CN201923960U - Civil explosive middle packing machine - Google Patents
Civil explosive middle packing machine Download PDFInfo
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- CN201923960U CN201923960U CN2010206606900U CN201020660690U CN201923960U CN 201923960 U CN201923960 U CN 201923960U CN 2010206606900 U CN2010206606900 U CN 2010206606900U CN 201020660690 U CN201020660690 U CN 201020660690U CN 201923960 U CN201923960 U CN 201923960U
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Abstract
The utility model relates to a civil explosive middle packing machine, which mainly comprises a cartridge pushing component, a frame component, a horizontal sealing component, a film supplying component, a longitudinal sealing component, a belt conveyor, a former component and an electric component. The civil explosive middle packing machine is characterized in that the cartridge pushing component, the horizontal sealing component, the film supplying component, the longitudinal sealing component, the belt conveyor, the former component and the electric component are all connected with the frame component, so as to form a whole body. The civil explosive middle packing machine with reasonable structure and reliable performance is simple and convenient to operate, and can accurately and effectively complete the operations of cartridge film covering, vacuum-pumping and seal packaging.
Description
Technical field
The utility model belongs to the wrapping mechanism field, is specifically related to chartered plane in the multiple civil explosive powder stick.
Background technology
The quick-fried industry of the people belongs to high risk industries, has inflammable and explosive attribute, it in the whole cycle of the production of product, storage, transportation, use, all have very easily burn, explode may.At present, national big or small explosive production enterprise has about 400 families, and most of enterprise also is in the very machine packed state at the end of Manual Packaging or level of automation.At the bottom of packaging box assembly line ubiquity price height, the production capacity and the defective of aspect such as unstable properties, can not adapt to the demand of explosive production enterprise to the high explosive pack-thread in existing, especially annual production reaches the explosive production enterprise more than 20,000 tons.And each explosive production enterprise all adopts and manually seals, and operator are many, and labour intensity is big, in order to alleviate labor intensity of operating personnel and to reduce operator's quantity, from the powder stick of charge machine output chartered plane in just must configuration between the vanning.
Summary of the invention
The purpose of this utility model provides a kind of novel people of delicate structure quick-fried middle chartered plane, to alleviate working strength of workers and the quick-fried production operation personnel of the minimizing people in the quick-fried industry of the people, the automatization of packaging box assembly line in the realization replenishes the vacancy of leaning on artificial administration coil packing in the quick-fried industry of the people.
The technical solution of the utility model is:
Chartered plane during the people are quick-fried, mainly, it is characterized in that: push away bag parts, horizontal sealing parts, all be connected in integral body of formation on the rack unit for membrane element, vertical envelope parts, conveyor, former parts by pushing away bag parts, rack unit, horizontal sealing parts, forming for membrane element, vertical envelope parts, conveyor, former parts seven parts.
The described bag parts that push away are by cylinder mounting plate, the guide rail mounting plate, floating junction, back up pad, guide rail splice, the cylinder mount pad, the cylinder web plate, the push pedal web plate, push pedal, the film bar is pulled on the right side, the film bar is pulled on a left side, cylinder, twin shaft core type slide rail is formed, cylinder mounting plate links to each other with the guide rail mounting plate, link plate links to each other with back up pad and back up pad is connected on the guide rail mounting plate, twin shaft core type slide rail is fixed on the guide rail mounting plate, guide rail splice links to each other with twin shaft core type slide rail, the cylinder mount pad is fixed on the guide rail splice, the cylinder web plate links together two cylinders, one of them cylinder is fixed on cylinder mounting plate and links to each other, another cylinder is fixed on the push pedal web plate, floating junction is connected a cylinder end, push pedal, the film bar is pulled on the right side, a left side is pulled the film bar and all is individually fixed on the push pedal web plate.
Described horizontal sealing parts are by two crossbeams, two root posts, two connect crossbeam, two guide rods, the lower cylinder connecting rod, two cylinder web plates, two floating junctions, two bakelite thermal baffles, two asbestos rubber thermal baffles, two heat seal pieces, serrated knife, two contiguous blocks, the upper cylinder connecting rod, four cylinders, four extended type linear bearingss are formed, two root posts link to each other with two crossbeams, two guide rods are fixed between two crossbeams, on two guide rods, be equipped with respectively two extended type linear bearingss and be connected crossbeam and be fixed in one on the other on two guide rods, two cylinder web plates link to each other with two cylinders respectively and two cylinders fixedly are on two crossbeams one on the other, the upper cylinder connecting rod, the lower cylinder connecting rod is connected to up and down on two cylinder guide rods, the upper and lower air cylinders connecting rod links to each other with two floating junctions respectively, two floating junctions are connected to two and connect on the crossbeam, two bakelite thermal baffles are separately fixed at two and connect on the crossbeam, two asbestos rubber thermal baffles link to each other with two bakelite thermal baffles respectively, two heat seal pieces link to each other with two asbestos rubber thermal baffles respectively, serrated knife links to each other with the heat seal piece of upper end, and two cylinders are installed on the connection crossbeam of upper end by two contiguous blocks respectively in addition.
The described membrane element that supplies is made up of for membrane element and the following membrane element that supplies last, described going up for membrane element with identical for the structure of membrane element down, described going up for membrane element gone up for membrane element by pasting board I by described, adjustable plate, left side mounting plate, walk the film carrying roller, right mounting plate, two sprocket wheels, shield cap, the fire proof motor step-down gear, square seat bearing, the film spacing collar, film volume carrying roller, piece on the limited block, piece under the limited block, two deflector rolls, pasting board II, limited block, swing arm, sensor stand, deflector roll covers thoroughly, guide roller axis, bearing, bearing race, film corral guard bar is formed, walk the film carrying roller, film volume carrying roller two ends are installed on left mounting plate and the right mounting plate by square seat bearing respectively, two sprocket wheels are separately fixed at away the film carrying roller, film volume carrying roller, the fire proof motor step-down gear be installed on the left mounting plate and with walk film carrying roller one end and link to each other, shield cap is installed on the right mounting plate, piece on the limited block, piece is fixed on the film volume carrying roller under the limited block, film volume maintenance bar is fixed under the limited block between the piece, two deflector rolls, the saturating lid of deflector roll is loaded on the guide roller axis, the film spacing collar is housed on every deflector roll, adjustable plate, two deflector rolls, guide roller axis is loaded on pasting board I respectively, on the pasting board II, swing arm is loaded on the adjustable plate, limited block is loaded on the swing arm, pasting board I, left side mounting plate, right mounting plate, pasting board II, sensor stand, bearing, bearing race, film corral guard bar directly is connected on the rack unit.
Described vertical envelope parts are by cylinder, floating junction, the vertical sealing machine mounting plate, two guide rods, the guide rod web plate, vertical envelope heat seal piece, the bakelite thermal baffle, the asbestos rubber thermal baffle, lubricating cup, two conduits, axle sleeve, contiguous block, the heat block mounting plate is formed, two conduits, cylinder is installed in respectively on the vertical sealing machine mounting plate, the vertical sealing machine mounting plate is installed on the rack unit, every guide rod passes a conduit and links to each other with the guide rod web plate, lubricating cup and axle sleeve are installed on the every guide rod, and lubricating cup links to each other with conduit, cylinder links to each other with the guide rod web plate by floating junction, contiguous block links to each other with the guide rod web plate, the heat block mounting plate links to each other with contiguous block, the bakelite thermal baffle links to each other with the heat block mounting plate, the asbestos rubber thermal baffle links to each other with the bakelite thermal baffle, and vertical envelope hot plywood links to each other with the asbestos rubber thermal baffle.
Described conveyor parts are made up of side plate A, mounting plate, tensioning piece, side plate B, motor reducer, passive roller, shaft-use elastic gear ring, bearing, driven axle, main drive shaft, tensioning shaft, tunnel shaft, bearing support, gland, belt, belt roller, support bar, active roll tube, flat key, illiteracy plate, motor cabinet; The tensioning piece, driven axle, tunnel shaft, bearing support, tensioning shaft, the belt supporting plate, support bar, both ends of main drive shaft is installed in respectively on side plate A and the side plate B, passive cylinder is loaded on the driven axle, active roll tube is loaded on the main drive shaft, covering plate is fixed on the bearing support, mount pad links to each other with the belt supporting plate, side plate A and side plate B are separately fixed on the mounting plate, mounting plate is fixed on the rack unit, motor reducer is installed on the motor cabinet and by flat key and main drive shaft and assembles, one shaft-use elastic gear ring, one bearing is contained on the driven axle, another shaft-use elastic gear ring, another bearing is contained on the tensioning shaft, another bearing, another shaft-use elastic gear ring is contained on the tunnel shaft, a bearing again, gland is contained on the main drive shaft, and belt is contained on the belt supporting plate and is enclosed within active roll tube, on the passive cylinder.
Described former parts are by square steel, connecting rod, mounting plate, supporting plate, lower side panel, side plate A, latus superius, side plate B, the side plate fixed plate A, side plate retaining plate B, cylinder mounting plate, cylinder, guide pin bushing, packing ring, bearing, middle connecting plate, Connection Block, floating junction, spacer, plastic linear bearing, circlip for hole, guide rod is formed, guide pin bushing links to each other with the cylinder mount pad, guide rod passes guide pin bushing and links to each other with middle connecting plate, the side plate fixed plate A, side plate retaining plate B respectively with lower side panel, latus superius links to each other, and Connection Block is fixed on side plate fixed plate A and the side plate retaining plate B; Connecting rod one end links to each other with square steel, the other end links to each other with mounting plate, guide rod is fixed on the Connection Block, spacer, plastic linear bearing, circlip for hole is contained on the guide rod respectively, lower side panel links to each other with side plate A, latus superius links to each other with side plate B, cylinder links to each other with cylinder mounting plate, supporting plate links to each other with lower side panel, and the side plate fixed plate A is fixed on the rack unit, and floating junction one end links to each other with Connection Block, the other end links to each other with cylinder mounting plate, packing ring, the bearing symmetry is fixed on lower side panel and the latus superius, and middle connecting plate links to each other with Connection Block, and middle connecting plate is fixed between lower side panel and the latus superius
The utility model will be arranged the powder stick of getting well and push the former parts by pushing away the bag parts, under for the membrane element action, packing film is provided for the former parts, give the preliminary coating of powder stick after horizontal sealing parts and vertical envelope parts seal this powder stick wraps, transfer out by conveyor at last.
The utility model is rational in infrastructure, dependable performance, easy and simple to handle, can finish the package handling of powder stick accurately and efficiently.
Description of drawings
Fig. 1 is a front view of the present utility model.
Fig. 2 is the bag parts front view that pushes away of the present utility model.
Fig. 3 is the bag parts vertical view that pushes away of the present utility model.
Fig. 4 is a horizontal sealing parts front view of the present utility model.
Fig. 5 is of the present utility model going up for the membrane element front view.
Fig. 6 is of the present utility model going up for the membrane element vertical view.
Fig. 7 a, Fig. 7 b, Fig. 7 c, Fig. 7 d are of the present utility model going up for the membrane element part sectioned view.
Fig. 8 is a vertical envelope parts front view of the present utility model.
Fig. 9 is a vertical envelope parts left view of the present utility model.
Figure 10 is a conveyor parts front view of the present utility model.
Figure 11 a, Figure 11 b, Figure 11 c, Figure 11 d, Figure 11 e are conveyor partial cross-sectional view of components of the present utility model.
Figure 12 is a former parts front view of the present utility model.
Figure 13 is a former parts vertical view of the present utility model.
Embodiment
Below in conjunction with accompanying drawing the utility model is described in detail:
Below in conjunction with accompanying drawing the utility model is described in detail:
As shown in Figure 1, the utility model is mainly by pushing away bag parts 1, rack unit 2, horizontal sealing parts 3, forming for membrane element 4, vertical envelope parts 5, conveyor 6, former parts 7 seven parts, push away bag parts 1, horizontal sealing parts 3, be connected on the rack unit for membrane element 4, vertical envelope parts 5, conveyor 6, former parts 7 each personal bolt, each parts co-ordination is finished powder stick and is sealed and wrap.
As Fig. 2, shown in Figure 3, described push away bag parts 1 by floating junction 8, two cylinders 9, cylinder mount pad 10, push pedal web plate 11, push pedal 12, guide rail splice 13, back up pad 14, link plate 15, guide rail mounting plate 16, cylinder mounting plate 17, twin shaft core type slide rail 18, cylinder web plate 19, left sides pull film bar 20, the right side is pulled film bar 21 and is formed.Cylinder mounting plate 17 links to each other with guide rail mounting plate 16, link plate 15 links to each other with back up pad 14 and back up pad 14 is connected on the guide rail mounting plate 16, twin shaft core type slide rail 18 is fixed on the guide rail mounting plate 16, twin shaft core type slide rail 18 is fixed on the guide rail mounting plate 13, cylinder mount pad 10 is fixed on the guide rail splice 13, cylinder web plate 19 links together two cylinders 9, one of them cylinder is fixed on the cylinder mounting plate 17, another cylinder is fixed on the push pedal web plate 11, floating junction 8 is connected cylinder 9 ends, push pedal 12, film bar 21 is pulled on the right side, a left side is pulled film bar 20 and all is individually fixed on the push pedal web plate 11.
As shown in Figure 4, described horizontal sealing parts 3 connect crossbeam 24, four extended type linear bearingss 25, two guide rods 26, lower cylinder extension bar 27, two cylinder web plates (28 by two crossbeams 22, two root posts 23, two, 36), four cylinders (29,30,33,33), upper cylinder extension bar 31, two floating junctions (32,41), two contiguous blocks 34, adjust nut 35, cylinder web plate 36, serrated knife 37, two heat seal pieces 38, two asbestos rubber thermal baffles 39, two bakelite thermal baffles 40, floating junctions 41 are formed.Two root posts 23 link to each other with two crossbeams 22, guide rod 26 is fixed between two crossbeams 22, be equipped with respectively on two guide rods 26 two extended type linear bearingss 25 and be connected crossbeam 24 and be fixed in one on the other on two guide rods 26, two cylinder web plates 28 link to each other with two cylinders 29 respectively, and two cylinders (29,30) be fixed in one on the other on two crossbeams 22, upper cylinder connecting rod 31, lower cylinder connecting rod 27 is connected to up and down on two cylinder guide rods, upper and lower air cylinders connecting rod (27,31) respectively with two floating junctions (32,41) link to each other, two floating junctions (32,41) being connected to two connects on the crossbeam 24, two bakelite thermal baffles 40 are separately fixed at two and connect on the crossbeam 24, two asbestos rubber thermal baffles 39 link to each other with bakelite thermal baffle 40 respectively, two heat seal pieces 38 link to each other with asbestos rubber thermal baffle 39, serrated knife 37 links to each other with the heat seal piece 38 of upper end, two ends link to each other with cylinder web plate 36, and two cylinders 33 are installed in being connected on the crossbeam 24 of upper end by two contiguous blocks 34 with adjustment nut 35 respectively in addition.
As Fig. 5, Fig. 6, Fig. 7 a, Fig. 7 b, Fig. 7 c, shown in Fig. 7 d, the described membrane element 4 that supplies is made up of for membrane element and the following membrane element that supplies last, described going up for membrane element with identical for the membrane element structure down, described by pasting board I 42, adjustable plate 43, left side mounting plate 44, walk film carrying roller 45, right mounting plate 46, two sprocket wheels 47, shield cap 48, fire proof motor step-down gear 49, square seat bearing 50, film spacing collar 51, film volume carrying roller 52, piece 53 on the limited block, piece 54 under the limited block, two deflector rolls 55, pasting board II 56, limited block 57, swing arm 58, sensor stand 59, the saturating lid 60 of deflector roll, guide roller axis 61, bearing 62, bearing race 63, film corral guard bar 64 is formed, walk film carrying roller 45, film volume carrying roller 52 two ends are installed on left mounting plate 44 and the right mounting plate 46 by square seat bearing 50 respectively, two sprocket wheels 47 are separately fixed at away film carrying roller 45, film volume carrying roller 52, fire proof motor step-down gear 49 be installed on the left mounting plate 44 and with walk film carrying roller 45 1 ends and link to each other, shield cap 48 is installed on the right mounting plate 46, piece 53 on the limited block, piece 54 is fixed on the film volume carrying roller 52 under the limited block, film volume maintenance bar 64 is fixed under the limited block between the piece 54, two deflector rolls 55, the saturating lid 60 of deflector roll is loaded on the guide roller axis 61, film spacing collar 51 is housed on every deflector roll 55, adjustable plate 43, two deflector rolls 55, guide roller axis 61 is loaded on pasting board I 42 respectively, on the pasting board II 56, swing arm 58 is loaded on the adjustable plate 43, limited block 57 is loaded on the swing arm 58, pasting board I 42, left side mounting plate 44, right mounting plate 46, pasting board II 56, sensor stand 59, bearing 62, bearing race 63, film corral guard bar 64 directly is connected on the rack unit 1.
As Fig. 8, shown in Figure 9, described vertical envelope parts are by cylinder 85, floating junction 86, vertical sealing machine mounting plate 87, two guide rods 88, guide rod web plate 89, vertical envelope heat seal piece 90, bakelite thermal baffle 91, asbestos rubber thermal baffle 92, lubricating cup 93, two conduits 94, axle sleeve 95, contiguous block 96, heat block mounting plate 97 is formed, two conduits 94, cylinder 85 is installed in respectively on the vertical sealing machine mounting plate 87, vertical sealing machine mounting plate 87 is installed on the rack unit 1, every guide rod 88 passes a conduit 94 and links to each other with guide rod web plate 89, lubricating cup 93 and axle sleeve 95 are installed on the every guide rod 88, and lubricating cup 93 links to each other with conduit 94, cylinder 85 links to each other with guide rod web plate 89 by floating junction 86, contiguous block 96 links to each other with guide rod web plate 89, heat block mounting plate 97 links to each other with contiguous block 96, bakelite thermal baffle 91 links to each other with heat block mounting plate 97, asbestos rubber thermal baffle 92 links to each other with bakelite thermal baffle 91, and vertical envelope hot plywood 90 links to each other with asbestos rubber thermal baffle 92.
Shown in Figure 10, Figure 11 a, Figure 11 b, Figure 11 c, Figure 11 d, Figure 11 e, described conveyor parts are by side plate A98, mounting plate 99, tensioning piece 100, side plate B 101, motor reducer 102, passive roller 103, shaft-use elastic gear ring (104,107,111), bearing (105,108,110,114), driven axle 106, main drive shaft, tensioning shaft 109, tunnel shaft 112, bearing support 113, gland 115, belt 116, belt roller 117, support bar 118, active roll tube 119, flat key 120, illiteracy plate 121, motor cabinet 122 are formed; Tensioning piece 100, driven axle 106, tunnel shaft 112, bearing support 113, tensioning shaft 109, belt supporting plate 117, support bar 118, both ends of main drive shaft is installed in respectively on side plate A98 and the side plate B 101, passive cylinder 103 is loaded on the driven axle 106, active roll tube 119 is loaded on the main drive shaft, covering plate 121 is fixed on the bearing support 113, mount pad 122 links to each other with belt supporting plate 117, side plate A98 and side plate B 101 are separately fixed on the mounting plate 99, mounting plate 99 is fixed on the rack unit 1, motor reducer 102 is installed on the motor cabinet 122 and by flat key 120 and main drive shaft and assembles, one shaft-use elastic gear ring 104, one bearing 105 is contained on the driven axle 106, another shaft-use elastic gear ring 107, another bearing 108 is contained on the tensioning shaft 109, another bearing 110, another shaft-use elastic gear ring 111 is contained on the tunnel shaft 112, a bearing 114 again, gland 115 is contained on the main drive shaft, and belt 116 is contained on the belt supporting plate 117 and is enclosed within active roll tube 119, on the passive cylinder 103.
As Figure 12, shown in Figure 13, described former parts are by square steel 123, connecting rod 124, mounting plate 125, supporting plate 126, lower side panel 127, side plate A 128, latus superius 129, side plate B130, side plate fixed plate A 131, side plate retaining plate B 132, cylinder mounting plate 133, cylinder 134, guide pin bushing 135, packing ring 136, bearing 137, middle connecting plate 138, Connection Block 139, floating junction 140, spacer 141, plastic linear bearing 142, circlip for hole 143, guide rod 144 is formed, guide pin bushing 135 links to each other with cylinder mount pad 133, guide rod 144 passes guide pin bushing 135 and links to each other with middle connecting plate 138, side plate fixed plate A 131, side plate retaining plate B132 respectively with lower side panel 127, latus superius 129 links to each other, and Connection Block 139 is fixed on side plate fixed plate A 131 and the side plate retaining plate B132; Connecting rod 124 1 ends link to each other with square steel 123, the other end links to each other with mounting plate 125, guide rod 144 is fixed on the Connection Block 139, spacer 141, plastic linear bearing 142, circlip for hole 143 is contained in respectively on the guide rod 144, lower side panel 127 links to each other with side plate A 128, latus superius 129 links to each other with side plate B130, cylinder 134 links to each other with cylinder mounting plate 133, supporting plate 126 links to each other with lower side panel 127, side plate fixed plate A 131 is fixed on the rack unit 1, floating junction 140 1 ends link to each other with Connection Block 139, the other end links to each other with cylinder mounting plate 133, packing ring 136, bearing 137 symmetries are fixed on lower side panel 127 and the latus superius 129, and middle connecting plate 138 links to each other with Connection Block 139, and middle connecting plate 138 is fixed between lower side panel 127 and the latus superius 129.
The utility model will be arranged the powder stick of getting well and push the former parts by pushing away the bag parts, under for the membrane element action, packing film is provided for the former parts, give the preliminary coating of powder stick after horizontal sealing parts and vertical envelope parts seal this powder stick wraps, transfer out by conveyor at last.
Claims (7)
- The people quick-fried in chartered plane, mainly, it is characterized in that: push away bag parts, horizontal sealing parts, all be connected in integral body of formation on the rack unit for membrane element, vertical envelope parts, conveyor, former parts by pushing away bag parts, rack unit, horizontal sealing parts, forming for membrane element, vertical envelope parts, conveyor, former parts seven parts.
- 2. chartered plane during the people according to claim 1 are quick-fried, it is characterized in that: the described bag parts that push away are by cylinder mounting plate, the guide rail mounting plate, floating junction, back up pad, guide rail splice, the cylinder mount pad, the cylinder web plate, the push pedal web plate, push pedal, the film bar is pulled on the right side, the film bar is pulled on a left side, cylinder, twin shaft core type slide rail is formed, cylinder mounting plate links to each other with the guide rail mounting plate, link plate links to each other with back up pad and back up pad is connected on the guide rail mounting plate, twin shaft core type slide rail is fixed on the guide rail mounting plate, guide rail splice links to each other with twin shaft core type slide rail, the cylinder mount pad is fixed on the guide rail splice, the cylinder web plate links together two cylinders, one of them cylinder is fixed on cylinder mounting plate and links to each other, another cylinder is fixed on the push pedal web plate, floating junction is connected a cylinder end, push pedal, the film bar is pulled on the right side, a left side is pulled the film bar and all is individually fixed on the push pedal web plate.
- 3. chartered plane during the people according to claim 1 are quick-fried, it is characterized in that: described horizontal sealing parts are by two crossbeams, two root posts, two connect crossbeam, two guide rods, the lower cylinder connecting rod, two cylinder web plates, two floating junctions, two bakelite thermal baffles, two asbestos rubber thermal baffles, two heat seal pieces, serrated knife, two contiguous blocks, the upper cylinder connecting rod, four cylinders, four extended type linear bearingss are formed, two root posts link to each other with two crossbeams, two guide rods are fixed between two crossbeams, on two guide rods, be equipped with respectively two extended type linear bearingss and be connected crossbeam and be fixed in one on the other on two guide rods, two cylinder web plates link to each other with two cylinders respectively and two cylinders fixedly are on two crossbeams one on the other, the upper cylinder connecting rod, the lower cylinder connecting rod is connected to up and down on two cylinder guide rods, the upper and lower air cylinders connecting rod links to each other with two floating junctions respectively, two floating junctions are connected to two and connect on the crossbeam, two bakelite thermal baffles are separately fixed at two and connect on the crossbeam, two asbestos rubber thermal baffles link to each other with two bakelite thermal baffles respectively, two heat seal pieces link to each other with two asbestos rubber thermal baffles respectively, serrated knife links to each other with the heat seal piece of upper end, and two cylinders are installed on the connection crossbeam of upper end by two contiguous blocks respectively in addition.
- 4. chartered plane during the people according to claim 1 are quick-fried, it is characterized in that: the described membrane element that supplies is made up of for membrane element and the following membrane element that supplies last, described going up for membrane element with identical for the structure of membrane element down, described going up for membrane element gone up for membrane element by pasting board I by described, adjustable plate, left side mounting plate, walk the film carrying roller, right mounting plate, two sprocket wheels, shield cap, the fire proof motor step-down gear, square seat bearing, the film spacing collar, film volume carrying roller, piece on the limited block, piece under the limited block, two deflector rolls, pasting board II, limited block, swing arm, sensor stand, deflector roll covers thoroughly, guide roller axis, bearing, bearing race, film corral guard bar is formed, walk the film carrying roller, film volume carrying roller two ends are installed on left mounting plate and the right mounting plate by square seat bearing respectively, two sprocket wheels are separately fixed at away the film carrying roller, film volume carrying roller, the fire proof motor step-down gear be installed on the left mounting plate and with walk film carrying roller one end and link to each other, shield cap is installed on the right mounting plate, piece on the limited block, piece is fixed on the film volume carrying roller under the limited block, film volume maintenance bar is fixed under the limited block between the piece, two deflector rolls, the saturating lid of deflector roll is loaded on the guide roller axis, the film spacing collar is housed on every deflector roll, adjustable plate, two deflector rolls, guide roller axis is loaded on pasting board I respectively, on the pasting board II, swing arm is loaded on the adjustable plate, limited block is loaded on the swing arm, pasting board I, left side mounting plate, right mounting plate, pasting board II, sensor stand, bearing, bearing race, film corral guard bar directly is connected on the rack unit.
- 5. chartered plane during the people according to claim 1 are quick-fried, it is characterized in that: described vertical envelope parts are by cylinder, floating junction, the vertical sealing machine mounting plate, two guide rods, the guide rod web plate, vertical envelope heat seal piece, the bakelite thermal baffle, the asbestos rubber thermal baffle, lubricating cup, two conduits, axle sleeve, contiguous block, the heat block mounting plate is formed, two conduits, cylinder is installed in respectively on the vertical sealing machine mounting plate, the vertical sealing machine mounting plate is installed on the rack unit, every guide rod passes a conduit and links to each other with the guide rod web plate, lubricating cup and axle sleeve are installed on the every guide rod, and lubricating cup links to each other with conduit, cylinder links to each other with the guide rod web plate by floating junction, contiguous block links to each other with the guide rod web plate, the heat block mounting plate links to each other with contiguous block, the bakelite thermal baffle links to each other with the heat block mounting plate, the asbestos rubber thermal baffle links to each other with the bakelite thermal baffle, and vertical envelope hot plywood links to each other with the asbestos rubber thermal baffle.
- 6. chartered plane during the people according to claim 1 are quick-fried, it is characterized in that: described conveyor parts are made up of side plate A, mounting plate, tensioning piece, side plate B, motor reducer, passive roller, shaft-use elastic gear ring, bearing, driven axle, main drive shaft, tensioning shaft, tunnel shaft, bearing support, gland, belt, belt roller, support bar, active roll tube, flat key, illiteracy plate, motor cabinet; The tensioning piece, driven axle, tunnel shaft, bearing support, tensioning shaft, the belt supporting plate, support bar, both ends of main drive shaft is installed in respectively on side plate A and the side plate B, passive cylinder is loaded on the driven axle, active roll tube is loaded on the main drive shaft, covering plate is fixed on the bearing support, mount pad links to each other with the belt supporting plate, side plate A and side plate B are separately fixed on the mounting plate, mounting plate is fixed on the rack unit, motor reducer is installed on the motor cabinet and by flat key and main drive shaft and assembles, one shaft-use elastic gear ring, one bearing is contained on the driven axle, another shaft-use elastic gear ring, another bearing is contained on the tensioning shaft, another bearing, another shaft-use elastic gear ring is contained on the tunnel shaft, a bearing again, gland is contained on the main drive shaft, and belt is contained on the belt supporting plate and is enclosed within active roll tube, on the passive cylinder.
- 7. chartered plane during the people according to claim 1 are quick-fried, it is characterized in that: described former parts are by square steel, connecting rod, mounting plate, supporting plate, lower side panel, side plate A, latus superius, side plate B, the side plate fixed plate A, side plate retaining plate B, cylinder mounting plate, cylinder, guide pin bushing, packing ring, bearing, middle connecting plate, Connection Block, floating junction, spacer, plastic linear bearing, circlip for hole, guide rod is formed, guide pin bushing links to each other with the cylinder mount pad, guide rod passes guide pin bushing and links to each other with middle connecting plate, the side plate fixed plate A, side plate retaining plate B respectively with lower side panel, latus superius links to each other, and Connection Block is fixed on side plate fixed plate A and the side plate retaining plate B; Connecting rod one end links to each other with square steel, the other end links to each other with mounting plate, guide rod is fixed on the Connection Block, spacer, plastic linear bearing, circlip for hole is contained on the guide rod respectively, lower side panel links to each other with side plate A, latus superius links to each other with side plate B, cylinder links to each other with cylinder mounting plate, supporting plate links to each other with lower side panel, and the side plate fixed plate A is fixed on the rack unit, and floating junction one end links to each other with Connection Block, the other end links to each other with cylinder mounting plate, packing ring, the bearing symmetry is fixed on lower side panel and the latus superius, and middle connecting plate links to each other with Connection Block, and middle connecting plate is fixed between lower side panel and the latus superius.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206606900U CN201923960U (en) | 2010-11-26 | 2010-12-15 | Civil explosive middle packing machine |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020628875 | 2010-11-26 | ||
| CN201020628875.3 | 2010-11-26 | ||
| CN2010206606900U CN201923960U (en) | 2010-11-26 | 2010-12-15 | Civil explosive middle packing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201923960U true CN201923960U (en) | 2011-08-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206606900U Expired - Fee Related CN201923960U (en) | 2010-11-26 | 2010-12-15 | Civil explosive middle packing machine |
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| Country | Link |
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| CN (1) | CN201923960U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103895890A (en) * | 2012-12-28 | 2014-07-02 | 深圳市金奥博科技有限公司 | Middle packaging machine |
-
2010
- 2010-12-15 CN CN2010206606900U patent/CN201923960U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103895890A (en) * | 2012-12-28 | 2014-07-02 | 深圳市金奥博科技有限公司 | Middle packaging machine |
| CN103895890B (en) * | 2012-12-28 | 2016-01-20 | 深圳市金奥博科技有限公司 | Middle chartered plane |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 430205 Hubei city of Wuhan province Jiangxia East Lake New Technology Development Zone, Hidden Dragon Island Science and Technology Park Patentee after: WUHAN RENTIAN PACKAGING TECHNOLOGY CO., LTD. Address before: 430205 Hubei city of Wuhan province Jiangxia East Lake New Technology Development Zone, Hidden Dragon Island Science and Technology Park Patentee before: Rentian Packing Tech. Co., Ltd. Wuhan |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110810 Termination date: 20161215 |