CN205932643U

CN205932643U - Weave automatic for capper loading attachment of cloth

Info

Publication number: CN205932643U
Application number: CN201620831441.0U
Authority: CN
Inventors: 王旭辉
Original assignee: Tianjin Xuhuihengyuan Plastic Packaging Corp
Current assignee: Tianjin Xuhuihengyuan Plastic Packaging Corp
Priority date: 2016-07-29
Filing date: 2016-07-29
Publication date: 2017-02-08
Anticipated expiration: 2026-07-29

Abstract

The utility model provides a weave automatic for capper loading attachment of cloth belongs to the equipment for packing field, the loach carrying platform comprises a supporting fram, go up the work or material rest, the feed roll, driving roller and drive machine, the support frame includes two horizontal bottom plates that the level set up, the top of every horizontal bottom plate one end all is equipped with vertical supporting plates perpendicularly, the crossbeam has been erect to two vertical supporting plates's upper end, drive machine fixes on the crossbeam, drive machine passes through the belt mechanism actuation transmission roller and rotates, two the equal fixedly connected with of front end body cradles that vertical supporting plates was kept away from to horizontal bottom plate, vertical supporting plates's one end is kept away from to last work or material rest and the upper end of body cradle hinges, upward the work or material rest is equipped with the location motor near the upper end of vertical supporting plates one end, the location motor passes through in the wire rope control contained angle of work or material rest and body cradle. The utility model discloses simple structure, from adopting the electric drive, replaced gas drive originally move with electric combinations driven mode, practiced thrift the energy consumption greatly, the operation is stable moreover, the fault rate is low, the maintenance of being convenient for.

Description

Woven cloth automatic sealing feeding device

Technical field

This utility model belongs to packaging facilities field, especially relates to woven cloth automatic sealing feeding device.

Background technology

Polywoven Bag is divided into Polypropylene Bag, Polythene Bag by main material composition, is divided into seam bottom bag, seam by method of sewing Side bottom bag, is now widely used for a kind of packaging material of the article such as fertilizer, chemical products, and its main production is using moulding The material extruded thin film of raw material, cutting, simple tension are flat filament, through obtaining product, referred to as woven bag through knitting device.

Woven bag needs to be sutured after braiding in flakes, needs to use the automatic sealing machine of woven bag, mesh in sewing process In the front conventional automatic sealing machine either cut-out stage after the feeding stage still sutures, be all to adopt air cylinder driven, adopts Air cylinder driven needs to configure air pump, and energy consumption is big, and the setting of gas circuit easily has gas leak phenomenon, unstable properties, and rapid wear Bad, need periodically to carry out care and maintenance, and accident occurrence frequency is higher, has a strong impact on work efficiency.

Utility model content

Problem to be solved in the utility model is the woven cloth automatic sealing providing a kind of circuit to control, stable performance, Easy care, high working efficiency.

For reaching above-mentioned purpose, the technical solution of the utility model is realized in：Woven cloth automatic sealing is used Material device, including bracing frame, stock shelf, feeding roller, live-roller and driving motor, support frame as described above includes horizontally disposed two Transverse bottom plate, the top of each described transverse bottom plate one end is all vertically provided with vertical supporting plate, two described vertical supporting plates Upper end frame is provided with crossbeam, and described driving motor is fixed on described crossbeam, and described driving motor is driven described by belt mechanism Live-roller rotates, and described live-roller is located between two described vertical supporting plates and the two rotates and connects, in described live-roller Heart line is be arranged in parallel with described crossbeam, and two described transverse bottom plate have been fixedly connected with one away from the front end of described vertical supporting plate Body cradle, described body cradle is arranged perpendicular to described transverse bottom plate, described stock shelf away from described vertical supporting plate one end with The upper end of described body cradle is hinged, the two ends of the upper end away from described vertical supporting plate one end for the described stock shelf and described feeding roller Rotate and connect, described stock shelf is provided with positioning motor near the upper end of described vertical supporting plate one end, and described positioning motor passes through Steel wire rope controls the angle of described stock shelf and described body cradle.

Further, described stock shelf is provided with fixed plate away from the lower end of described vertical supporting plate one end, and fixed plate sets Have location hole, the upper end of described transverse bottom plate is provided with suspension ring, described suspension ring be located at described vertical supporting plate and described body cradle it Between, it is provided with back-moving spring between described suspension ring and described location hole.

Further, the lower section at described crossbeam two ends is arranged with binder assembly, and described binder assembly includes hanger bracket, institute The upper end stating hanger bracket is fixedly connected with described crossbeam, and one end of the hinged drive link in lower end, between symmetrically arranged drive link Lower end is fixedly connected with swing arm, and described swing arm is coaxially arranged with two nip rolls, two described nip rolls and described biography The tangent setting in front end of dynamic roller, the cross central line of the relatively described live-roller of two described nip rolls is symmetrical arranged.

Further, the upper end of described feeding roller is provided between two parties and covers band, and the described band one end that covers is fixed on described crossbeam On, one end is arranged after guiding through described feeding roller vertically downward, and the described band one end vertically downward that covers is provided with weight.

Further, it is provided with the first reinforcement between two described transverse bottom plate, between two described vertical supporting plates Lower end is provided with the second reinforcement, and described first reinforcement and described second reinforcement be arranged in parallel, described first reinforcement and institute State and between the second reinforcement, be provided with the 3rd reinforcement, described 3rd reinforcement is perpendicular to described first reinforcement, described Acanthopanan trifoliatus (L.) Merr. The two ends of strong muscle are fixedly connected with described second reinforcement and described 3rd reinforcement respectively.

Further, the upper end of described second reinforcement is vertically provided with switch fixed mount, vertical on described switch fixed mount It is provided with detection switch, the axis of described detection switch is located on the longitudinal center plane of described live-roller, the inspection of described detection switch Survey portion is located at the one end away from described positioning motor, and described detection switch is electrically connected with control centre.

Compared with prior art, this utility model has the advantages and positive effects that：1st, this utility model is by electronic control System, instead of the pneumatic control structure of script, greatlys save energy consumption, the environmental protection and energy saving energy, and electrical control is relatively former This pneumatic control, performance is more stable, and fault rate reduces, and easy care and maintenance improves work efficiency；2nd, it is provided with detection Switch, can be used to detect the tightness of woven bag in transmission process it is ensured that the power of smooth transmission, keeps stablizing of tension force Property.

Brief description

The accompanying drawing constituting a part of the present utility model is used for providing further understanding to of the present utility model, and this practicality is new The schematic description and description of type is used for explaining this utility model, does not constitute to improper restriction of the present utility model.? In accompanying drawing：

Fig. 1 is the axonometric drawing of this utility model woven cloth automatic sealing device；

Fig. 2 is the structural representation of this utility model woven cloth automatic sealing feeding device left and right directions；

Fig. 3 is the structural representation of this utility model woven cloth automatic sealing feeding device fore-and-aft direction；

Fig. 4 is this utility model suturing assembly and the structural representation of tangent line assembly cooperation；

Fig. 5 is the structural representation of this utility model first power rail；

Fig. 6 is the structural representation of this utility model woven cloth automatic sealing device above-below direction.

Description of reference numerals：

10- material volume conveying assembly；11- bracing frame；12- stock shelf；121- fixed plate；13- feeding roller；14- live-roller； 15- driving motor；111- transverse bottom plate；112- vertical supporting plate；122- fixing hole；1121- first reinforcement；1122- second Reinforcement；1123- the 3rd reinforcement；1124- switchs fixed mount；1125- detection switch；113- crossbeam；1131- hanger bracket； 1132- drive link；1133- swing arm；1134- nip rolls；114- body cradle；115- positioning motor；116- suspension ring；118- resets Spring；119- covers band；1191- weight；20- suturing assembly；30- tangent line assembly；31- pedestal；32- first boss；33- second Boss；34- motor fixing plate；341- position-sensing switch；35- tangent line motor；36- rotating disk；361- positioning convex；37- second power Bar；371- cutting knife；38- fixing axle；39- first power rail；391- adjusts suspension hook；392- connecting rod；393- location nut；40- Upper line component；41- fixed station；42- bobbin fix bar；43- dust cover；44- column；45- cable-through hole；The anti-breaking wiretap of 46-.

Specific embodiment

It should be noted that in the case of not conflicting, the embodiment in this utility model and the feature in embodiment can To be mutually combined.

In description of the present utility model it is to be understood that term " " center ", " longitudinal ", " horizontal ", " on ", D score, The orientation of instruction such as "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outward " or position relationship are Based on orientation shown in the drawings or position relationship, it is for only for ease of description this utility model and simplifies description, rather than instruction Or the hint device of indication or element must have specific orientation, with specific azimuth configuration and operation, be not therefore understood that It is to restriction of the present utility model.Additionally, term " first ", " second " etc. are only used for describing purpose, and it is not intended that indicating Or hint relative importance or the implicit quantity indicating indicated technical characteristic.Thus, " first ", " second " etc. are defined Feature can express or implicitly include one or more this feature.In description of the present utility model, unless separately It is described, " multiple " are meant that two or more.

In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " peace Dress ", " being connected ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or integratedly Connect；Can be to be mechanically connected or electrically connect；Can be to be joined directly together it is also possible to be indirectly connected to by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, on being understood by concrete condition State concrete meaning in this utility model for the term.

Below in conjunction with the accompanying drawings specific embodiment of the utility model is elaborated.

As shown in Figure 1, Figure 2, Figure 3 and Figure 4, automatic sealing device, including the material volume conveying assembly mating setting successively 10th, suturing assembly 20, tangent line assembly 30 and upper line component 40, material volume conveying assembly 10 and tangent line assembly 30 are electric drive knot Structure；

Material volume conveying assembly 10 includes bracing frame 11, stock shelf 12, feeding roller 13, live-roller 14 and driving motor 15, Support 11 includes horizontally disposed two transverse bottom plate 111, and the top of each transverse bottom plate 111 one end is all vertically provided with vertical Fagging 112, the upper end frame of two vertical supporting plates 112 is provided with crossbeam 113, and driving motor 15 is fixed on crossbeam 113, transmission electricity Machine 15 drives live-roller 14 to rotate by belt mechanism, and live-roller 14 is located between two vertical supporting plates 112 and the two rotation Connect, the centrage of live-roller 14 be arranged in parallel with crossbeam 113, two transverse bottom plate 111 are away from the front end of vertical supporting plate 112 It has been fixedly connected with a body cradle 114, body cradle 114 is arranged perpendicular to transverse bottom plate 111, and stock shelf 12 is away from vertical supporting plate 112 one end is hinged with the upper end of body cradle 114, and stock shelf 12 is away from upper end and the feeding roller 13 of vertical supporting plate 112 one end Two ends rotate and connect, stock shelf 12 is provided with positioning motor 115, positioning motor 115 near the upper end of vertical supporting plate 112 one end Control the angle of stock shelf 12 and body cradle 114 by steel wire rope.

Preferably, stock shelf 12 is provided with fixed plate 121 away from the lower end of vertical supporting plate 112 one end, and fixed plate 121 sets There is location hole 122, the upper end of transverse bottom plate 111 is provided with suspension ring 116, and suspension ring 116 are located at vertical supporting plate 112 and body cradle 114 Between, it is provided with back-moving spring 118 between suspension ring 116 and location hole 122, when needing to carry out feeding, positioning motor 115 drives Dynamic, loosen stock shelf 12 one end near vertical supporting plate 112, in the presence of back-moving spring 118, stock shelf 12 is away from vertical One end of gripper shoe 112 reduces, and facilitates feeding roller 13 to be placed on the upper end of stock shelf 12, in such feeding process, feeding roller 13 The distance of lifting reduces, and reduces labor intensity, the carrying out of favourable feeding, after the completion of feeding, positioning motor 115 drives, and screws Stock shelf 12 near one end of vertical supporting plate 112 it is ensured that stock shelf 12 is in horizontality, favorably follow-up woven bag cloth Feeding.

Preferably, the lower section at crossbeam 113 two ends is arranged with binder assembly, and binder assembly includes hanger bracket 1131, hangs The upper end of frame 1131 is fixedly connected with crossbeam 113, one end of the hinged drive link in lower end 1132, symmetrically arranged drive link 1132 it Between lower end be fixedly connected with swing arm 1133, swing arm 1133 is coaxially arranged with two nip rolls 1134, two nip rolls 1134 are symmetrical arranged with the tangent setting in front end of live-roller 14, the cross central line of two nip rolls 1134 live-rollers 14 relatively, Lifting woven bag material is to the tension force in suturing assembly 20 transportation.

Preferably, the upper end of feeding roller 13 is provided between two parties and covers band 119, covers band 119 one end and is fixed on crossbeam 113, One end is arranged after feeding roller 13 guiding vertically downward, covers and is provided with weight 1191 with 119 one end vertically downward, to feeding roller Woven bag cloth on 13 is covered, it is to avoid under feed status, cloth loosens and causes tension force uneven, affects follow-up sewing.

Preferably, it is provided with the first reinforcement 1121 between two transverse bottom plate 111, between two vertical supporting plates 112 Lower end is provided with the second reinforcement 1122, and the first reinforcement 1121 and the second reinforcement 1122 be arranged in parallel, the first reinforcement 1121 With second be provided with the 3rd reinforcement 1123 between reinforcement 1122, the 3rd reinforcement 1123 perpendicular to the first reinforcement 1121, The two ends of three reinforcements 1123 are fixedly connected with the second reinforcement 1122 and the 3rd reinforcement 1123 respectively, the stablizing of lift structure Property and intensity, it is highly preferred that positioning motor 115 is fixed on the 3rd reinforcement, vertical connect more convenient.

Preferably, the upper end of the second reinforcement 1122 is vertically provided with switch fixed mount 1124, and switch fixed mount 1124 hangs down Directly it is provided with detection switch 1125, the axis of detection switch 1125 is located on the longitudinal center plane of live-roller 14, detection switch 1125 Test section be located at one end of remotely located motor 115, detection switch 1125 is electrically connected with control centre, when the woven bag of conveying Cloth be in loose state sagging when, detection switch 1125 will detect and send signal, notified by control centre Driving motor 15 stops conveying it is ensured that feed status, the constant-tension of woven bag cloth, is conducive to follow-up quilting process Carry out.

Tangent line assembly 30 includes pedestal 31, and pedestal 31 is located at the side of suturing assembly 20 outbound course, the upper end of pedestal 31 It is provided with first boss 32 and second boss 33, first boss 32 upper end is vertically provided with motor near the side of first boss 32 and fixes Plate 34, motor fixing plate 34 is fixedly connected with tangent line motor 35, the force-output shaft of tangent line motor 35 away from the side of second boss 33 Rotate through motor fixing plate 34 driving rotating disk 36, rotating disk 36 bias is connected with fixing axle 38, hinged first power of fixing axle 38 One end of bar 39, the other end of the first power rail 39 is fixedly connected the middle part of the second power rail 37, and the second power rail 37 is away from seam One end of seaming element 20 is hinged with the upper surface of second boss 33, and the second power rail 37 is cutting knife near one end of suturing assembly 20 371, the tangent plane part of cutting knife 371 is perpendicular to the setting of the upper surface of suturing assembly 20, the upper surface of suturing assembly 20 and cutting knife 371 Corresponding part is provided with bit-avoiding slot 21, and rotating disk 36 is provided with positioning convex 361, and motor fixing plate 34 is provided with position-sensing switch 341, Position-sensing switch 341 and positioning convex 361 coupling setting, position-sensing switch 341 is electrically connected with control centre.

Preferably, tangent line motor 35 is servomotor, and sensitivity is high, starts fast, can meet tangent line under rapid suture state Demand, and accurate positioning, efficiency high.

Preferably, as shown in figure 5, the first power rail 39 includes being arranged on the adjustment suspension hook 391 at two ends and middle connection Bar 392, adjustment suspension hook 391 is threadeded with connecting rod 392, is provided with location nut between adjustment suspension hook 391 and connecting rod 392 393, design adjustment Suspension hook structure, conveniently it is connected, the length of adjustment the first power rail 39, it is easy to join with the second power rail 37 Close, mounting and adjusting is more convenient, and the location nut 393 set up can ensure to adjust the position of suspension hook 391, it is to avoid screw thread Connect to loosen and cause change in location.

Preferably, rotating disk 36 is fixedly connected with tangent line motor 35 by screw, and fixing axle 38 is hexagon socket head cap screw or outer six Angle screw, architecture, easy to connect；First power rail 39 is less than fixing axle with the internal diameter size being fixedly connected hinged one end 38 away from rotating disk 36 one end overall dimensions, it is to avoid the first power rail 39 is scurried out from fixing axle 38, the stability of lift structure.

Preferably, as shown in figures 1 to 6, upper line component 40 includes fixed station 41, fixed station 41 is arranged with bobbin solid Fixed pole 42, the surface of bobbin fix bar 42 is provided with dust cover 43, and dust cover 43 is connected with fixed station 41 by column 44, dust-proof The two sides of cover 43 are provided with cable-through hole 45, and stitching thread enters into suturing assembly 20 after cable-through hole 45 guiding, dust cover 43 Lower end is provided with anti-breaking wiretap 46, and the test section of anti-breaking wiretap 46 is oppositely arranged with stitching thread, anti-breaking wiretap 46 with control Center electrically connects, it is highly preferred that anti-breaking wiretap 46 is normally closed switch, because being all to have wire under stitching thread normal operating conditions State, only in running order under abnormality using normally closed switch, can lifting switch service life, set according to practical situation Put the suitable maintenance period switching model, while lift structure stability, extending total of selection.

During actual use, start positioning motor 115, under stock shelf 12 one end away from vertical supporting plate 112 Fall, then feeding roller 13 is placed on stock shelf 12, will cover band 119 one end and be fixed on crossbeam 113, the other end connects weight Arrange vertically downward after the guiding of the upper end of feeding roller 13 after thing 1191 and the woven bag cloth on feeding roller 13 covered, One end of woven bag cloth on feeding roller 13 guides through live-roller 14 from lower end, and is delivered to seam after covering through nip rolls 1134 Seaming element 20, in transmittance process, detection switch 1125 can detect to the tension force of woven bag cloth, after suturing assembly 20 Complete sewing process, become after suture and continuous woven bag, need continuous woven bag when through tangent line assembly 30 Between stitching thread carry out cut-out and separate, suturing assembly 20 is provided with photoelectric detection switch, photoelectric detection switch and control centre Electrical connection, when, after the woven bag cutting off reaches specified location, photoelectric detection switch transmission signal is to control centre, then tangent line Motor 35 starts, and drives the second power rail 37 to move by the first power rail 39, thus realize cutting knife 371 moving downward to suture Line is cut off, and after tangent line motor 35 continues motion, cutting knife 371 lifts, and after position-sensing switch 341 detects positioning convex 361, cuts Line motor 35 stop motion, being operated after waiting next drive signal, complete tangent line woven bag enter next Program, carries out overturning, arranges and follow-up operation, and during suture, the anti-breaking wiretap 46 in upper line component 40 can be right The conveying situation of stitching thread is monitored at any time, and if any broken string situation, anti-breaking wiretap 46 feeds back signal to control centre and realizes Autostop, it is to avoid follow-up heavy industry, lifts work efficiency.

Above an embodiment of the present utility model is described in detail, but described content is only of the present utility model Preferred embodiment is it is impossible to be considered for limiting practical range of the present utility model.All made according to this utility model application range Impartial change and improvement etc., all should still belong within patent covering scope of the present utility model.

Claims

1. woven cloth automatic sealing feeding device it is characterised in that：Including bracing frame (11), stock shelf (12), feeding roller (13), live-roller (14) and driving motor (15), support frame as described above (11) includes horizontally disposed two transverse bottom plate (111), The top of each described transverse bottom plate (111) one end is all vertically provided with vertical supporting plate (112), two described vertical supporting plates (112) upper end frame is provided with crossbeam (113), and described driving motor (15) is fixed on described crossbeam (113), described driving motor (15) described live-roller (14) is driven to rotate by belt mechanism, described live-roller (14) is located at two described vertical supporting plates (112) between and the two rotates and connects, the centrage of described live-roller (14) and described crossbeam (113) be arranged in parallel, two institutes The front end stating transverse bottom plate (111) away from described vertical supporting plate (112) has been fixedly connected with a body cradle (114), described hinge Connect frame (114) to arrange perpendicular to described transverse bottom plate (111), described stock shelf (12) is away from described vertical supporting plate (112) One end is hinged with the upper end of described body cradle (114), and described stock shelf (12) is upper away from described vertical supporting plate (112) one end End is rotated with the two ends of described feeding roller (13) and is connected, and described stock shelf (12) is near described vertical supporting plate (112) one end Upper end is provided with positioning motor (115), and described positioning motor (115) controls described stock shelf (12) hinged with described by steel wire rope The angle of frame (114).

2. woven cloth automatic sealing feeding device according to claim 1 it is characterised in that：Described stock shelf (12) Lower end away from described vertical supporting plate (112) one end is provided with fixed plate (121), and fixed plate (121) is provided with location hole (122), the upper end of described transverse bottom plate (111) is provided with suspension ring (116), and described suspension ring (116) are located at described vertical supporting plate (112) and described body cradle (114) between, between described suspension ring (116) and described location hole (122), it is provided with back-moving spring (118).

3. woven cloth automatic sealing feeding device according to claim 1 it is characterised in that：Described crossbeam (113) The lower section at two ends is arranged with binder assembly, and described binder assembly includes hanger bracket (1131), described hanger bracket (1131) upper End be fixedly connected with described crossbeam (113), one end of the hinged drive link in lower end (1132), symmetrically arranged drive link (1132) it Between lower end be fixedly connected with swing arm (1133), described swing arm (1133) is coaxially arranged with two nip rolls (1134), Two described nip rolls (1134) and the tangent setting in front end of described live-roller (14), two described nip rolls (1134) institutes relatively The cross central line stating live-roller (14) is symmetrical arranged.

4. woven cloth automatic sealing feeding device according to claim 1 it is characterised in that：Described feeding roller (13) Upper end be provided between two parties and cover band (119), described band (119) one end that covers is fixed on described crossbeam (113), and one end is through described Arrange vertically downward after feeding roller (13) guiding, described band (119) one end vertically downward that covers is provided with weight (1191).

5. woven cloth automatic sealing feeding device according to claim 1 it is characterised in that：Two described horizontal bottoms It is provided with the first reinforcement (1121), the lower end between two described vertical supporting plates (112) is provided with the second reinforcement between plate (111) Muscle (1122), described first reinforcement (1121) and described second reinforcement (1122) be arranged in parallel, described first reinforcement (1121) it is provided with the 3rd reinforcement (1123) and described second reinforcement (1122) between, described 3rd reinforcement (1123) is vertical In described first reinforcement (1121), the two ends of described 3rd reinforcement (1123) respectively with described second reinforcement (1122) and Described 3rd reinforcement (1123) is fixedly connected.

6. woven cloth automatic sealing feeding device according to claim 5 it is characterised in that：Described second reinforcement (1122) upper end is vertically provided with switch fixed mount (1124), and described switch fixed mount (1124) is vertically provided with detection switch (1125), the axis of described detection switch (1125) is located on the longitudinal center plane of described live-roller (14), described detection switch (1125) test section is located at the one end away from described positioning motor (115), described detection switch (1125) and control centre's electricity Connect.