CN108177389A - A kind of polybag bilayer Origuchi edge seal system - Google Patents
A kind of polybag bilayer Origuchi edge seal system Download PDFInfo
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- CN108177389A CN108177389A CN201711465453.1A CN201711465453A CN108177389A CN 108177389 A CN108177389 A CN 108177389A CN 201711465453 A CN201711465453 A CN 201711465453A CN 108177389 A CN108177389 A CN 108177389A
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Abstract
The invention discloses a kind of polybag bilayer Origuchi edge seal systems, its structure includes handle ring, body, lifting pedestal, conveyer, directive wheel, it is oriented to rubber strip, active directive wheel, cooling block, heat block, conveyer belt, follower, edge sealing guide plate, defence cover, controller, the bottom surface of body is fixedly connected with the top surface of lifting pedestal, the end face of lifting pedestal is connected with conveyer, a kind of polybag bilayer Origuchi edge seal system of the present invention, the equipment is provided with lifting pedestal, have the function of that height is adjusted, the height of body can be adjusted, to meet the polybag of different height, so as to fulfill the edge sealing of different height polybag, so that expand the use scope of equipment, help to improve the utilization rate of equipment.
Description
Technical field
The present invention is a kind of polybag bilayer Origuchi edge seal system, belongs to polybag bilayer Origuchi edge sealing field.
Background technology
Plastics be using monomer as raw material, the high-molecular compound that is formed by addition polymerization or polycondensation polymerized be commonly called as plastics or
Resin can freely change ingredient and body styles, by synthetic resin and filler, plasticizer, stabilizer, lubricant, colorant etc.
Additive forms.
But the bracket height of the prior art is uncontrollable, and edge sealing, limitation can only be carried out to the sack of corresponding height
The use scope of equipment edge sealing reduces the utilization rate of equipment edge sealing.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of polybag bilayer Origuchi edge seal system, with
The bracket height for solving the prior art is uncontrollable, can only carry out edge sealing to the sack of corresponding height, limit equipment envelope
The use scope on side, the problem of reducing the utilization rate of equipment edge sealing.
To achieve these goals, the present invention is to realize by the following technical solutions：A kind of polybag bilayer Origuchi
Edge seal system, structure include handle ring, body, lifting pedestal, conveyer, directive wheel, be oriented to rubber strip, active directive wheel,
Cooling block, heat block, conveyer belt, follower, edge sealing guide plate, defence cover, controller, the bottom surface of the body and lifting pedestal
Top surface be fixedly connected, the end face of the lifting pedestal is connected with conveyer, and the left and right sides of the body is embedded with
Therewith using the handle ring excessively coordinated, there are two the installations of the handle ring parallel and symmetrical, the side top surface of the body
With controller using being mechanically connected, front top and the defence cover of the body mutually weld, and the defence cover is close to controller
Side is provided with the edge sealing guide plate being connected with body, and the side upper and lower ends of the edge sealing guide plate are mounted on and body
The follower of connection, the follower are flexibly connected by conveyer belt with active directive wheel, and the follower is with being actively oriented to
Heat block, cooling block are both provided between wheel, the heat block is mutually parallel with cooling block and is both connect with body, institute
It states side of the active directive wheel far from cooling block and is also connected to directive wheel by being oriented to rubber strip, the directive wheel is oriented to rubber
Band, active directive wheel, cooling block, heat block, conveyer belt, follower are respectively mounted there are two and are symmetrically laid in vertical type；
The lifting pedestal is by height adjustment mechanism, horizontal extension mechanism, first longitudinal direction telescoping mechanism, the first driver
Structure, second longitudinal direction telescoping mechanism, the second transmission mechanism, elevating mechanism, pedestal composition, the pedestal is using its vertical center line as axis
It is set in symmetrical expression distribution, the pedestal is internally provided with connected height adjustment mechanism, horizontal extension mechanism, the
One longitudinal extension mechanism, the first transmission mechanism, second longitudinal direction telescoping mechanism, the second transmission mechanism, the pedestal are also attached to rise
Descending mechanism, the height adjustment mechanism are set on the top of horizontal extension mechanism, and the horizontal extension mechanism stretches with first longitudinal direction
The bottom movable contact of mechanism, side of the first longitudinal direction telescoping mechanism far from height adjustment mechanism and the first transmission mechanism into
Row is sequentially connected, and the bottom of first transmission mechanism is connected to second longitudinal direction telescoping mechanism, the second longitudinal direction telescopic machine
Structure is connected with the second transmission mechanism, and second transmission mechanism is sequentially connected in elevating mechanism, the top surface of the elevating mechanism
It is fixedly connected with the bottom surface of body.
Further, the height adjustment mechanism includes handwheel disk, regular screw thread, screw rod, band internal thread lantern ring, branch
Seat, smooth lantern ring, are uniformly laid with the regular screw thread being integrated therewith on the screw rod, the screw rod through with
The band internal thread lantern ring being meshed, one end of the screw rod is fixedly connected with the medial center position of handwheel disk, the screw rod
The other end be connected with the center of the bearing of circular configuration, the center of the bearing is fixed with smooth lantern ring, the smooth set
Ring is gap-matched through screw rod and the two, and the handwheel disk is mutually parallel with bearing and both hangs down with screw rod
Directly, the bottom of the smooth lantern ring is connect with horizontal extension mechanism, and the band internal thread lantern ring is fixedly connected with pedestal.
, a kind of polybag bilayer Origuchi edge seal system according to claim, it is characterised in that：The horizontal extension
Mechanism includes steel wire rope, aperture, spring limiting board, fixed pulley, horizontal bush, resetting spring, horizontal extension frame, auxiliary movement
Wheel, limited block, the horizontal bush are offered on the side center far from horizontal extension frame and are integrated therewith
Aperture, the upper and lower ends of the aperture are equipped with puts down with the spring limiting board that is connected inside horizontal bush, the spring limiting board
Capable is provided with two pieces, and the resetting spring in horizontal layout is equipped between two pieces of spring limiting boards, the resetting spring
One end is connected with end face of the horizontal bush close to aperture, and the other end of the resetting spring is connected to the one of horizontal extension frame
End, one end and the mode that horizontal bush is gap-matched of the horizontal extension frame link together, the horizontal extension frame
One end bottom far from resetting spring is equipped with auxiliary movable pulley, and top is then fixed with limited block, one end of the steel wire rope
It is connected across aperture, resetting spring with the side center of horizontal extension frame, the steel wire rope and fixed pulley movable contact,
The fixed pulley is laid with two pieces and is mechanically connected with the inner wall of pedestal, the other end of the steel wire rope and smooth lantern ring side by side
Bottom connection, the bottom surface of the horizontal bush is fixedly connected with the inner bottom surface of pedestal, the auxiliary movable pulley and pedestal activity
Connection, the bottom movable contact of the horizontal extension frame and first longitudinal direction telescoping mechanism.
Further, the first longitudinal direction telescoping mechanism include upright bar, the first bottom plate, the first telescopic rod, the first vertical tube,
First spring, upper saddle, gib block, upper double cog batten, the first driving gear, the inner top surface of first vertical tube pass through setting
It is connected in the first internal spring with the top surface of the first telescopic rod, first telescopic rod is matched with the first vertical tube using gap
It closes, the bottom surface of first telescopic rod and the end face center position vertical connection of the first bottom plate, in the bottom surface of first bottom plate
The heart is connected to the top surface of upright bar, and first bottom plate is equipped with the first driving gear close to the side of upper double cog batten, described
First driving gear is sequentially connected with double cog batten by the way of being meshed, the rear and front end of the double cog batten
Face is respectively and fixedly provided with longitudinally disposed gib block, and the gib block is flexibly connected with the inner groovy of upper saddle, the bottom surface of the upright bar with
Horizontal extension frame movable contact, first vertical tube, upper saddle top surface with the inner top surface vertical connection of pedestal, it is described double
One side and first transmission mechanism of the face rack-plate far from the first driving gear are sequentially connected.
Further, first transmission mechanism includes the first driven gear, first rotating shaft, fixed link, circular rod, ring
Shape hole, disk, the second driving gear, strut, the second bottom plate, the second shaft, the first transmission belt, second shaft are equipped with therewith
Orthogonal fixed link, the fixed link are opened in ring through the looping pit being gap-matched therewith, the looping pit
On shape bar, the circular rod is integrated with looping pit, and the bottom center of the circular rod is vertical with the top surface of strut to be connected
It connects, the plane perpendicular of the strut is connected to the end face center of the second bottom plate, and second bottom plate is far from the first driven gear
Side is equipped with the second driving gear, and second shaft uses interference fit through the center of disk and the two,
Second shaft is flexibly connected by the first transmission belt with first rotating shaft, and the first rotating shaft using interference through being matched therewith
The first driven gear closed, first driven gear is with the another side of upper double cog batten using the fit system being meshed
It is sequentially connected, second driving gear is sequentially connected in the second transmission mechanism, the bottom surface and second of second bottom plate
The top surface of longitudinal extension mechanism is fixedly connected, and the first rotating shaft is flexibly connected with the inner face of pedestal.
Further, the second longitudinal direction telescoping mechanism includes the second telescopic rod, the second vertical tube, second spring, described
Second telescopic rod through the second vertical tube being gap-matched therewith, the inner bottom surface of second vertical tube by second spring with
The bottom surface of second telescopic rod is connected, and the second spring is set on the inside of the second vertical tube, the bottom surface and bottom of second vertical tube
The inner bottom surface vertical connection of seat, the top surface of second telescopic rod is connected with the bottom surface of the second bottom plate.
Further, second transmission mechanism includes lower slider, lower double cog batten, raised line, second driven
Gear, third shaft, the second transmission belt, turbine, the 4th shaft, inner groovy and the raised line of the lower slider carry out male-female engagement,
The raised line is in be disposed longitudinally on former and later two end faces of lower double cog batten being integrated therewith, two-sided under described
The one side of rack-plate is sequentially connected with the second driven gear by the way of being meshed, the third shaft through with
Use interference fit the second driven gear center, one end of second transmission belt is flexibly connected with third shaft, institute
The other end for stating the second transmission belt is movably connected on the 4th shaft, is arranged in the 4th shaft therewith using interference fit
Turbine, the another side of the lower double cog batten are engaged in the second driving gear, the bottom surface of the lower slider and pedestal it is interior
Plane perpendicular connects, and the turbine is sequentially connected with elevating mechanism, the third shaft, the inner face with the 4th shaft base
Movable contact.
Further, the elevating mechanism includes worm screw, mounting base, upper saddle, scissor supporting rack, U-shaped bar, lifting
Seat, lower slider, the left and right ends of the worm screw are mounted on the mounting base being flexibly connected therewith, the mounting base parallel and symmetrical
Setting there are two, the lower slider being connect with worm thread is equipped on the inside of the mounting base, the lower slider is parallel and right
There are two the settings of title, and the bottom hinge of the outer side center of the lower slider with scissor supporting rack is connect, described scissor
The equal hinge connection in top of supporting rack has upper saddle, what the upper saddle set there are two and was gap-matched with U-shaped bar
Mode is flexibly connected, and the bottom surface of two end tops of the U-shaped bar and lifting seat, which is fixed, to be connected, the top surface of the mounting base with
The inner top surface of pedestal is sequentially connected using mechanical connection, the worm screw with turbine by the way of being meshed, the lifting
The bottom surface of seat is also contacted with the fitting of the top surface of pedestal, and the top surface of the lifting seat is fixedly connected on the bottom surface of body.
Further, the pedestal includes movable mouth, matrix, through-hole, guide groove sliding rail, limited block, the top of described matrix
Face center offers the movable mouth being integrated therewith, and two outside of left and right of described matrix offers the logical of circular configuration
Hole, the through-hole are integrated with matrix, and the bottom of described matrix is equipped with guide groove sliding rail, two ends of the guide groove sliding rail
End is respectively and fixedly provided with limited block, and the limited block is equipped with two pieces, and the guide groove sliding rail is flexibly connected with auxiliary movable pulley, the U
Two lateral surfaces of type bar and movable mouth movable contact, the mounting base be set on the outside of movable mouth and with the inner top surface machine of matrix
Tool connects, and the bottom surface of the lifting seat is contacted with the fitting of matrix top surface, and the band internal thread lantern ring is through therewith using excessive
Cooperation through-hole and be connected to matrix, the inner wall of the fixed pulley and matrix mechanical connection, the horizontal bush, the second vertical tube, under
With the inner bottom surface vertical connection of matrix, first vertical tube, upper saddle are vertically connected at the interior top of matrix for the bottom surface of slide
Face, the first rotating shaft, third shaft, the both ends of the surface of the 4th shaft are flexibly connected with the inner face of matrix.
Advantageous effect
A kind of polybag bilayer Origuchi edge seal system of the present invention, by rotating clockwise handwheel disk so that the rule on screw rod
Then screw thread is stretched under the booster action with internal thread lantern ring into matrix, is stretched in screw rod and is generated pulling force, steel wire rope to steel wire rope
Length fix, force in horizontal extension frame so as to steel wire rope so that horizontal extension frame is inside contracted to horizontal bush, resets bullet at this time
Spring is compressed due to horizontal extension frame by original state, is slided in guide groove sliding rail by auxiliary movable pulley while horizontal extension frame inside contracts
Augmented thrust is provided for it, horizontal extension frame is inside contracted generates thrust to upright bar so that upright bar is cut by the low ebb of horizontal extension frame
It changes at peak, while upright bar rises, upright bar rises to be generated the upward thrust in direction and cause the first telescopic rod to the first bottom plate
It is inside contracted to the first vertical tube, the first telescopic rod inside contracts so that the first spring is compressed by original state, and the first bottom plate goes back band while rising
Dynamic first driving gear rises, and under the booster action of upper double cog batten being meshed therewith so that the first driving gear
It is also rotated while rising and double cog batten is driven to slide up seat and inside contracted, upper double cog batten is also meshed in
One driven gear, the first driven gear position are fixed, therefore the first driven gear rotates, first with the rising of upper double cog batten
Driven gear rotates so that first rotating shaft occurs linkage and follows rotation, and the second shaft is under the booster action of the first transmission belt with the
One driven gear rotates, and because fixed link is fixed on disk, therefore fixed link is driven to rotate while disk link with the second shaft,
Relative to disk, fixed link is static, and relative to circular rod, fixed link is movement, therefore fixed link is in annular bore region
It moves and circular rod is driven to move downward, circular rod drives strut to decline downwards, so as to force in the second telescopic rod so that the
Two telescopic rods are inside contracted to the second vertical tube, under strut will while drive the second driving gear decline, the second driving gear is at lower pair
It is rotated under the action of the rack-plate of face and lower double cog batten is driven to decline, lower double cog batten descent tape is moved mutually nibbles therewith
The second driven gear closed is rotated, and the second driven gear rotates so that third shaft links, and the 4th shaft is second
It is rotated under the booster action of transmission belt with third shaft, so as to which the 4th shaft drives turbine rotation, because of turbine and worm engaging, therefore
Worm screw is linked so that and lower slider is inwardly movable, and lower slider drives upper saddle to be moved in U-shaped bar by scissor hinge mount,
So as to will be pushed up on lifting seat, realize the function of rising, similarly, rotation hand wheel disk counterclockwise is turn down operation, lifting seat it is upper
Rise either dropping distance depend on the number i.e. screw rod that rotates clockwise or counter-clockwise of handwheel disk inside contract or it is overhanging away from
From；
A kind of polybag bilayer Origuchi edge seal system of the present invention, the equipment are provided with lifting pedestal, have what height was adjusted
The height of body can be adjusted in function, to meet the polybag of different height, so as to fulfill different height polybag
Edge sealing so that expand the use scope of equipment, help to improve the utilization rate of equipment.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structure diagram of polybag bilayer Origuchi edge seal system of the present invention.
Fig. 2 is the structure diagram of the first working condition of the inside of lifting pedestal in Fig. 1.
Fig. 3 is the structure diagram of second of working condition of the inside of lifting pedestal in Fig. 1.
Fig. 4 is the structure diagram of the enlarged drawing of A in Fig. 2.
Fig. 5 is the structure diagram of the enlarged drawing of B in Fig. 3.
In figure：Handle ring -1, lifting pedestal -3, conveyer -4, directive wheel -5, is oriented to rubber strip -6, actively leads body -2
To wheel -7, cooling block -8, heat block -9, conveyer belt -10, follower -11, edge sealing guide plate -12, defence cover -13, controller -
14th, height adjustment mechanism -31, horizontal extension mechanism -32, first longitudinal direction telescoping mechanism -33, the first transmission mechanism -34, second are indulged
To telescoping mechanism -35, the second transmission mechanism -36, elevating mechanism -37, pedestal -38, handwheel disk -3101, regular screw thread -3102,
Screw rod -3103, band internal thread lantern ring -3104, bearing -3105, smooth lantern ring -3106, steel wire rope -3201, aperture -3202, bullet
Spring limiting plate -3203, fixed pulley -3204, horizontal bush -3205, resetting spring -3206, horizontal extension frame -3207, auxiliary are moved
Driving wheel -3208, limited block -3209, upright bar -3301, the first bottom plate -3302, the first telescopic rod -3303, the first vertical tube -
3304th, the first spring -3305, upper saddle -3306, gib block -3307, upper double cog batten -3308, the first driving gear -
3309th, the first driven gear -3401, first rotating shaft -3402, fixed link -3403, circular rod -3404, looping pit -3405, circle
Disk -3406, the second driving gear -3407, strut -3408, the second bottom plate -3409, the second shaft -3410, the first transmission belt -
3411st, the second telescopic rod -3501, the second vertical tube -3502, second spring -3503, lower slider -3601, lower double cog batten -
3602nd, raised line -3603, the second driven gear -3604, third shaft -3605, the second transmission belt -3606, turbine -3607, the 4th
Shaft -3608, worm screw -3701, mounting base -3702, upper saddle -3703, scissor supporting rack -3704, U-shaped bar -3705, lifting
Seat -3706, lower slider -3707, movable mouth -3801, matrix -3802, through-hole -3803, guide groove sliding rail -3804, limited block -
3805。
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, with reference to
Specific embodiment, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of polybag bilayer Origuchi edge seal system technical solution：Its structure includes
Handle ring 1, lifting pedestal 3, conveyer 4, directive wheel 5, is oriented to rubber strip 6, active directive wheel 7, cooling block 8, heating at body 2
Block 9, conveyer belt 10, follower 11, edge sealing guide plate 12, defence cover 13, controller 14, bottom surface and the lifting bottom of the body 2
The top surface of seat 3 is fixedly connected, and the end face of the lifting pedestal 3 is connected with conveyer 4, and the left and right sides of the body 2 is equal
It is embedded with therewith using the handle ring 1 excessively coordinated, there are two the installations of 1 parallel and symmetrical of handle ring, the body 2
It, using being mechanically connected, is covered at the top of the front of the body 2 with defence cover 13 phases welding, the defence with controller 14 side top surface
13 are provided with the edge sealing guide plate 12 being connected with body 2, the side of the edge sealing guide plate 12 close to the side of controller 14
Upper and lower ends are mounted on the follower 11 being connect with body 2, and the follower 11 passes through conveyer belt 10 and active directive wheel 7
Flexible connection, is both provided with heat block 9, cooling block 8 between the follower 11 and active directive wheel 7, the heat block 9 with it is cold
But block 8 is mutually parallel and is both connect with body 2, and the side of the active directive wheel 7 far from cooling block 8 also passes through guiding
Rubber strip 6 is connected to directive wheel 5, and the directive wheel 5 is oriented to rubber strip 6, active directive wheel 7, cooling block 8, heat block 9, conveying
Band 10, follower 11 are respectively mounted there are two and are symmetrically laid in vertical type；
The lifting pedestal 3 is by height adjustment mechanism 31, horizontal extension mechanism 32, first longitudinal direction telescoping mechanism 33, first
Transmission mechanism 34, second longitudinal direction telescoping mechanism 35, the second transmission mechanism 36, elevating mechanism 37, pedestal 38 form, the pedestal 38
It is set using its vertical center line as axis in symmetrical distribution, the connected height that is internally provided with of the pedestal 38 is adjusted
Mechanism 31, horizontal extension mechanism 32, first longitudinal direction telescoping mechanism 33, the first transmission mechanism 34, second longitudinal direction telescoping mechanism 35,
Two transmission mechanisms 36, the pedestal 38 are also attached to elevating mechanism 37, and the height adjustment mechanism 31 is set on horizontal extension mechanism
32 top, the horizontal extension mechanism 32 and the bottom movable contact of first longitudinal direction telescoping mechanism 33, the first longitudinal direction are stretched
Side of the contracting mechanism 33 far from height adjustment mechanism 31 is sequentially connected with the first transmission mechanism 34, first transmission mechanism
34 bottom is connected to second longitudinal direction telescoping mechanism 35, and the second longitudinal direction telescoping mechanism 35 is connected with the second transmission mechanism 36
It connects, second transmission mechanism 36 is sequentially connected in elevating mechanism 37, and the top surface and the bottom surface of body 2 of the elevating mechanism 37 are consolidated
Fixed connection.
The height adjustment mechanism 31 includes handwheel disk 3101, regular screw thread 3102, screw rod 3103, band internal thread lantern ring
3104th, bearing 3105, smooth lantern ring 3106 are uniformly laid with the regular spiral shell being integrated therewith on the screw rod 3103
Line 3102, the screw rod 3103 is through the band internal thread lantern ring 3104 being meshed therewith, one end of the screw rod 3103 and hand
The medial center position of wheel disc 3101 is fixedly connected, the center of the other end of the screw rod 3103 and the bearing 3105 of circular configuration
Be connected, the center of the bearing 3105 is fixed with smooth lantern ring 3106, the smooth lantern ring 3106 through screw rod 3103 simultaneously
And the two is gap-matched, the handwheel disk 3101 is mutually parallel and both vertical with screw rod 3103 with bearing 3105,
The bottom of the smooth lantern ring 3106 is connect with horizontal extension mechanism 32, and the band internal thread lantern ring 3104 is fixed with pedestal 38 to be connected
It connects.
The horizontal extension mechanism 32 includes steel wire rope 3201, aperture 3202, spring limiting board 3203, fixed pulley
3204th, horizontal bush 3205, resetting spring 3206, horizontal extension frame 3207, auxiliary movable pulley 3208, limited block 3209, institute
It states and offers the aperture being integrated therewith on side center of the horizontal bush 3205 far from horizontal extension frame 3207
3202, the upper and lower ends of the aperture 3202 are equipped with and the spring limiting board 3203 that is connected inside horizontal bush 3205, the bullet
The parallel reset bullet for being provided with two pieces, being equipped in horizontal layout between two pieces of spring limiting boards 3203 of spring limiting plate 3203
Spring 3206, one end of the resetting spring 3206 is connected with end face of the horizontal bush 3205 close to aperture 3202, described multiple
The other end of position spring 3206 is connected to one end of horizontal extension frame 3207, and one end of the horizontal extension frame 3207 is covered with horizontal
The mode that cylinder 3205 is gap-matched links together, one end bottom of the horizontal extension frame 3207 far from resetting spring 3206
Portion is equipped with auxiliary movable pulley 3208, and top is then fixed with limited block 3209, and one end of the steel wire rope 3201 passes through aperture
3202nd, resetting spring 3206 is connected with the side center of horizontal extension frame 3207, the steel wire rope 3201 and fixed pulley
3204 movable contacts, the fixed pulley 3204 are laid with two pieces and are mechanically connected with the inner wall of pedestal 38, the steel wire side by side
The other end of rope 3201 is connect with the bottom of smooth lantern ring 3106, the bottom surface of the horizontal bush 3205 and the inner bottom surface of pedestal 38
It is fixedly connected, the auxiliary movable pulley 3208 is flexibly connected with pedestal 38, and the horizontal extension frame 3207 stretches with first longitudinal direction
The bottom movable contact of mechanism 33.
The first longitudinal direction telescoping mechanism 33 includes upright bar 3301, the first bottom plate 3302, the first telescopic rod 3303, first
Vertical tube 3304, the first spring 3305, upper saddle 3306, gib block 3307, upper double cog batten 3308, the first driving gear
3309, the inner top surface of first vertical tube 3304 by be arranged on the first internal spring 3305 and with the first telescopic rod 3303
Top surface is connected, and first telescopic rod 3303 is gap-matched with the first vertical tube 3304, first telescopic rod 3303
Bottom surface and the end face center position vertical connection of the first bottom plate 3302, the bottom center of first bottom plate 3302 are connected to upright bar
3301 top surface, first bottom plate 3302 are equipped with the first driving gear 3309 close to the side of upper double cog batten 3308,
First driving gear 3309 is sequentially connected with double cog batten 3308 by the way of being meshed, the two-sided rack
The rear and front end face of plate 3308 is respectively and fixedly provided with longitudinally disposed gib block 3307, the indent of the gib block 3307 and upper saddle 3306
Slot is flexibly connected, bottom surface and 3207 movable contact of horizontal extension frame of the upright bar 3301, first vertical tube 3304, upper saddle
3306 top surface is with the inner top surface vertical connection of pedestal 38, and the upper double cog batten 3308 is far from the first driving gear 3309
One side be sequentially connected with the first transmission mechanism 34.
First transmission mechanism 34 includes the first driven gear 3401, first rotating shaft 3402, fixed link 3403, annular
Bar 3404, looping pit 3405, disk 3406, the second driving gear 3407, strut 3408, the second bottom plate 3409, the second shaft
3410th, the first transmission belt 3411, second shaft 3410 are equipped with orthogonal fixed link 3403 therewith, the fixed link
3403 through the looping pit 3405 being gap-matched therewith, and the looping pit 3405 is opened on circular rod 3404, described
Circular rod 3404 is integrated with looping pit 3405, and the bottom center of the circular rod 3404 and the top surface of strut 3408 are hung down
Direct-connected to connect, the plane perpendicular of the strut 3408 is connected to the end face center of the second bottom plate 3409, and second bottom plate 3409 is remote
Side from the first driven gear 3401 is equipped with the second driving gear 3407, and second shaft 3410 is through disk 3406
Center and the two using interference fit, second shaft 3410 passes through the first transmission belt 3411 and first rotating shaft
3402 flexible connections, the first rotating shaft 3402 is through therewith using the first driven gear 3401 of interference fit, and described the
One driven gear 3401 is sequentially connected with the another side of upper double cog batten 3308 using the fit system being meshed, institute
It states the second driving gear 3407 to be sequentially connected in the second transmission mechanism 36, the bottom surface of second bottom plate 3409 is stretched with second longitudinal direction
The top surface of contracting mechanism 35 is fixedly connected, and the first rotating shaft 3402 is flexibly connected with the inner face of pedestal 38.
The second longitudinal direction telescoping mechanism 35 includes the second telescopic rod 3501, the second vertical tube 3502, second spring 3503,
Second telescopic rod 3501 is through the second vertical tube 3502 being gap-matched therewith, the interior bottom of second vertical tube 3502
Face is connected by second spring 3503 with the bottom surface of the second telescopic rod 3501, and the second spring 3503 is set on the second vertical tube
3502 inside, the bottom surface of second vertical tube 3502 and the inner bottom surface vertical connection of pedestal 38, second telescopic rod 3501
Top surface be connected with the bottom surface of the second bottom plate 3409.
Second transmission mechanism 36 includes lower slider 3601, lower double cog batten 3602, raised line 3603, second
Driven gear 3604, third shaft 3605, the second transmission belt 3606, turbine 3607, the 4th shaft 3608, the lower slider 3601
Inner groovy and raised line 3603 carry out male-female engagement, the raised line 3603 is in lower pair for being disposed longitudinally on and being integrated therewith
On former and later two end faces of face rack-plate 3602, one side and the second driven gear 3604 of the lower double cog batten 3602 are adopted
It is sequentially connected with the mode being meshed, the third shaft 3605 is through therewith using the second driven tooth of interference fit
The center of wheel 3604, one end of second transmission belt 3606 are flexibly connected with third shaft 3605, second transmission belt
3606 other end is movably connected on the 4th shaft 3608, is arranged in the 4th shaft 3608 therewith using interference fit
Turbine 3607, the another side of the lower double cog batten 3602 are engaged in the second driving gear 3407, the lower slider 3601
Bottom surface and pedestal 38 inner bottom surface vertical connection, the turbine 3607 is sequentially connected with elevating mechanism 37, the third shaft
3605th, the inner face movable contact with 3608 pedestal 38 of the 4th shaft.
The elevating mechanism 37 includes worm screw 3701, mounting base 3702, upper saddle 3703, scissor supporting rack 3704, U
Type bar 3705, lifting seat 3706, lower slider 3707, the left and right ends of the worm screw 3701 are mounted on the peace being flexibly connected therewith
Seat 3702 is filled, there are two the settings of 3702 parallel and symmetrical of mounting base, and the inside of the mounting base 3702 is equipped with and snail
The lower slider 3707 that bar 3701 is threadedly coupled, there are two the settings of 3707 parallel and symmetrical of lower slider, the lower slider
Bottom hinge of 3707 outer side center with scissor supporting rack 3704 is connect, and the top of the scissor supporting rack 3704 is equal
Hinge connection has upper saddle 3703, the side that the upper saddle 3703 sets there are two and is gap-matched with U-shaped bar 3705
Formula is flexibly connected, and two end tops of the U-shaped bar 3705 are fixed with the bottom surface of lifting seat 3706 to be connected, the mounting base
3702 top surface is with the inner top surface of pedestal 38 using being mechanically connected, and the worm screw 3701 is with turbine 3607 by the way of being meshed
It is sequentially connected, the bottom surface of the lifting seat 3706 is also contacted with the fitting of the top surface of pedestal 38, the top of the lifting seat 3706
Face is fixedly connected on the bottom surface of body 2.
The pedestal 38 includes movable mouth 3801, matrix 3802, through-hole 3803, guide groove sliding rail 3804, limited block 3805,
The end face center of described matrix 3802 offers the movable mouth 3801 being integrated therewith, the left and right two of described matrix 3802
Outside offers the through-hole 3803 of circular configuration, and the through-hole 3803 is integrated with matrix 3802, described matrix
3802 bottom is equipped with guide groove sliding rail 3804, and two ends of the guide groove sliding rail 3804 are respectively and fixedly provided with limited block 3805, described
Limited block 3805 is equipped with two pieces, and the guide groove sliding rail 3804 is flexibly connected with auxiliary movable pulley 3208, the U-shaped bar 3705
Two lateral surfaces and movable 3801 movable contact of mouth, the mounting base 3702 be set on the outside of movable mouth 3801 and with matrix 3802
Inner top surface mechanical connection, the bottom surface of the lifting seat 3706 is bonded with 3802 top surface of matrix and contacts, the band internal thread lantern ring
3104 are connected to matrix 3802 through excessively cooperation through-hole 3803 is used therewith, the fixed pulley 3204 and matrix 3802
Inner wall be mechanically connected, the horizontal bush 3205, the second vertical tube 3502, lower slider 3601 bottom surface with the interior bottom of matrix 3802
Face vertical connection, first vertical tube 3304, upper saddle 3306 are vertically connected at the inner top surface of matrix 3802, described first turn
The inner face of axis 3402, third shaft 3605, the both ends of the surface of the 4th shaft 3608 with matrix 3802 is flexibly connected.
Worm screw 3701 described in this patent refers to there is one or several helical tooths, and engaged with worm gear and form and interlock
The gear of shaft gear pair.
Operation principle：By rotating clockwise handwheel disk 3101 so that the regular screw thread 3102 on screw rod 3103 is in band
It is stretched under the booster action of thread ring 3104 into matrix 3802, is stretched in screw rod 3103 and pulling force, steel are generated to steel wire rope 3201
The length of cord 3201 is fixed, and forces in horizontal extension frame 3206 so as to steel wire rope 3201 so that horizontal extension frame 3206 is to water
Flat sleeve 3205 inside contracts, and resetting spring 3206 is compressed due to horizontal extension frame 3206 by original state at this time, horizontal extension frame 3206
It is slided in guide groove sliding rail 3804 by auxiliary movable pulley 3208 while inside contracting and provides augmented thrust, horizontal extension frame 3206 for it
It inside contracts and thrust is generated to upright bar 3301 so that upright bar 3301 is switched to by the low ebb of horizontal extension frame 3206 at peak, simultaneously
Upright bar 3301 rises, and upright bar 3301 rises to be generated the upward thrust in direction and cause the first telescopic rod 3303 to the first bottom plate 3302
It is inside contracted to the first vertical tube 3304, the first telescopic rod 3304 inside contracts so that the first spring 3305 is compressed by original state, the first bottom plate
3302 also drive the first driving gear 3309 to rise, and the upper double cog batten 3308 being meshed therewith is auxiliary while rising
Help under effect so that the first driving gear 3309 rise while be also rotated and drive double cog batten 3308 to
Upper saddle 3306 inside contracts, and upper double cog batten 3308 is also meshed in the first driven gear 3401,3401 position of the first driven gear
It is fixed, therefore the first driven gear 3401 is rotated with the rising of upper double cog batten 3308, the rotation of the first driven gear 3401 makes
It obtains the generation linkage of first rotating shaft 3402 and follows rotation, the second shaft 3410 is under the booster action of the first transmission belt 3411 with first
Driven gear 3401 rotates, because fixed link 3403 is fixed on disk 3406, therefore what disk 3406 linked with the second shaft 3410
Fixed link 3403 is driven to rotate simultaneously, relative to disk 3406, fixed link 3403 is static, relative to circular rod 3404, Gu
Fixed pole 3403 is movement, therefore fixed link 3403 moves in 3405 region of looping pit and circular rod 3404 is driven to transport downwards
Dynamic, circular rod 3404 drives strut 3408 to decline downwards, so as to force in the second telescopic rod 3501 so that the second telescopic rod 3501
Inside contracted to the second vertical tube 3502, under strut 3408 will while the second driving gear 3407 is driven to decline, the second driving gear
3407 rotated and driven under the action of lower double cog batten 3602 under double cog batten 3602 decline, lower the two-sided rack
Plate 3602, which declines, drives the second driven gear 3604 for being meshed therewith to be rotated, and the second driven gear 3604 is rotated so that the
Three shafts 3605 link, and the 4th shaft 3608 is revolved under the booster action of the second transmission belt 3606 with third shaft 3605
Turn, so as to which the 4th shaft 3608 drives turbine 3607 to rotate, because turbine 3607 is engaged with worm screw 3701, therefore worm screw 3701
It is dynamic so that the inwardly activity of lower slider 3707, lower slider 3707 drive upper saddle 3703 in U-shaped bar by scissor hinge mount 3704
It is moved in 3705, so as to be pushed up on lifting seat 3706, realizes the function of rising, similarly, rotation hand wheel disk 3101 counterclockwise is to adjust
Low operation, the rising of lifting seat 3706 or dropping distance depend on time that handwheel disk 3101 rotates clockwise or counter-clockwise
Number, i.e. screw rod 3103 inside contract or overhanging distance.
The present invention solve the problems, such as be the prior art bracket height be it is uncontrollable, can only be to the sack of corresponding height
Edge sealing is carried out, limits the use scope of equipment edge sealing, reduces the utilization rate of equipment edge sealing, the present invention passes through above-mentioned component
It is combined with each other, has the function of that height is adjusted, the height of body can be adjusted, to meet the plastics of different height
Bag, so as to fulfill the edge sealing of different height polybag so that expand the use scope of equipment, help to improve the utilization of equipment
Rate.
The basic principles, main features and the advantages of the invention have been shown and described above, for this field skill
For art personnel, it is clear that the present invention is not limited to the details of above-mentioned exemplary embodiment, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes falling within the meaning and scope of the equivalent requirements of the claims in the present invention
It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of polybag bilayer Origuchi edge seal system, structure includes handle ring (1), body (2), lifting pedestal (3), conveying
Machine (4), is oriented to rubber strip (6), active directive wheel (7), cooling block (8), heat block (9), conveyer belt (10), quilt at directive wheel (5)
Driving wheel (11), edge sealing guide plate (12), defence cover (13), controller (14), it is characterised in that：
The bottom surface of the body (2) is fixedly connected with the top surface of lifting pedestal (3), the end face of the lifting pedestal (3) with it is defeated
Machine (4) is sent to be connected, the left and right sides of the body (2) is embedded with therewith using the handle ring (1) excessively coordinated, described to carry
There are two the installations of bracelet (1) parallel and symmetrical, and the side top surface of the body (2) is used with controller (14) to be mechanically connected,
Front top and the defence cover (13) of the body (2) mutually weld, and the defence cover (13) sets close to the side of controller (14)
The edge sealing guide plate (12) being connected with body (2) is equipped with, the side upper and lower ends of the edge sealing guide plate (12) are mounted on
The follower (11) being connect with body (2), the follower (11) are connected by conveyer belt (10) and active directive wheel (7) activity
It connects, heat block (9), cooling block (8), the heat block (9) is both provided between the follower (11) and active directive wheel (7)
It is mutually parallel with cooling block (8) and is both connect with body (2), the one of the separate cooling block (8) of the active directive wheel (7)
Side is also connected to directive wheel (5) by being oriented to rubber strip (6), and the directive wheel (5) is oriented to rubber strip (6), active directive wheel
(7), cooling block (8), heat block (9), conveyer belt (10), follower (11) are respectively mounted there are two and are in the symmetrical cloth of vertical type
If；
The lifting pedestal (3) by height adjustment mechanism (31), horizontal extension mechanism (32), first longitudinal direction telescoping mechanism (33),
First transmission mechanism (34), second longitudinal direction telescoping mechanism (35), the second transmission mechanism (36), elevating mechanism (37), pedestal (38)
Composition, the pedestal (38) are set using its vertical center line as axis in symmetrical distribution, and pedestal (38) are internally provided with
Connected height adjustment mechanism (31), horizontal extension mechanism (32), first longitudinal direction telescoping mechanism (33), the first driver
Structure (34), second longitudinal direction telescoping mechanism (35), the second transmission mechanism (36), the pedestal (38) are also attached to elevating mechanism
(37), the height adjustment mechanism (31) is set on the top of horizontal extension mechanism (32), the horizontal extension mechanism (32) and the
The bottom movable contact of one longitudinal extension mechanism (33), the first longitudinal direction telescoping mechanism (33) is far from height adjustment mechanism (31)
Side be sequentially connected with the first transmission mechanism (34), it is vertical that the bottom of first transmission mechanism (34) is connected to second
To telescoping mechanism (35), the second longitudinal direction telescoping mechanism (35) is connected with the second transmission mechanism (36), second transmission
Mechanism (36) is sequentially connected in elevating mechanism (37), and the top surface of the elevating mechanism (37) is fixedly connected with the bottom surface of body (2).
2. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：The height adjusts machine
Structure (31) includes handwheel disk (3101), regular screw thread (3102), screw rod (3103), band internal thread lantern ring (3104), bearing
(3105), smooth lantern ring (3106) is uniformly laid with the regular screw thread being integrated therewith on the screw rod (3103)
(3102), the screw rod (3103) is through the band internal thread lantern ring (3104) being meshed therewith, and the one of the screw rod (3103)
End is fixedly connected with the medial center position of handwheel disk (3101), the other end of the screw rod (3103) and the bearing of circular configuration
(3105) center is connected, and the center of the bearing (3105) is fixed with smooth lantern ring (3106), the smooth lantern ring
(3106) it is gap-matched through screw rod (3103) and the two, the handwheel disk (3101) is mutually flat with bearing (3105)
It goes and both vertical with screw rod (3103), the bottom of the smooth lantern ring (3106) is connect with horizontal extension mechanism (32),
The band internal thread lantern ring (3104) is fixedly connected with pedestal (38).
3. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：The horizontal extension machine
Structure (32) includes steel wire rope (3201), aperture (3202), spring limiting board (3203), fixed pulley (3204), horizontal bush
(3205), resetting spring (3206), horizontal extension frame (3207), auxiliary movable pulley (3208), limited block (3209), the water
Flat sleeve (3205) offers the aperture being integrated therewith on the side center far from horizontal extension frame (3207)
(3202), the upper and lower ends of the aperture (3202) are equipped with and the spring limiting board that is connected inside horizontal bush (3205)
(3203), what the spring limiting board (3203) was parallel is provided with two pieces, is equipped between two pieces of spring limiting boards (3203)
In the resetting spring (3206) of horizontal layout, one end and the close aperture of horizontal bush (3205) of the resetting spring (3206)
(3202) end face is connected, and the other end of the resetting spring (3206) is connected to one end of horizontal extension frame (3207),
The mode that one end of the horizontal extension frame (3207) is gap-matched with horizontal bush (3205) links together, the water
One end bottom of the flat expansion bracket (3207) far from resetting spring (3206) is equipped with auxiliary movable pulley (3208), and top is then fixed with
Limited block (3209), one end of the steel wire rope (3201) pass through aperture (3202), resetting spring (3206) and horizontal extension
The side center of frame (3207) is connected, the steel wire rope (3201) and fixed pulley (3204) movable contact, described to determine cunning
Wheel (3204) is laid with two pieces and is mechanically connected with the inner wall of pedestal (38) side by side, the other end of the steel wire rope (3201) with
The bottom connection of smooth lantern ring (3106), the bottom surface of the horizontal bush (3205) are fixedly connected with the inner bottom surface of pedestal (38),
The auxiliary movable pulley (3208) is flexibly connected with pedestal (38), the horizontal extension frame (3207) and first longitudinal direction telescoping mechanism
(33) bottom movable contact.
4. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：The first longitudinal direction is stretched
Contracting mechanism (33) includes upright bar (3301), the first bottom plate (3302), the first telescopic rod (3303), the first vertical tube (3304),
One spring (3305), upper saddle (3306), gib block (3307), upper double cog batten (3308), the first driving gear (3309),
The inner top surface of first vertical tube (3304) by be arranged on internal the first spring (3305) and with the first telescopic rod (3303)
Top surface be connected, first telescopic rod (3303) is gap-matched with the first vertical tube (3304), first telescopic rod
(3303) bottom surface and the end face center position vertical connection of the first bottom plate (3302), in the bottom surface of first bottom plate (3302)
The heart is connected to the top surface of upright bar (3301), and first bottom plate (3302) is equipped with close to the side of upper double cog batten (3308)
First driving gear (3309), first driving gear (3309) and double cog batten (3308) by the way of being meshed into
Row is sequentially connected, and the rear and front end face of the double cog batten (3308) is respectively and fixedly provided with longitudinally disposed gib block (3307), described
Gib block (3307) is flexibly connected with the inner groovy of upper saddle (3306), bottom surface and the horizontal extension frame of the upright bar (3301)
(3207) movable contact, first vertical tube (3304), the top surface of upper saddle (3306) are vertical with the inner top surface of pedestal (38)
Connection, one side and first transmission mechanism (34) of the upper double cog batten (3308) far from the first driving gear (3309) pass
Dynamic connection.
5. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：First driver
Structure (34) includes the first driven gear (3401), first rotating shaft (3402), fixed link (3403), circular rod (3404), annular
Hole (3405), disk (3406), the second driving gear (3407), strut (3408), the second bottom plate (3409), the second shaft
(3410), the first transmission belt (3411), second shaft (3410) are described equipped with orthogonal fixed link (3403) therewith
Fixed link (3403) is opened in circular rod through the looping pit (3405) being gap-matched therewith, the looping pit (3405)
(3404) on, the circular rod (3404) is integrated with looping pit (3405), in the bottom surface of the circular rod (3404)
The top surface vertical connection of the heart and strut (3408), the plane perpendicular of the strut (3408) are connected to the top of the second bottom plate (3409)
Face center, side of second bottom plate (3409) far from the first driven gear (3401) are equipped with the second driving gear
(3407), second shaft (3410) is through the center of disk (3406) and the two is using interference fit, described
Second shaft (3410) is flexibly connected by the first transmission belt (3411) with first rotating shaft (3402), the first rotating shaft (3402)
Through therewith using the first driven gear (3401) of interference fit, first driven gear (3401) and upper the two-sided rack
The another side of plate (3308) is sequentially connected using the fit system being meshed, the second driving gear (3407) transmission
The second transmission mechanism (36) is connected to, the bottom surface and the top surface of second longitudinal direction telescoping mechanism (35) of second bottom plate (3409) are consolidated
Fixed connection, the first rotating shaft (3402) are flexibly connected with the inner face of pedestal (38).
6. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：The second longitudinal direction is stretched
Contracting mechanism (35) includes the second telescopic rod (3501), the second vertical tube (3502), second spring (3503), second telescopic rod
(3501) through the second vertical tube (3502) being gap-matched therewith, the inner bottom surface of second vertical tube (3502) passes through
Two springs (3503) are connected with the bottom surface of the second telescopic rod (3501), and the second spring (3503) is set on the second vertical tube
(3502) inside, the bottom surface of second vertical tube (3502) and the inner bottom surface vertical connection of pedestal (38), described second is flexible
The top surface of bar (3501) is connected with the bottom surface of the second bottom plate (3409).
7. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：Described second passes
Motivation structure (36) includes lower slider (3601), lower double cog batten (3602), raised line (3603), the second driven gear
(3604), third shaft (3605), the second transmission belt (3606), turbine (3607), the 4th shaft (3608), the lower slider
(3601) inner groovy and raised line (3603) carry out male-female engagement, and the raised line (3603) is in being disposed longitudinally on being integrated therewith
On former and later two end faces of the lower double cog batten (3602) of structure, the one side and second of the lower double cog batten (3602)
Driven gear (3604) is sequentially connected by the way of being meshed, and the third shaft (3605) through using therewith
Be full of cooperation the second driven gear (3604) center, one end of second transmission belt (3606) is living with third shaft (3605)
Dynamic connection, the other end of second transmission belt (3606) are movably connected on the 4th shaft (3608), the 4th shaft
(3608) it is arranged on therewith using the turbine (3607) of interference fit, the another side of the lower double cog batten (3602) is nibbled
Together in the second driving gear (3407), the bottom surface of the lower slider (3601) and the inner bottom surface vertical connection of pedestal (38) are described
Turbine (3607) and elevating mechanism (37) are sequentially connected, the third shaft (3605), with the 4th shaft (3608) pedestal
(38) inner face movable contact.
8. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：The elevating mechanism
(37) include worm screw (3701), mounting base (3702), upper saddle (3703), scissor supporting rack (3704), U-shaped bar
(3705), lifting seat (3706), lower slider (3707), the left and right ends of the worm screw (3701) are mounted on being flexibly connected therewith
Mounting base (3702), there are two the settings of mounting base (3702) parallel and symmetrical, the inside of the mounting base (3702)
The lower slider (3707) being threadedly coupled with worm screw (3701) is equipped with, lower slider (3707) parallel and symmetrical is provided with two
A, the bottom hinge of the outer side center of the lower slider (3707) with scissor supporting rack (3704) is connect, described scissor
The equal hinge connection in top of supporting rack (3704) has upper saddle (3703), and there are two upper saddle (3703) settings and and U
The mode that type bar (3705) is gap-matched is flexibly connected, two end tops and lifting seat of the U-shaped bar (3705)
(3706) bottom surface, which is fixed, to be connected, and the top surface of the mounting base (3702) uses with the inner top surface of pedestal (38) and is mechanically connected, described
Worm screw (3701) is sequentially connected with turbine (3607) by the way of being meshed, the bottom surface of the lifting seat (3706) also with
The top surface fitting contact of pedestal (38), the top surface of the lifting seat (3706) is fixedly connected on the bottom surface of body (2).
9. a kind of polybag bilayer Origuchi edge seal system according to claim 1, it is characterised in that：Pedestal (38) packet
Movable mouth (3801), matrix (3802), through-hole (3803), guide groove sliding rail (3804), limited block (3805), described matrix are included
(3802) end face center offers the movable mouth (3801) being integrated therewith, outside the left and right two of described matrix (3802)
Side offers the through-hole (3803) of circular configuration, and the through-hole (3803) is integrated with matrix (3802), the base
The bottom of body (3802) is equipped with guide groove sliding rail (3804), and two ends of the guide groove sliding rail (3804) are respectively and fixedly provided with limited block
(3805), the limited block (3805) is equipped with two pieces, and the guide groove sliding rail (3804) connects with auxiliary movable pulley (3208) activity
It connects, two lateral surfaces of the U-shaped bar (3705) and movable mouth (3801) movable contact, the mounting base (3702) is set on movable mouth
(3801) it outside and is mechanically connected with the inner top surface of matrix (3802), the bottom surface of the lifting seat (3706) and matrix
(3802) top surface fitting contact, the band internal thread lantern ring (3104) connect through excessively cooperation through-hole (3803) is used therewith
Matrix (3802) is connected to, the fixed pulley (3204) and the inner wall of matrix (3802) are mechanically connected, the horizontal bush (3205),
Second vertical tube (3502), inner bottom surface vertical connection of the bottom surface with matrix (3802) of lower slider (3601), first vertical tube
(3304), upper saddle (3306) is vertically connected at the inner top surface of matrix (3802), the first rotating shaft (3402), third shaft
(3605), inner face of the both ends of the surface of the 4th shaft (3608) with matrix (3802) is flexibly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711465453.1A CN108177389A (en) | 2017-12-28 | 2017-12-28 | A kind of polybag bilayer Origuchi edge seal system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711465453.1A CN108177389A (en) | 2017-12-28 | 2017-12-28 | A kind of polybag bilayer Origuchi edge seal system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108177389A true CN108177389A (en) | 2018-06-19 |
Family
ID=62548762
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711465453.1A Pending CN108177389A (en) | 2017-12-28 | 2017-12-28 | A kind of polybag bilayer Origuchi edge seal system |
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| Country | Link |
|---|---|
| CN (1) | CN108177389A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108818510A (en) * | 2018-07-23 | 2018-11-16 | 楼奇杰 | A kind of adjustable robot of New type rotary |
| CN108861685A (en) * | 2018-07-11 | 2018-11-23 | 安徽科创生产力促进中心有限责任公司 | A kind of grain charging appliance |
| CN108861686A (en) * | 2018-07-11 | 2018-11-23 | 安徽科创生产力促进中心有限责任公司 | A kind of dedicated grain handling facilities of logistics |
| CN111304834A (en) * | 2019-11-16 | 2020-06-19 | 利辛县飞亚强磁性软纱门有限公司 | Edge sealing device of wind-proof quilt |
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| CN206766485U (en) * | 2017-05-27 | 2017-12-19 | 宁夏伊宁香食品有限公司 | A kind of film capping machine |
| CN107499604A (en) * | 2017-09-29 | 2017-12-22 | 江阴市意康包装制品有限公司 | A kind of food plastic is packed for rapid sealing machine |
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| CN201457783U (en) * | 2009-07-24 | 2010-05-12 | 天津市中环天佳电子有限公司 | Heat sealer |
| KR20150123441A (en) * | 2014-04-25 | 2015-11-04 | 박점묵 | Manufacturing apparatus and manufacturing method of multilayer vinyl sack |
| CN205574397U (en) * | 2016-02-29 | 2016-09-14 | 漳州市美丽家香食品股份有限公司 | Continuous sealing machine |
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| CN108861686A (en) * | 2018-07-11 | 2018-11-23 | 安徽科创生产力促进中心有限责任公司 | A kind of dedicated grain handling facilities of logistics |
| CN108818510A (en) * | 2018-07-23 | 2018-11-16 | 楼奇杰 | A kind of adjustable robot of New type rotary |
| CN111304834A (en) * | 2019-11-16 | 2020-06-19 | 利辛县飞亚强磁性软纱门有限公司 | Edge sealing device of wind-proof quilt |
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Application publication date: 20180619 |
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