging apparatus 1, the operation of bagging the belt 2 can be automated, and the operation of bagging the belt 2 can be performed more quickly.

  Moreover, according to the belt bagging apparatus 1, the belt 2 can be transported to the standby position P5 more accurately by using the second transport member 14 while the belt 2 is transported quickly by the first transport member 12. As a result, the belt 2 can be accommodated in the case 5 at the standby position P5 without error, so that the bag 2 can be packed more quickly.

  Moreover, according to the belt bagging apparatus 1, the bag supply mechanism 6 holds the packaging bag 3 using the suction force of the first and second suction members (43, 45). If it is the structure using adsorption | suction force, the chucking operation | work of the packaging bag 3 and the release operation | work of a chucking are unnecessary for delivery of the packaging bag 3. FIG. Thereby, the packaging bag 3 can be quickly transferred from the first suction member 43 to the second suction member 45. Moreover, since the turning motion of the turning body 46 is a simple operation, the packaging bag 3 can be moved at a high speed by the turning body 46, and the packaging bag 3 can be quickly placed at the insertion position.

  Moreover, according to the belt bagging apparatus 1, the opening portion has a simple configuration in which the third suction member 53 of the bag opening mechanism 7 is spaced from the second suction member 45 in a state in which the packaging bag 3 is sucked. The work of expanding 3a can be performed quickly.

  Moreover, according to the belt bagging apparatus 1, since the operation | movement which rotates the turning body 46 from the insertion position P2 is a simple operation | movement, a high-speed operation | movement is realizable. Therefore, the packaging bag 3 can be quickly conveyed from the delivery position P1 to the insertion position P2, can be rapidly conveyed from the insertion position P2 to the sealing position P3 (bag sealing mechanism 9), and is further discharged from the sealing position P3. Can be transported to P4 quickly.

  Further, according to the belt bag filling device 1, the belt insertion operation into the packaging bag 3 can be guided by the pair of opposed leg portions (24, 25) disposed outside the belt 2 in the case 5. Thereby, the operation of inserting the belt into the packaging bag 3 can be performed more smoothly (quickly).

  Moreover, according to the belt bagging apparatus 1, since the belt 2 can be held by the case 5, a dedicated member for separately holding the belt 2 in the case 5 is not necessary. For this reason, in the packaging bag 3, the operation | work which takes out the belt 2 from the case 5 and the operation | work which removes the member holding the belt 2 in the case 5 from the belt 2 can be performed collectively. Thereby, the operation of inserting the belt into the packaging bag 3 can be performed more smoothly (quickly).

  Further, according to the belt bagging device 1, the second conveying member 14 is displaced to the outside of the case 5 after the belt 2 is held by the case 5. For this reason, in the operation | work which inserts the case 5 and the belt 2 in the packaging bag 3, the 2nd conveyance member 14 does not become obstructive, and the case 5 and the belt 2 can be inserted in the packaging bag 3 smoothly. Therefore, the operation of inserting the belt 2 into the packaging bag 3 can be performed more smoothly (quickly).

  Further, according to the belt bagging device 1, the case 5 and the belt 2 are inserted into the packaging bag 3 by the pair of movable legs (29, 30) of the belt insertion mechanism 8, and thereafter, the belt pushing member 35 is used. The belt 2 can be pushed out of the case 5 and can be reliably inserted deeply into the packaging bag 3. Thereby, the belt insertion mechanism 8 can perform the operation | work which takes out the case 5 from the packaging bag 3 more reliably and rapidly, inserting the belt 2 in the packaging bag 3. FIG.

  Further, according to the belt bag filling device 1, the discharge unit 10 is provided at a position adjacent to the bag sealing mechanism 9. Thereby, the belt 2 in which the bag filling operation is completed can be quickly discharged from the bag sealing mechanism 9.

  Moreover, according to the belt bagging apparatus 1, the second conveyance member 14 of the belt conveyance mechanism 4 conveys the belt 2 to the insertion position P2 and then to the standby position P5. Thereafter, the belt insertion mechanism 8 moves the belt 2 to the insertion position P2. In this way, a part of the path through which the belt transport mechanism 4 transports the belt 2 and a part of the path through which the belt insertion mechanism 8 moves the belt 2 are shared. Thereby, the space required for the movement of the belt 2 can be reduced, and the downsizing of the belt bagging apparatus 1 can be realized.

  Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and various modifications can be made as long as they are described in the claims. That is, the forms of the belt transport mechanism, the case, the bag supply mechanism, the bag opening mechanism, the belt insertion mechanism, the bag sealing mechanism, and the discharge unit are not limited to the above-described embodiments, as long as they are described in the claims. You may change and implement in.

  In this embodiment, the belt transport mechanism has transported the belt in the order of the insertion position and the standby position. However, the belt transport path by the belt transport mechanism is not particularly limited. For example, the second conveying member of the belt conveying mechanism may convey the belt linearly at the shortest distance to the standby position after receiving the belt from the hook.

  Further, the form of the belt to which the belt bagging apparatus of the present invention is applied and the packaging bag are not limited to the above-described embodiment, and the belt is changed as long as it is described in the claims, and The present invention may be applied to a packaging bag.

The present invention can be widely applied as a belt bagging device that packs an endless belt into a packaging bag provided with an opening.

DESCRIPTION OF SYMBOLS 1 Belt bagging apparatus 2 Belt 3 Packing bag 3a (Packing bag) opening 4 Belt transport mechanism 5 Case (guide section)
6 Bag supply mechanism 7 Bag opening mechanism 8 Belt insertion mechanism 9 Bag sealing mechanism 10 Discharge portion 12 First transport member 14 Second transport member 20 Locking portions 24 and 25 Opposing leg portions 29 and 30 Movable leg portion 35 Belt push-out Member 43 First adsorbing member 44 Oscillation axis (central axis)
45 Second adsorbing member 46 Revolving body 47 Revolving center axis 53 Third adsorbing member D1 Transport direction D2 Insertion direction P2 Insertion position P5 Standby position

Claims (10)

A belt bagging device for packing an endless belt into a packaging bag provided with an opening,
A belt transport mechanism for transporting the belt to a predetermined standby position;
A case having a guide portion for guiding insertion of the belt into the packaging bag, and housing the belt at the standby position;
A bag supply mechanism for supplying the packaging bag to a predetermined insertion position;
A bag opening mechanism for expanding the opening of the packaging bag disposed at the insertion position;
A belt insertion mechanism for inserting the belt together with the case into the packaging bag disposed at the insertion position, and taking out the case from the packaging bag;
A bag sealing mechanism for heat-sealing and sealing the opening of the packaging bag;
A belt bagging device comprising: The belt bagging device according to claim 1,
The belt transport mechanism includes a first transport member that is movable along a predetermined transport direction, a locking portion that is transported in the transport direction by the first transport member while locking the belt, A belt bagging apparatus comprising: a second conveying member that receives the belt from the locking portion and displaces the belt to the standby position. The belt bagging device according to claim 1 or 2,
The bag supply mechanism is
A first adsorbing member that adsorbs the plurality of packaging bags placed horizontally one by one and rotates around a horizontally extending central axis to stand the packaging bag;
A second adsorbing member that receives and holds the packaging bag from the first adsorbing member by adsorbing the erected packaging bag;
A revolving body in which the second adsorbing member is fixed and can be swiveled around a swiveling central axis extending vertically, and the packaging bag held by the second adsorbing member is disposed at the insertion position;
A belt bagging device characterized by comprising: The belt bagging device according to claim 3,
The bag opening mechanism sucks the opening of the packaging bag and is spaced apart from the second suction member to expand the opening in cooperation with the second suction member. A belt bagging apparatus comprising a third adsorption member. The belt bagging device according to claim 3 or 4,
The bag bagging device, wherein the bag sealing mechanism seals the opening of the packaging bag at a position where the revolving body swivels the packaging bag by a predetermined amount from the insertion position. A belt bagging device according to any one of claims 1 to 5,
The belt bagging apparatus according to claim 1, wherein the guide portion of the case has a pair of opposing leg portions arranged to face each other so as to sandwich the belt from outside. The belt bagging device according to claim 6,
The pair of opposing leg portions hold the belt in the case by sandwiching the belt, and a belt bagging device. The belt bagging device according to claim 7,
The belt transport mechanism includes a first transport member that is movable along a predetermined transport direction, a locking portion that is transported in the transport direction by the first transport member while locking the belt, A second transport member that receives the belt from the locking portion and displaces the belt to the standby position;
The belt bagging apparatus, wherein the second transport member is displaceable from the standby position to the outside of the case. The belt bagging device according to any one of claims 6 to 8,
The belt insertion mechanism is
A pair of movable legs that hold the pair of opposed legs and displace the pair of opposed legs in the insertion direction for inserting the pair of opposed legs into the packaging bag and the opposite direction;
A belt push-out member that is disposed between the pair of opposed legs and is displaceable toward the packaging bag between the pair of opposed legs to push the belt toward the packaging bag;
A belt bagging apparatus characterized by comprising: The belt bagging device according to any one of claims 1 to 9,
A belt bagging apparatus, further comprising a discharge unit that discharges the packaging bag with the opening sealed at a position adjacent to the bag sealing mechanism.

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