CN208410018U - Sponge cutting sub-material transmission device - Google Patents

Abstract

The utility model relates to a kind of sponge cutting sub-material transmission devices, it includes rack, the first transport mechanism, the second transport mechanism, perching knife and elevating mechanism, the rack includes symmetrically arranged two sides frame body, the first transport mechanism, the second transport mechanism are equipped with by elevating mechanism between the frame body of two sides, first transport mechanism is located above the second transport mechanism, and perching knife is housed in the first transport mechanism front end, elevating mechanism respectively drives the first transport mechanism, the second transport mechanism moves up and down.Rationally, structure is simple, the feeding distribution mechanism of independent design for design, cooperates double lifting transmission mechanisms, can cooperate the delivery platform of different height, can dock different sponge cutting machines, applied widely；And the quadrangle Synchronous lifting of the first transmission mechanism, the second transmission mechanism is realized using driving mechanism, it moves up and down more stable, does not easily cause stuck.

Description

Sponge cutting sub-material transmission device

Technical field

The utility model relates to sponge cutting technique fields, and in particular to a kind of sponge cutting sub-material transmission device.

Background technique

Sponge pingqie machine have to transverse cuts sponge, it is longitudinally cutting that other cutting tool is needed to be cut, need in advance Sponge is vertically divided after getting well, then other cutting tool is transported to by feeding distribution mechanism, previous distributing structure is all integrally to set Meter on sponge pingqie machine (such as patent: CN201510221650. tri-, rotatable slice and can sub-material discharging conveying sponge it is flat Cut the sub-material conveying body that machine wherein refers to), the scope of application is small.

Summary of the invention

To solve the above problems, the utility model proposes a kind of sponge cutting sub-material transmission device, point of independent design Expect mechanism, cooperate double lifting transmission mechanisms, the delivery platform of different height can be cooperated, different sponge cuttings can be docked Machine, it is applied widely.

The technical solution of the utility model includes:

A kind of sponge cutting sub-material transmission device, it includes rack, the first transport mechanism, the second transport mechanism, perching knife And elevating mechanism, the rack include symmetrically arranged two sides frame body, are installed between the frame body of two sides by elevating mechanism There are the first transport mechanism, the second transport mechanism, the first transport mechanism is located above the second transport mechanism, and in the first transport mechanism Front end is equipped with perching knife, and elevating mechanism respectively drives the first transport mechanism, the second transport mechanism moves up and down.

The second transport mechanism height is adjusted by elevating mechanism, so that the height of the second transport mechanism and sponge cutting machine Delivery platform height is consistent, realizes the docking of the delivery platform of different sponge cutting machines, extra large first when needing sub-material to discharge Well cutting is a part of to sponge for continuous pingqie machine, and just this part can be produced with a kind of pattern for first being used to process customer requirement At this moment the perching knife of first transport mechanism is run to the position for needing to discharge by elevating mechanism by product, the conveying of sponge pingqie machine is flat Platform forwards, and below the sponge that perching knife insertion is cut, continuous pingqie machine delivery platform continues to be fed forward, while the first conveyer Conveyer belt on structure is also run, and separated sponge is transferred out.

Above-mentioned technical proposal is improved further and is refined, the rack includes four and symmetrically divides in horizontal centre The vertical vertical supports of cloth, and it is evenly arranged between symmetrical two sides vertical supports the side frames that several stulls constitute racks respectively Body.

Above-mentioned technical proposal is improved further and is refined, first transport mechanism, the second transport mechanism are equal Including conveyer belt, transmission bracket, shaft and driving motor, transmits and several shafts are housed between bracket, packet on the outside of several shafts Conveyer belt is wrapped up in, a shaft one end connects driving motor in several shafts, and driving motor is fixed on transmission bracket.

Above-mentioned technical proposal is improved further and is refined, the elevating mechanism includes sliding rail, sliding block and drive Dynamic device is symmetrically arranged in the two sides of the first transport mechanism, the second transport mechanism there are two sliding block, and sliding block respectively corresponds card In sliding rail, sliding rail is vertically disposed on the inside of vertical supports, and sliding block connects driving device, and driving device respectively drives sliding block The first transport mechanism, the second transfer structure is driven to move up and down along sliding rail.

Above-mentioned technical proposal is improved further and is refined, the driving device include two groups of driving structures, one Group driving mechanism is drivingly connected the sliding block in the first transport mechanism, and another group of driving mechanism is drivingly connected in the second transport mechanism Sliding block.

Above-mentioned technical proposal is improved further and is refined, one group of driving mechanism is drivingly connected the first transmission All sliding blocks in mechanism, drive all sliding block synchronizing movings in the first transport mechanism, and another group of driving mechanism is drivingly connected All sliding blocks in second transport mechanism drive all sliding block synchronizing movings in the second transport mechanism.

Above-mentioned technical proposal is improved further and is refined, the driving mechanism includes transmission shaft and driving electricity Machine, the vertical supports are that hollow square tube is constituted, and three transmission shafts pass sequentially through bearing rotary and are mounted on four vertical branch Between frame, and two of them transmission shaft is located between the vertical supports for constituting the two sides frame body of rack, the both ends of transmission shaft It is each passed through vertical supports stretching, is connected between adjacent transmission shaft by worm decelerating machine, and is connected in one end of a transmission shaft Driving motor is connect, is fixedly installed with auxiliary chain wheel respectively on the top of the vertical supports of the two sides frame body of rack, in corresponding transmission shaft On be respectively installed with head sprocket, auxiliary chain wheel, head sprocket are respectively positioned in vertical supports, and are stretched locally through vertical supports inner sidewall Out, be respectively installed with chain on corresponding auxiliary chain wheel, head sprocket, chain be correspondingly connected with all sliding blocks in the first transport mechanism or All sliding blocks in second transport mechanism；Driving motor drives a transmission shaft rotation, under the transmission effect of worm decelerating machine, Three transmission shafts rotate synchronously, and transmission shaft drives head sprocket to rotate synchronously respectively, and head sprocket drives on chain syn-chro-step respectively and moves down It is dynamic, respectively with the sliding block of chain connection synchronize move up and down, realize moving up and down for the first transport mechanism or the second transport mechanism, The quadrangle of the synchronous stress of all sliding blocks, the first transport mechanism or the second transport mechanism, which synchronizes, to be moved up and down, and guarantees the first conveyer Structure or the second transport mechanism integrally move up and down steadily, do not easily cause stuck.

Above-mentioned technical proposal is improved further and is refined, passes through diagonal brace between the adjacent crossbrace in same side frame body Connection, frame structure are more firm.

Above-mentioned technical proposal is improved further and is refined, shell is housed in the angular wheel outside mask of engagement connection Body.

The utility model advantage is that rationally, structure is simple, the feeding distribution mechanism of independent design for design, cooperates double lifting transmission Mechanism can cooperate the delivery platform of different height, can dock different sponge cutting machines, applied widely；And utilize drive Motivation structure realizes the quadrangle Synchronous lifting of the first transmission mechanism, the second transmission mechanism, moves up and down more stable, does not easily cause card Extremely.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of sponge cutting sub-material transmission device.

Fig. 2 is the structural schematic diagram of elevating mechanism.

Fig. 3 is sponge cutting sub-material transmission device mounting structure schematic diagram.

1 first 6 stull of transport mechanism 2 second transport mechanism, 3 perching knife, 5 elevating mechanism, 4 vertical supports of rack, 7 transmission shaft in figure 8 worm decelerating machine, 9 driving motor, 10 head sprocket, 11 auxiliary chain wheel 12.

Specific embodiment

As shown in Figure 1-3, a kind of sponge cutting sub-material transmission device, it includes rack 1, the first transport mechanism 2, second Transport mechanism 3, perching knife 5 and elevating mechanism 4, the rack 1 includes symmetrically arranged two sides frame body, between the frame body of two sides First transport mechanism 2, the second transport mechanism 3 are installed by elevating mechanism 4, the first transport mechanism 2 is located at the second transport mechanism 3 Top, and perching knife 5 is housed in 2 structure front end of the first conveyer, elevating mechanism 4 respectively drives the first transport mechanism 2, the second conveyer Structure 3 moves up and down；It is in the symmetrical vertical vertical supports 6 of horizontal centre that the rack 1, which includes four, and perpendicular in symmetrical two sides To the two sides frame body for being evenly arranged with several composition of stulls 7 racks 1 between bracket 6 respectively；First transport mechanism 2, Two transport mechanisms 3 include conveyer belt, transmission bracket, shaft and driving motor, transmit and several shafts are housed between bracket, if Conveyer belt is wrapped up on the outside of dry shaft, a shaft one end connects driving motor in several shafts, and driving motor is fixed on transmission branch On frame；The elevating mechanism 4 includes sliding rail, sliding block and driving device, in the first transport mechanism 2, second transport mechanism 3 Two sides are symmetrically arranged there are two sliding block, and sliding block, which respectively corresponds, is stuck in sliding rail, and sliding rail is vertically disposed on vertical supports 6 Inside, sliding block connect driving device, driving device respectively drive sliding block drive the first transport mechanism 2, the second transfer structure 3 along Sliding rail moves up and down；The driving device includes two groups of driving structures, and one group of driving mechanism is drivingly connected the first transport mechanism 2 On sliding block, another group of driving mechanism be drivingly connected the sliding block in the second transport mechanism 3；One group of driving mechanism, which drives, to be connected All sliding blocks in the first transport mechanism 2 are connect, all sliding block synchronizing movings in the first transport mechanism 2, another group of driving are driven Mechanism is drivingly connected all sliding blocks in the second transport mechanism 3, drives all sliding block synchronizing movings in the second transport mechanism 3； The driving mechanism includes transmission shaft 8 and driving motor 10, and the vertical supports 6 are that hollow square tube is constituted, and three Transmission shaft 8 passes sequentially through bearing rotary and is mounted between four vertical supports 6, and two of them transmission shaft 6 is located at composition Between the vertical supports 6 of the two sides frame body of rack 1, the both ends of transmission shaft 6 are each passed through the stretching of vertical supports 6, adjacent transmission Worm decelerating machine 9 connects between axis 8, and connects driving motor 10 in one end of a transmission shaft 6, in the two sides frame body of rack 1 The top of vertical supports 6 is fixedly installed with auxiliary chain wheel 12 respectively, is respectively installed with head sprocket 11, secondary chain on corresponding transmission shaft 8 Wheel 12, head sprocket 11 are respectively positioned in vertical supports 6, and are stretched out locally through 6 inner sidewall of vertical supports, corresponding auxiliary chain wheel 12, Chain is respectively installed on head sprocket 11, chain is correspondingly connected with all sliding blocks or the second transport mechanism 3 in the first transport mechanism 2 On all sliding blocks；Driving motor 10 drives a transmission shaft 8 to rotate, and by worm speed reducer 9, three transmission shafts 8 are synchronous to be turned Dynamic, transmission shaft 8 drives the synchronous rotation of head sprocket 11 respectively, and head sprocket 11 drives chain syn-chro-step to move up and down respectively, respectively with chain The sliding block of item connection is synchronized and is moved up and down, and realizes moving up and down for the first transport mechanism 2 or the second transport mechanism 3, all sliding blocks The quadrangle of synchronous stress, the first transport mechanism 2 or the second transport mechanism 3, which synchronizes, to be moved up and down, and guarantees the first transport mechanism 2 or the Two transport mechanism 3 is whole to be moved up and down steadily, is not easily caused stuck.

Due to the finiteness of literal expression, and objectively there is unlimited specific structure, for the common of the art For technical staff, without departing from the principle of the present invention, can also make it is several improve, retouching or variation, can also be with Above-mentioned technical characteristic is combined in the right way；These improve retouching, variation or combination, or not improved by invention Conception and technical scheme directly apply to other occasions, are regarded as protection scope of the present invention.

Claims (8)

1. a kind of sponge cutting sub-material transmission device, it is characterised in that: it includes rack, the first transport mechanism, the second transmission Mechanism, perching knife and elevating mechanism, the rack include symmetrically arranged two sides frame body, pass through lifting between the frame body of two sides Mechanism is equipped with the first transport mechanism, the second transport mechanism, and the first transport mechanism is located above the second transport mechanism, and first Transport mechanism front end is equipped with perching knife, and elevating mechanism respectively drives the first transport mechanism, the second transport mechanism moves up and down.

2. a kind of sponge cutting sub-material transmission device according to claim 1, it is characterised in that: the rack includes Four are in the symmetrical vertical vertical supports of horizontal centre, and are evenly arranged with respectively between symmetrical two sides vertical supports several The two sides frame body of stull composition rack.

3. a kind of sponge cutting sub-material transmission device according to claim 1, it is characterised in that: first transmission Mechanism, the second transport mechanism include conveyer belt, transmission bracket, shaft and driving motor, are transmitted between bracket equipped with several Conveyer belt is wrapped up in shaft, several shafts outsides, and a shaft one end connects driving motor in several shafts, and driving motor is fixed on It transmits on bracket.

4. a kind of sponge cutting sub-material transmission device according to claim 2, it is characterised in that: the elevating mechanism Including sliding rail, sliding block and driving device, be symmetrically arranged in the two sides of the first transport mechanism, the second transport mechanism there are two Sliding block, sliding block, which respectively corresponds, is stuck in sliding rail, and sliding rail is vertically disposed on the inside of vertical supports, and sliding block connects driving device, Driving device respectively drives sliding block and the first transport mechanism, the second transfer structure is driven to move up and down along sliding rail.

5. a kind of sponge cutting sub-material transmission device according to claim 4, it is characterised in that: the driving device Including two groups of driving structures, one group of driving mechanism is drivingly connected the sliding block in the first transport mechanism, another group of driving mechanism driving Connect the sliding block in the second transport mechanism.

6. a kind of sponge cutting sub-material transmission device according to claim 5, it is characterised in that: one group of driving Mechanism is drivingly connected all sliding blocks in the first transport mechanism, drives all sliding block synchronizing movings in the first transport mechanism, separately One group of driving mechanism is drivingly connected all sliding blocks in the second transport mechanism, drives all sliding blocks in the second transport mechanism synchronous It is mobile.

7. a kind of sponge cutting sub-material transmission device according to claim 6, it is characterised in that: the driving mechanism Including transmission shaft and driving motor, the vertical supports are that hollow square tube is constituted, and three transmission shafts pass sequentially through bearing It is rotatably mounted between four vertical supports, and two of them transmission shaft is located at the vertical branch for constituting the two sides frame body of rack Between frame, the both ends of transmission shaft are each passed through vertical supports stretching, are connected between adjacent transmission shaft by worm decelerating machine, and Driving motor is connected in one end of a transmission shaft, is fixedly installed with pair respectively on the top of the vertical supports of the two sides frame body of rack Sprocket wheel is respectively installed with head sprocket on corresponding transmission shaft, and auxiliary chain wheel, head sprocket are respectively positioned in vertical supports, and locally through Vertical supports inner sidewall stretches out, and is respectively installed with chain on corresponding auxiliary chain wheel, head sprocket, chain is correspondingly connected with the first conveyer All sliding blocks on all sliding blocks or the second transport mechanism on structure.

8. a kind of sponge cutting sub-material transmission device according to claim 2, it is characterised in that: in same side frame body It is connected between adjacent crossbrace by diagonal brace.