CN207549059U - A kind of heat insulation building block cutting wire perpendicular cut type cutter device adjustable in pitch - Google Patents

Abstract

The utility model discloses a kind of heat insulation building block cutting wire perpendicular cut type cutter device adjustable in pitch, the perpendicular trimming mechanism including rack and for cutting heat insulation building block green body.The rack includes main frame, the elevating mechanism that the crane and driving crane being arranged in main frame move up and down, perpendicular trimming mechanism includes reciprocating drive mechanism, two groups of cutting mechanisms and reciprocating motion stent, reciprocating drive mechanism is arranged on lifting pedestal, the equipment is using a plurality of cutting wire simultaneously to by the way of the cutting of heat insulation building block green body, the primary cutting completed to the multiple cut surfaces in single direction, not only greatly improved in production efficiency, cost of labor is also reduced, labor intensity is relatively low, one man operation can be realized completely, and production process is generated without dust, it is consistent with the target of Enterprise Construction environmental type factory.

Description

A kind of heat insulation building block cutting wire perpendicular cut type cutter device adjustable in pitch

Technical field

The utility model belongs to heat insulation building block production equipment technology for building, and in particular to a kind of heat insulation building block With cutting wire perpendicular cut type cutter device adjustable in pitch.

Background technology

The production line of heat insulation building block is cut using wet method and dry method at present, and dry method is cut in heat insulation building block shaping and drying It commonly uses electric saw afterwards repeatedly to cut building block, on the one hand, the wallboard became uneven of this method cutting, operating difficulties have one Fixed danger, easily damages operator, on the other hand, due to being cut using dry method, can generate a large amount of dust, no The working environment of staff is only polluted, and is disagreed with the target of Enterprise Construction environmental type factory.Existing self-insurance Warm building block is mostly cut using wet method, i.e., it is cut before drying after shaping, but the self-heat conserving of existing wet method cutting is built The structure of block cutting equipment is not reasonable, takes up a large area, and the degree of automation is low, and the staffing in production process is also compared More, the cost of whole process input is more, and low production efficiency, causes production cost higher.

Utility model content

The utility model aim is to solve the problems, such as present on the above-mentioned prior art, to provide a kind of heat insulation building block With cutting wire perpendicular cut type cutter device adjustable in pitch, the equipment using a plurality of cutting wire simultaneously to heat insulation building block green body into The mode of row cutting, can once complete the cutting to the multiple cut surfaces in single direction, compared to integral type according to product specification For the single cutting wire cutting used on cutting machine, the utility model does not have to reciprocating movement multiple bearing and repeatedly cuts, not only It being greatly improved in production efficiency, cost of labor is also reduced, and labor intensity is relatively low, can realize one man operation completely, and Production process is generated without dust, consistent with the target of Enterprise Construction environmental type factory.

To achieve the above object, the utility model adopts the following technical solution：A kind of heat insulation building block cutting wire spacing Adjustable perpendicular cut type cutter device, the perpendicular trimming mechanism including rack and for cutting heat insulation building block green body.

The rack includes the elevator that main frame, the crane being arranged in main frame and driving crane move up and down Structure, main frame are cuboid framework, and crane is slidably connected main frame by sliding bar mechanism, and sliding bar mechanism includes slide bar and setting Sliding sleeve outside slide bar, slide bar connection main frame upper side frame and lower frame, sliding sleeve connection crane, crane include being arranged on The lifting pedestal of top and two cutting pedestals, two cutting pedestals are symmetricly set below lifting pedestal and consolidate with lifting pedestal Fixed connection, elevating mechanism include lifting motor, the first drive link, the second drive link, drive chain and elevating chain, the first transmission Bar and the second drive link include being arranged on first sprocket wheel at body of rod both ends and the second sprocket wheel being arranged in the middle part of the body of rod, lifting Motor drives the second sprocket wheel of the first drive link to rotate by drive chain, and the second sprocket wheel of the first drive link passes through drive chain The second sprocket wheel of the second drive link is driven to rotate, is turned with realizing that four the first sprocket wheels of the first drive link and the second drive link synchronize It is dynamic, it is correspondingly arranged that there are one chain wheel set, the chain wheel sets below each first sprocket wheel of the first drive link and the second drive link It is fixedly mounted on main frame lower frame, chain wheel set includes third sprocket wheel and two sprocket wheel installing plates, and two sprocket wheel installing plates are vertical And it is arranged in parallel, third sprocket wheel is erected at by shaft between two sprocket wheel installing plates；Every elevating chain one end is fixed Lifting pedestal upper side frame is connected to, the other end is around the connection of the first sprocket wheel and chain wheel set of the first drive link or the second drive link Lift pedestal lower frame.

Perpendicular trimming mechanism includes reciprocating drive mechanism, two groups of cutting mechanisms and moves back and forth stent, reciprocating drive mechanism It is arranged on lifting pedestal, the reciprocating drive mechanism includes reciprocating motor, moves back and forth what stent moved back and forth for driving It push-rod assembly and is used to support and moves back and forth the stent slide block mechanism that moves back and forth, push-rod assembly packet on lifting pedestal Runner and push rod are included, runner is mounted on reciprocating motor power output shaft, and one end and the crank-pin on runner end face of push rod are cut with scissors It connects, the plumbing arm that the other end moves back and forth pedestal upper end with being vertically arranged in is hinged, and the reciprocating motion stent is I-shaped knot Structure, including two parallel arms and the linking arm being erected between two parallel arms, the slide block mechanism includes slide bar and is slidably installed in cunning Sliding block outside bar, sliding block are fixedly connected with parallel arms, and slide bar both ends are fixed on lifting pedestal, and cutting mechanism is arranged on cutting On pedestal, every group of cutting mechanism includes a plurality of cutting wire and four roll shafts being arranged in parallel, and the roll shaft both ends are rotatably supported in It cuts on pedestal, is provided with multiple annular grooves for being used to accommodate cutting wire, the multiple ring on roll shaft axis body along its length Connected in star is uniformly distributed, and the connection of cutting wire one end moves back and forth stent parallel arms side, and the other end is corresponding around four roll shafts Annular groove connection moves back and forth stent parallel arms opposite side, and the cutting wire detachably connects with moving back and forth the parallel arms of stent It connects, the cutting wire both ends are both provided with hook, and the link being connected with the hook is provided in the parallel arms.

Being further improved for cut type cutter device is erected as the utility model, the depth of the annular groove is more than cutting wire Diameter.

Being further improved for cut type cutter device is erected as the utility model, the two of which roll shaft of every group of cutting mechanism is set It puts above the frame of cutting pedestal upper end, other two roll shaft is arranged below the frame of cutting pedestal lower end.

Being further improved for cut type cutter device, the slide block mechanism that each parallel arms are fixedly connected are erected as the utility model It is two.

Advantageous effect

1st, the cutter device of the utility model is suitable for the cutting machine of various heat insulation building blocks, the perpendicular cut type of the utility model The cutting function of perpendicular cut type is isolated as a list by cutter device by the improvement to structure from all-in-one multifunctional machine It is domestic initiation that solely completely new Shu Qie mechanisms, which carry out use, and cutter device before this needs repeatedly to be positioned manually, repeatedly into Row cutting, production efficiency is low, and is difficult to avoid that operating error, and defect rate is high, and the cutter device of the utility model only needs The cutting of unidirectional multiple parallel cut surfaces can be completed in one-time positioning and primary cutting, substantially increases production efficiency, by It has been set in two cutting wire spacing, for the single cutting wire of conventional cutter structure, has avoided due to people The artificial position error that work positioning generates, it can be achieved that being precisely controlled to product specification, only use by reduction in the numbers of seconds, the utility model One electrical power source drives two groups of cutting part synchronous reciprocating movements, is easily manipulated, the simpler and easy maintenance of apparatus structure. By being further improved to cutting driving mechanism, instead of the driving kind of drive using cylinder as power source, and using motor Crank-rocker structure is driven to be driven transmission, equipment noise is small, hardly feels machine shake, therefore, the utility model Since the reduction of vibration is so that the more flat smooth of front/rear end excision is beautiful.

2nd, support guide bar of the setting roll shaft as cutting wire, roll shaft are provided with annular groove, cutting wire along its length It is needed to be distributed setting, therefore the cutter device of the utility model can be adapted for producing a variety of different sizes according to trimmed size Building block finished product meets user's needs, and saves equipment investment to the full extent, and cutting wire connects parallel arms by hook On link, further facilitate cutting wire and remove and install.The groove depth of annular groove is more than the diameter of cutting wire, avoids cutting wire Deviate from or shift in operation cutting process, cause specification uneven and cause defect ware.

Description of the drawings

Fig. 1 is the structure diagram that the utility model erects cut type cutter device；

Fig. 2 erects the crane of cut type cutter device and cutting mechanism schematic diagram A for the utility model；

Fig. 3 erects the crane of cut type cutter device and cutting mechanism schematic diagram B for the utility model；

Fig. 4 is the structure diagram for the roll shaft that the utility model erects cut type cutter device；

Fig. 5 erects the connection diagram of push rod and plumbing arm in cut type cutter device for the utility model；

Fig. 6 is to erect cutting machine operating diagram made of cut type cutter device using the utility model；

Fig. 7 is the structure diagram of heat insulation building block green body in the utility model；

It is marked in figure：1st, sliding rail, 2, cutting machine, 3, heat insulation building block green body, 4, it is perpendicular cut rear building block green body, 5, upper and lower side Face, 6, side end face, 7, front/rear end, 8, cross-arm, 21, main frame, 22, crane, 23, sliding bar mechanism, 24, lifting motor, 25, First drive link, the 26, second drive link, 27, chain wheel set, 28, elevating chain, 31, cutting wire, 32, roll shaft, 33, annular groove, 34th, bearing mounting hole, 41, move back and forth stent, 42, reciprocating motor, 43, runner, 44, push rod, 45, plumbing arm, 46, sliding block machine Structure, 221, lifting pedestal, 222, cutting pedestal.

Specific embodiment

It is with reference to the accompanying drawings and embodiments, right in order to which the technical solution of the utility model and advantage is more clearly understood The utility model is further elaborated.

As shown in the figure：The utility model embodiment provides a kind of heat insulation building block and is cut with cutting wire perpendicular cut type adjustable in pitch Device is cut, the perpendicular trimming mechanism including rack and for cutting heat insulation building block green body 3.

The rack includes main frame 21, the crane 22 being arranged in main frame 21 and driving crane 22 and moves up and down Elevating mechanism, main frame 21 is cuboid framework, and crane 22 is slidably connected main frame 21 by sliding bar mechanism 23, slide bar machine Structure 23 includes slide bar and the sliding sleeve being arranged on outside slide bar, slide bar connection 21 upper and lower side frame of main frame, and sliding sleeve connects crane 22, Crane 22 includes the lifting pedestal 221 being disposed over and two cutting pedestals 222, and two cutting pedestals 222 are symmetrical arranged Lifting pedestal 221 below and with lifting pedestal 221 be fixedly connected, elevating mechanism include lifting motor 24, the first drive link 25, Second drive link 26, drive chain and elevating chain 28, the first drive link 25 and the second drive link 26 include being arranged on the body of rod First sprocket wheel at both ends and the second sprocket wheel being arranged in the middle part of the body of rod, lifting motor 24 pass through the first transmission of drive chain driving The second sprocket wheel rotation of bar 25, the second sprocket wheel of the first drive link 25 drive the second chain of the second drive link 26 by drive chain Wheel rotation, to realize that four the first sprocket wheels of the first drive link 25 and the second drive link 26 rotate synchronously, 25 He of the first drive link It is correspondingly arranged below each first sprocket wheel of second drive link 26 there are one chain wheel set 27, the chain wheel set 27 is fixedly mounted on On 21 lower frame of main frame, chain wheel set 27 includes third sprocket wheel and two sprocket wheel installing plates, and the two sprocket wheels installing plate is vertical and phase It is mutually arranged in parallel, third sprocket wheel is erected at by shaft between two pulley mounting plates；Every 28 one end of elevating chain is fixedly connected In lifting 221 upper side frame of pedestal, the other end is around the first drive link 25 or the first sprocket wheel and chain wheel set of the second drive link 26 27 connection lifting 221 lower frames of pedestal.

Perpendicular trimming mechanism includes reciprocating drive mechanism, two groups of cutting mechanisms and moves back and forth stent 41, reciprocal driving machine Structure is arranged on lifting pedestal 221, and reciprocating drive mechanism includes reciprocating motor 42, back and forth transported for driving reciprocating motion stent 41 It dynamic push-rod assembly and is used to support and moves back and forth the slide block mechanism 46 that stent 41 moves back and forth on lifting pedestal 221, institute It states push-rod assembly and includes runner 43 and push rod 44, runner 43 is mounted on 42 power output shaft of reciprocating motor, one end of push rod 44 It being hinged with the crank-pin on 43 end face of runner, the plumbing arm 45 that the other end moves back and forth 41 upper end of stent with being vertically arranged in is hinged, The reciprocating motion stent 41 is I-shaped structure, including two parallel arms and the linking arm being erected between two parallel arms, The slide block mechanism 46 includes slide bar and the sliding block being slidably installed in outside slide bar, and sliding block is fixedly connected with parallel arms, and slide bar both ends are consolidated It is scheduled on lifting pedestal 221, two groups of cutting mechanisms are symmetricly set on cutting pedestal 222, and every group of cutting mechanism includes a plurality of cut Cutting wire 31 and roll shaft 32, the roll shaft 32 are provided at both ends with bearing mounting hole 34, and cutting pedestal 222 is rotatably supported in by bearing On, multiple annular grooves 33 for being used to accommodate cutting wire 31, the multiple annular are provided on 32 axis body of roll shaft along its length Groove 33 is uniformly distributed, and the connection of 31 one end of cutting wire moves back and forth 41 parallel arms side of stent, and the other end bypasses four roll shafts 32 The corresponding connection of annular groove 33 moves back and forth 41 parallel arms opposite side of stent, and the cutting wire 31 is with moving back and forth the flat of stent 41 Row arm is detachably connected, and 31 both ends of cutting wire are both provided with hook, is provided in the parallel arms and is coordinated with the hook The link of connection.Link and being equipped with for hook make the installation and replacement of cutting wire 31 more convenient.

The roll shaft 32 of every group of cutting mechanism is provided with four and is arranged in parallel, wherein two are arranged on cutting pedestal 222 Upper surface, in addition two are arranged on cutting 222 lower face corresponding position of pedestal, and link, 31 end of cutting wire are provided in parallel arms Portion is provided with the hook being connected with link, convenient for removing and installing for cutting wire 31, is set on lifting 221 frame of pedestal useful In the through-hole for wearing cutting wire 31.

Push rod 44 includes straight bar section and C-shaped section, and the C-shaped section includes the first galianconism and the second galianconism, the first galianconism and the The outer end face of two galianconism junctions is connect with straight bar section.The connection handle for being connected with push rod 44 is provided on the plumbing arm 45, Connection handle is arranged between the first galianconism and the second galianconism and passes through axis pin and connect with push rod 44.Reciprocating motor 42 passes through cross-arm 8 It is fixed on crane 22, the cross-arm 8 is arranged in parallel with moving back and forth the linking arm of stent 41.

3 upper and lower end face 5 of heat insulation building block green body refers to upper surface and lower face in the utility model, and side end face 6 refers to self-insurance Warm building block green body 3 two the vertical side faces parallel with parallel arms, it is vertical with parallel arms that front/rear end 7 refers to heat insulation building block green body 3 Two the vertical side faces.

Annular groove 33 on roll shaft 32 and in being evenly spaced on, the cutting wire 31 for corresponding to support is respectively used to cut off 3 front/rear end 7 of heat insulation building block green body and cutting face in parallel.It should be pointed out that the item number of cutting wire 31 can root It is increased and decreased according to the specification of product, such as in actual production, heat insulation building block green body 3 is 600mm scale lengths, works as production During the finished product of 300mm scale lengths, it is three to need to set cutting wire 31, when producing the finished product of 200mm scale lengths, needs to set It is four to put cutting wire 31, and so on.

The utility model rack further includes the C-shaped card holder for bath hoists 22, and C-shaped card holder includes the first galianconism and the Two galianconism, when cutting machine 2 is shut down, the opening supports linking crane 22 and main frame 21, C-shaped card holder first of C-shaped card holder are short Arm is contacted with crane 22, the second galianconism and 21 top bezel contact of main frame.Perhaps when long when device is in off-mode Between when placing, C-shaped card holder can extend the service life of all parts to avoid gear or chain load-bearing.

The limit switch of restricted 22 adjustable height of crane is set on the utility model cutting machine main frame 21, with control Crane 22 processed is lifted in restriction altitude range, reduces operation difficulty, equipment and green body caused by preventing maloperation The economic losses such as damage.

The utility model heat insulation building block assembly line is as follows with the operation principle of perpendicular cut type cutter device：Lifting motor 24 is logical The first drive link of chain-driving 25 of overdriving rotates, and the first drive link 25 drives the synchronization of the second drive link 26 to turn by drive chain Dynamic, first sprocket wheel at 26 both ends of the first drive link 25 and the second drive link respectively drives elevating chain and promotes or reduce crane 22 height, reciprocating motor 42 export power drive runner 43 and rotate, and driving push rod component is conveyed to reciprocal motion bracket 41 Power moves back and forth 41 one side of stent and is moved back and forth back and forth on lifting pedestal 221 by slide block mechanism 46, meanwhile, it drives Its 31 both ends of cutting wire connected, which moves back and forth, is cut, and since cutting mechanism is provided with two groups, can realize two rows of self-insurances Warm building block green body 3 synchronizes cut simultaneously, is finished when an assembly body is cut, when crane 22 contacts lowermost limit switch, electricity Brain control lifting motor 24 inverts, and is put so as to which crane 22 be driven to set back upwards, one group of cutting action is fully completed, and is obtained The building block green body 4 after cutting is erected, movable cutting machine 2 continues next group of cutting, until the heat insulation building block green body on a production line 3 cuttings finish.

The first embodiment, fixed heat insulation building block 3 allow cutter device to move, and the cutter device of the utility model can be with It is used mounted on enterprising exercise of movable cutting machine, cutting machine 2 is driven to be moved on sliding rail 1 by driving device, by heat insulation building block Green body 3 is set on the floor between sliding rail 1, and cutting machine 2 cuts the heat insulation building block green body 3 between being set to sliding rail 1 It cuts.After having cut an assembly body, move forward cutting machine 2 and carry out next group of cutting automatically.

Another embodiment, fixed cutter device move by heat insulation building block green body 3, can be mounted on the present apparatus Enterprising exercise of fixed cutting machine is used, can be by heat insulation building block in the lower section setting moving trolley and trolley track of fixed cutting machine Green body 3 is thrown into moving trolley, and the fixed clamp cylinder of fixed moving trolley, fixed movement are provided on cutting machine frame After trolley and utilization cutting machine have cut an assembly body, can moving trolley be pulled by the draft gear set on trolley track Forward movement carries out next group of cutting automatically.

The above descriptions are merely preferred embodiments of the present invention, and not the utility model is made in any form Limitation, although the utility model has been disclosed with preferred embodiment as above, be not limited to the utility model, it is any ripe Professional and technical personnel is known, is not being departed from the range of technical solutions of the utility model, when in the technology using the disclosure above Hold the equivalent embodiment made a little change or be modified to equivalent variations, as long as being without departing from technical solutions of the utility model Hold, any simple modification, equivalent change and modification that foundation the technical essence of the utility model makees above example, still Belong in the range of technical solutions of the utility model.

Claims (4)

1. a kind of heat insulation building block cutting wire perpendicular cut type cutter device adjustable in pitch, including rack and for cutting self-insurance Warm building block green body（3）Perpendicular trimming mechanism；It is characterized in that：

The rack includes main frame（21）, be arranged on main frame（21）Interior crane（22）With driving crane（22）Up and down Mobile elevating mechanism, main frame（21）For cuboid framework, crane（22）Pass through sliding bar mechanism（23）Be slidably connected main frame Frame（21）, sliding bar mechanism（23）Including slide bar and the sliding sleeve being arranged on outside slide bar, slide bar connection main frame（21）Upper side frame and Lower frame, sliding sleeve connection crane（22）, crane（22）Including the lifting pedestal being disposed over（221）With two cutting bases Frame（222）, two cutting pedestals（222）It is symmetricly set on lifting pedestal（221）Lower section and with lift pedestal（221）It is fixed to connect It connects, elevating mechanism includes lifting motor（24）, the first drive link（25）, the second drive link（26）, drive chain and elevating chain （28）, the first drive link（25）With the second drive link（26）Include being arranged on first sprocket wheel at body of rod both ends and be arranged on bar The second sprocket wheel in the middle part of body, lifting motor（24）First drive link is driven by drive chain（25）The rotation of the second sprocket wheel, the One drive link（25）The second sprocket wheel pass through drive chain drive the second drive link（26）The second sprocket wheel rotation, to realize first Drive link（25）With the second drive link（26）Four the first sprocket wheels rotate synchronously, the first drive link（25）With the second drive link （26）Each first sprocket wheel below be correspondingly arranged there are one chain wheel set（27）, the chain wheel set（27）It is fixedly mounted on main frame Frame（21）On lower frame, chain wheel set（27）Including third sprocket wheel and two sprocket wheel installing plates, two sprocket wheel installing plates are vertical and phase It is mutually arranged in parallel, third sprocket wheel is erected at by shaft between two sprocket wheel installing plates；Every elevating chain（28）One end, which is fixed, to be connected It is connected on lifting pedestal（221）Upper side frame, the other end bypass the first drive link（25）Or second drive link（26）The first sprocket wheel with And chain wheel set（27）Connection lifting pedestal（221）Lower frame；

The perpendicular trimming mechanism includes reciprocating drive mechanism, two groups of cutting mechanisms and moves back and forth stent（41）, it is reciprocal to drive Mechanism is arranged on lifting pedestal（221）On, reciprocating drive mechanism includes reciprocating motor（42）, for drive move back and forth stent （41）The push-rod assembly of reciprocating motion and it is used to support reciprocating motion stent（41）In lifting pedestal（221）Upper reciprocating motion Slide block mechanism（46）, the push-rod assembly include runner（43）And push rod（44）, runner（43）Mounted on reciprocating motor（42）It is dynamic On power output shaft, push rod（44）One end and runner（43）Crank-pin on end face is hinged, and the other end is reciprocal with being vertically arranged in Motion bracket（41）The plumbing arm of upper end（45）It is hinged, the reciprocating motion stent（41）It is flat including two for I-shaped structure Row arm and the linking arm being erected between two parallel arms, the slide block mechanism（46）Including slide bar and the cunning being slidably installed in outside slide bar Block, sliding block are fixedly connected with parallel arms, and slide bar both ends are fixed on lifting pedestal（221）On, cutting mechanism is arranged on cutting pedestal （222）On, every group of cutting mechanism includes a plurality of cutting wire（31）The roll shaft being arranged in parallel with four（32）, the roll shaft（32）Two End is rotatably supported in cutting pedestal（222）On, roll shaft（32）It is provided with along its length on axis body multiple for accommodating cutting wire （31）Annular groove（33）, the multiple annular groove（33）It is uniformly distributed, cutting wire（31）One end connection moves back and forth branch Frame（41）Parallel arms side, the other end bypass four roll shafts（32）Corresponding annular groove（33）Connection moves back and forth stent（41） Parallel arms opposite side, the cutting wire（31）With moving back and forth stent（41）Parallel arms be detachably connected, the cutting wire （31）Both ends are both provided with hook, and the link being connected with the hook is provided in the parallel arms.

2. a kind of heat insulation building block cutting wire perpendicular cut type cutter device adjustable in pitch as described in claim 1, feature exist In：The annular groove（33）Depth be more than cutting wire（31）Diameter.

3. a kind of heat insulation building block cutting wire perpendicular cut type cutter device adjustable in pitch as described in claim 1, feature exist In：The two of which roll shaft of every group of cutting mechanism（32）It is arranged on cutting pedestal（222）Above upper side frame, other two roll shaft （32）It is arranged on cutting pedestal（222）Below lower frame.

4. a kind of heat insulation building block cutting wire perpendicular cut type cutter device adjustable in pitch as described in claim 1, feature exist In：The slide block mechanism that each parallel arms are fixedly connected（46）It is two.