CN205529626U

CN205529626U - Cutting machine

Info

Publication number: CN205529626U
Application number: CN201620328860.2U
Authority: CN
Inventors: 袁斌能
Original assignee: 嘉兴猎风户外用品有限公司
Priority date: 2016-04-19
Filing date: 2016-04-19
Publication date: 2016-08-31

Abstract

The utility model discloses a cutting machine has solved the staff and has removed the difficult problem of cloth, and its technical scheme main points are cutting machine, the reciprocating impact tunnel drilling machine comprises a machine body, the fuselage is equipped with cloth transfer passage and is located the device of deciding of cloth transfer passage top, be equipped with the brace table in the cloth transfer passage, be provided with driving piece and drive disk assembly on the brace table, the drive disk assembly is connected with the centre gripping subassembly that is used for pressing from both sides tight cloth, the driving piece passes through the drive disk assembly can drive centre gripping subassembly along cloth direction of delivery removal. The utility model discloses the installation is simple, mainly shifts out the cloth in cloth transfer passage through driving piece, drive disk assembly and centre gripping subassembly, does not need the manual cloth that moves of staff, reaches and moves out of the convenient purpose of cloth.

Description

A kind of cutting machine

Technical field

This utility model relates to Cloth Cutting apparatus field, particularly to a kind of cutting machine.

Background technology

Cutting machine is the indispensable equipment of light industry, and the stamping press produced by machine by cutting die is realized die-cut severings of material such as cloth, expanded material and fibrous glass.Cutting machine in use automaticity is improving constantly, and efficiency have also been obtained significantly raising.The patent of Publication No. 205009327 discloses a kind of novel hydraulic stamping-out machine such as at present, it includes fuselage, workbench, pressing plate, switch board and cutting mould, cutting mould includes that at least one submodule has, and submodule tool surrounding is provided with backing plate, and backing plate is fixed on pressing plate by attachment means.

When actually used, cloth is needed to be moved remaining cloth by rear side forward side by staff after severing, make the cloth front end can the front end of alignment operation plate, operation panel is promoted to slide into below pressing plate with cloth again, and then cutting machine proceeds cutting work, for moving cloth process, stiction owing to producing between cloth and operation panel causes operation panel orthokinetic with cloth, cloth is heavy simultaneously and has certain thickness, therefore staff is difficult to hold with a firm grip cloth being moved, and has the drawback moving cloth inconvenient operation.

Utility model content

The purpose of this utility model is to provide a kind of cutting machine, is removed by cloth by actuator, drive disk assembly and clamp assemblies, it is not necessary to staff manually moves cloth, reach to move out of the convenient purpose of cloth in cloth transfer passage.

Above-mentioned technical purpose of the present utility model has the technical scheme that a kind of cutting machine, including fuselage, described fuselage is provided with cloth transfer passage and is positioned at the cutting device above cloth transfer passage, it is provided with support platform in described cloth transfer passage, it is provided with actuator and drive disk assembly on described support platform, described drive disk assembly connects the clamp assemblies for clamping cloth, and described actuator can drive clamp assemblies to move along cloth conveying direction by drive disk assembly.

By using technique scheme, drive disk assembly has the effect of transmission kinetic energy, use clamp assemblies by after cloth clamping, actuator drives clamp assemblies to move along cloth conveying direction by drive disk assembly, cloth removes along with clamp assemblies, and clamp assemblies is compared and is manually more prone to clamping cloth, and this scheme uses actuator and drive disk assembly to instead of staff and manually move the operation of cloth, move cloth work during facilitating cutting machine severing cloth, greatly reduce the labor intensity of staff.

This utility model is further arranged to: described drive disk assembly includes driving member and the sliding shoe connected in sliding, and described driving member is connected to actuator, and described clamp assemblies is connected to sliding shoe.

By using technique scheme, driving member is used for supporting sliding shoe, simultaneously drives part and drives sliding shoe to slide on driving member by driving member, and glide direction is along cloth direction of transfer, and clamp assemblies is connected on sliding shoe to move with cloth, be conducive to moving out of cloth.

This utility model is further arranged to: described driving member includes the screw rod being rotationally connected with actuator and the locating part offseting cloth conveying direction for limit slippage block, described screw rod is arranged along cloth conveying direction, and described screw rod wears sliding shoe and is threaded engagement with it.

By using technique scheme, in the case of actuator drive screw turns, the sliding shoe being connected with screw flight can move axially along a screw, arranges locating part limit slippage block, beneficially sliding shoe simultaneously and slides along the path that limited block is drafted.

This utility model is further arranged to: described locating part includes being fixedly connected on the bracer supporting platform and the cross bar being fixedly connected on a bracer, and described cross bar is set in parallel with described screw rod, and described cross bar wears sliding shoe and with it in being slidably matched.

By using technique scheme, on the one hand cross bar plays the effect supporting sliding shoe, on the other hand sliding shoe is moved axially along cross bar；Furthermore owing to screw rod and sliding shoe are threaded engagement, sliding shoe has the trend rotated with screw rod in moving process, and under the position-limiting action of cross bar, sliding shoe will not rotate.

This utility model is further arranged to: described clamp assemblies includes that the liner plate being connected to sliding shoe side and one end are rotationally connected with the depression bar of liner plate, and described liner plate is provided with the buckle for fastening the depression bar other end.

By using technique scheme, cloth is placed between liner plate and depression bar, and the free end gripping depression bar rotates down, and is fastened in buckle by movable end, fors facilitate gripping by the assembly clamping to cloth after compressing cloth.

This utility model is further arranged to: described clamp assemblies also includes the pressing plate between depression bar and liner plate and spring, described spring presses direction to arrange under depression bar, and described spring one end is connected to liner plate and deviates from depression bar side, the other end is connected to pressing plate towards depression bar side.

By using technique scheme, depression bar is conflicted after rotating down and is arrived pressing plate, is rotated further, pressing plate moves down spring deformation, reduces the distance between liner plate so that cloth is clamped simultaneously, pressing plate increases the conflict area with cloth compared to depression bar, is conducive to more suitably compressing cloth.

This utility model is further arranged to: described pressing plate offers towards depression bar side with depression bar in being embedded the groove coordinated.

By using technique scheme, groove has position-limiting action to depression bar so that under depression bar during pressing plate, will not slide at clamp surface, and the point simultaneously applying active force is concentrated, and reaches effect fast and accurately.

This utility model is further arranged to: described cloth transfer passage includes that entrance, described support platform slidably connect slide plate along cloth conveying direction, and described slide plate deviates from support platform side conflict cloth.

By using technique scheme, after cloth is removed cloth transfer passage by clamp assemblies, at the mould of the specific bit placement location cutting of cloth, then the lower section promoting slide plate that cloth is pushed to cutting device carries out cutting, facilitates staff and is shifted onto under cutting device by cloth.

This utility model is further arranged to: described slide plate deviate from support platform one side be provided with smooth department, described smooth department with entrance in being disposed adjacent.

By using technique scheme, arranging the friction that smooth department reduces between cloth on slide plate, cloth slip on slide plate is more smooth.

This utility model is further arranged to: described fuselage is rotatably connected to guide reel near porch, and described guide reel is perpendicular with cloth direction of transfer.

By using technique scheme, cloth is supported by guide reel, prevents cloth from moving against the cloth transfer passage lower limb of fuselage, prevents cloth grinding abrasion；Cloth being had guiding function, beneficially cloth is preferably imported into simultaneously.

In sum, feature of the present utility model has: first for after by depression bar, pressing plate and liner plate proper grip cloth, actuator is removed by screw rod, cross bar and sliding shoe Mechanical Driven cloth, compared to manual operation, facilitates and moves cloth operation and reduce labor intensity；Second is by smooth department and guide reel so that cloth is more smooth in moving process.

Accompanying drawing explanation

Fig. 1 is the structural representation of embodiment 1；

Fig. 2 is the structural representation after embodiment 1 removes cutting device；

Fig. 3 is the enlarged drawing in I portion in Fig. 2；

Fig. 4 is the schematic diagram of embodiment 2.

Reference: 1, fuselage；2, cloth transfer passage；3, entrance；4, outlet；5, platform is supported；6, actuator；7, drive disk assembly；71, driving member；711, screw rod；712, locating part；7121, bracer is propped up；7122, cross bar；72, sliding shoe；8, clamp assemblies；81, liner plate；811, riser；812, transverse slat；813, buckle；82, depression bar；83, pressing plate；831, groove；84, spring；9, slide plate；91, smooth department；10, guide reel；11, cloth；12, cutting device；13, sensor；14, hydraulic cylinder.

Detailed description of the invention

Below in conjunction with accompanying drawing, this utility model is described in further detail.

Embodiment 1: a kind of cutting machine, as it is shown in figure 1, include fuselage 1, is provided with cloth transfer passage 2 in the middle part of fuselage 1, the front side of cloth transfer passage 2 is the outlet 4 of cloth 11, and rear side is the entrance 3 of cloth 11.Cloth transfer passage 2 be provided above the cutting device 12 for cutting cloth 11.For supporting platform 5 below cloth transfer passage 2, support platform 5 slide above connection have one for the slide plate 9 supporting cloth 11, shown in Fig. 2, slide plate 9 conflict cloth 11 one side be provided with smooth department 91, smooth department 91 is adjacent with entrance 3, it is simple to the importing of cloth 11；At the entrance 3 of fuselage 1, it is provided with one for the guide reel 10 guiding cloth 11 simultaneously.

Shown in Fig. 2 and Fig. 3, in actual mechanical process, when cloth 11 is carried out the operation of severing next time to residue cloth 11 after severing, staff needs to be arrived to by health on front side of slide plate 9, (outlet 4 figure 1 illustrates) is moved to exporting 4 directions in cloth 11 front end of holding with a firm grip, alignd with the front side of slide plate 9 in cloth 11 front end, can move to outlet 4 after the friction of slide plate 9 upper surface owing to cloth 11 overcomes, and it is big for the frictional force between big cloth 11 and the slide plate 9 of coefficient of friction, cloth 11 is removed and needs to expend bigger muscle power, the cloth 11 that thickness is big simultaneously and weight is big, hold with a firm grip cloth 11 and move cloth 11 and cause obstruction for staff especially.For this technical problem, the present embodiment both sides in cloth transfer passage 2 are respectively arranged with an actuator 6 and drive disk assembly 7, connect on drive disk assembly 7 simultaneously and have the clamp assemblies 8 for clamping cloth 11 side, actuator 6 can drive clamp assemblies 8 to move along exporting 4 directions by drive disk assembly 7, thus replace staff manually to move out of cloth 11, there is the feature of automatization.

Setting specific as follows: actuator 6 is motor, motor is fixedly connected on support platform 5, and it is positioned at the entrance 3 of cloth 11.Drive disk assembly 7 includes in horizontally disposed screw rod 711 and sliding shoe 72, and screw rod 711 is positioned at the side of slide plate 9 and arranges along cloth 11 conveying direction, and one end of screw rod 711 rotates and is connected in motor, and screw rod 711 wears sliding shoe 72 and is threaded engagement with it；And sliding shoe 72 is connected with clamp assemblies 8.Drive disk assembly 7 also includes locating part 712, and sliding shoe 72 is played spacing effect by locating part 712, and sliding shoe 72 can move axially along screw rod 711, without rotating in a circumferential direction along with screw rod 711.Locating part 712 includes bracer 7121 and a cross bar 7122, bracer 7121 is provided with two pieces and is respectively fixedly connected with and is supporting platform 5 front and back, cross bar 7122 is fixedly connected between two pieces bracers 7121, cross bar 7122 is positioned at below screw rod 711 and is set in parallel with it, cross bar 7122 wears sliding shoe 72 and is matched in clearance with it simultaneously, and slide block can slide on cross bar 7122.By spacing to sliding shoe 72 of cross bar 7122, sliding shoe 72 can move along cloth 11 conveying direction with clamp assemblies 8, without offseting under the driving of screw rod 711.

The clamp assemblies 8 of the present embodiment includes L-shaped liner plate 81, including riser 811 and transverse slat 812, riser 811 is fixedly connected on the sliding shoe 72 side near cloth 11, transverse slat 812 is positioned at the bottom of cloth 11, for liner cloth 11, being provided with a depression bar 82 on transverse slat 812, depression bar 82 one end is rotatably connected on transverse slat 812, and the other end is that free end can rotate by the vertical direction；Simultaneously integrally formed with a buckle 813 on transverse slat 812, buckle 813 can fasten after turning down with the free end of depression bar 82, after fastening, depression bar 82 be had position-limiting action.Clamp assemblies 8 also includes the pressing plate 83 between depression bar 82 and transverse slat 812 and spring 84, and wherein spring 84 is in being vertically arranged, and its upper end is fixing with pressing plate 83 to be connected, and lower end is fixing with transverse slat 812 upper surface to be connected.Cloth 11 is between transverse slat 812 and pressing plate 83, and depression bar 82 is conflicted after rotating down and arrived pressing plate 83, is rotated further, and pressing plate 83 moves down and promotes spring 84 deformation, is clamped at the distance reduced between liner plate 81 cloth 11 simultaneously.When the present embodiment is for 82 times pressure pressing plates 83 of depression bar, will not slide on pressing plate 83 surface, upper surface at pressing plate 83 offers the groove 831 coordinated with depression bar 82 in inlay card, groove 831 is bar-shaped trough, depression bar 82 had position-limiting action, arrive 83 times pressures of pressing plate be the effect that will not slide, simultaneously groove 831 make depression bar 82 pressing plate 83 is applied active force tend to concentration, reach effect fast and accurately.

Cloth 11 in Fig. 1 removes the specific operation process that the front end with slide plate 9 aligns is: staff makes transverse slat 812 and pressing plate 83 compress cloth 11 by down-pressed pole 82, propping up prevents it from sliding on front side of slide plate 9, starting actuator 6 makes sliding shoe 72 move with clamp assemblies 8, cloth 11 is moved out of along with clamp assemblies 8, after removal, staff unclamps depression bar 82, slide plate 9 is shifted onto cutting device 12 times with cloth 11, control the downward severing cloth 11 of cutting device 12, after severing end of operation, removal slide plate 9, cloth 11 removes with slide plate 9, need to align remaining cloth 11 slide plate 9 front end time, step before repetition.

Embodiment 2, as shown in Figure 4, actuator 6 is hydraulic cylinder 14, hydraulic cylinder 14 push rod connects sliding shoe 72, sliding shoe 72 is connected with liner plate 81, buckle 813 connects and has a sensor 13, when depression bar 82 compress downwards cloth 11 be fastened in buckle 813 time, sensor 13 can sense and pass to hydraulic cylinder 14 in the way of the signal of telecommunication, hydraulic cylinder 14 drives sliding shoe 72 to move forward, after depression bar 82 departs from buckle 813, sensor 13 signal terminating, hydraulic cylinder 14 drives sliding shoe 72 to be moved rearwards by.

This specific embodiment is only to explanation of the present utility model; it is not to restriction of the present utility model; the present embodiment can be made after reading this specification by those skilled in the art as required does not has the amendment of creative contribution, but as long as all being protected by Patent Law in right of the present utility model.

Claims

1. a cutting machine, including fuselage (1), described fuselage (1) is provided with cloth transfer passage (2) and is positioned at the cutting device (12) of cloth transfer passage (2) top, support platform (5) it is provided with in described cloth transfer passage (2), it is characterized in that, actuator (6) and drive disk assembly (7) it is provided with on described support platform (5), described drive disk assembly (7) connects the clamp assemblies (8) for clamping cloth (11), and described actuator (6) can drive clamp assemblies (8) to move along cloth (11) conveying direction by drive disk assembly (7).

A kind of cutting machine the most according to claim 1, it is characterized in that, described drive disk assembly (7) includes driving member (71) and the sliding shoe (72) connected in sliding, and described driving member (71) is connected to actuator (6), and described clamp assemblies (8) is connected to sliding shoe (72).

A kind of cutting machine the most according to claim 2, it is characterized in that, described driving member (71) includes the screw rod (711) being rotationally connected with actuator (6) and the locating part (712) offseting cloth (11) conveying direction for limit slippage block (72), described screw rod (711) is arranged along cloth (11) conveying direction, and described screw rod (711) wears sliding shoe (72) and is threaded engagement with it.

A kind of cutting machine the most according to claim 3, it is characterized in that, described locating part (712) includes being fixedly connected on the bracer (7121) supporting platform (5) and the cross bar (7122) being fixedly connected on a bracer (7121), described cross bar (7122) is set in parallel with described screw rod (711), and described cross bar (7122) wears sliding shoe (72) and with it in being slidably matched.

A kind of cutting machine the most according to claim 4, it is characterized in that, described clamp assemblies (8) includes that the liner plate (81) being connected to sliding shoe (72) side and one end are rotationally connected with the depression bar (82) of liner plate (81), and described liner plate (81) is provided with the buckle (813) for fastening depression bar (82) other end.

A kind of cutting machine the most according to claim 5, it is characterized in that, described clamp assemblies (8) also includes pressing plate (83) and the spring (84) being positioned between depression bar (82) and liner plate (81), described spring (84) presses down direction to arrange along depression bar (82), and described spring (84) one end is connected to liner plate (81) and deviates from depression bar (82) side, the other end is connected to pressing plate (83) towards depression bar (82) side.

A kind of cutting machine the most according to claim 6, it is characterised in that described pressing plate (83) offers towards depression bar (82) side with depression bar (82) in being embedded the groove (831) coordinated.

A kind of cutting machine the most according to claim 1, it is characterized in that, described cloth transfer passage (2) includes that entrance (3), described support platform (5) slidably connect slide plate (9) along cloth (11) conveying direction, and described slide plate (9) deviates from support platform (5) side conflict cloth (11).

A kind of cutting machine the most according to claim 8, it is characterised in that described slide plate (9) deviates from support platform (5) one side and is provided with smooth department (91), described smooth department (91) with entrance (3) in being disposed adjacent.

A kind of cutting machine the most according to claim 9, it is characterised in that described fuselage (1) is rotatably connected to guide reel (10) near entrance (3) place, and described guide reel (10) is perpendicular with cloth (11) direction of transfer.