CN208020516U - It is a kind of can the crane component that cuts vertically of synchronous bidirectional - Google Patents

Abstract

The utility model disclose it is a kind of can the crane component that cuts vertically of synchronous bidirectional, crane I, Shu Qie mechanisms including decile cutting agency, for installing Deng Fen cutting agencies, the crane II for installing Shu Qie mechanisms and the elevating mechanism for driving crane II to move up and down, it is fixedly installed inside the crane I and is horizontally mounted frame, crane II is slidably arranged in inside crane I to be placed in and be horizontally mounted below frame by lifting sliding bar mechanism；The present apparatus have it is reasonable in design, floor space is small, after on cutting machine, may be implemented to synchronize the function of being cut on two orthogonal vertical directions, can greatly improve production efficiency.

Description

It is a kind of can the crane component that cuts vertically of synchronous bidirectional

Technical field

The utility model belongs to heat insulation building block production equipment technology for building, and in particular to one kind can synchronous bidirectional The crane component cut vertically.

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, this method cuts became uneven, and operating difficulties has certain danger It is dangerous, it is easy to damage operator, on the other hand, due to being cut using dry method, will produce a large amount of dust, not only pollute The working environment of staff, and disagreed with the target of Enterprise Construction environmental type factory.Existing heat insulation building block Wet method cutting is mostly used, i.e., it is cut before drying after shaping, but the heat insulation building block cutting of existing wet method cutting The structure of equipment is not reasonable, takes up a large area, and the degree of automation is low, and the staffing in production process is also relatively more, entirely The cost of process input is more, and low production efficiency, causes production cost higher.The excision forming mistake of existing heat insulation building block Cheng Zhong after positioning for the first time, can only be cut due to cutting machine structure on a direction of vertical plane, fixed again Behind position, is cut on another direction of vertical plane, therefore, be not carried out in two orthogonal vertical directions again On synchronize and cut, result in the need for being positioned twice, not only production efficiency is low, but also multiple bearing can inevitably cause more Big error.

Utility model content

Purpose of the utility model is to solve problems present on the above-mentioned prior art, and providing one kind can synchronous bidirectional The crane component cut vertically, the present apparatus have reasonable in design, and floor space is small, can be with after on cutting machine Realization synchronizes the function of being cut on two orthogonal vertical directions, can greatly improve production efficiency.

To achieve the above object, the utility model adopts the following technical solution：It is a kind of can the liter that cuts vertically of synchronous bidirectional Frame component drops, including decile cutting agency, the crane I for installing Deng Fen cutting agencies, Shu Qie mechanisms, for installing perpendicular cut The crane II of mechanism and elevating mechanism for driving crane II to move up and down, I inside fixed setting of the crane It is horizontally mounted frame, crane II is slidably arranged in be placed in inside crane I and be horizontally mounted under frame by lifting sliding bar mechanism Side；Elevating mechanism includes screw lift and the lifting motor for driving screw lift, the lead screw of the screw lift Lower end is fixedly connected with crane II, and the pedestal and lifting motor of the screw lift, which are fixedly mounted on, to be horizontally mounted on frame； The decile cutting agency includes reciprocating drive mechanism and cutting mechanism I, and the reciprocating drive mechanism setting of decile cutting agency exists It is horizontally mounted on frame, Shu Qie mechanisms include reciprocating drive mechanism and cutting mechanism II, the reciprocating drive mechanism installation of Shu Qie mechanisms In II upper surface of crane, the reciprocating drive mechanism of the decile cutting agency and Shu Qie mechanisms is to be separately provided and type of drive It is identical；The reciprocating drive mechanism of the decile cutting agency and Shu Qie mechanisms includes driving push rod component, cutting wire fixed frame With the reciprocal sliding bar mechanism for installing cutting wire fixed frame, the driving push rod component includes reciprocating motor, is mounted on back and forth Runner on motor output shaft and push rod, one end of push rod and the crank-pin on runner end face are hinged, the other end be vertically arranged Plumbing arm on cutting wire fixed frame is hinged, and the cutting wire fixed frame of decile cutting agency is slidably connected by reciprocal sliding bar mechanism Crane I, the cutting wire fixed frames of Shu Qie mechanisms are slidably connected crane II by reciprocal sliding bar mechanism；The cutting mechanism I Including a plurality of first cutting wire and four the first roll shafts disposed in parallel, first roll shaft both ends are rotatably supported in crane I On, the first roll shaft of two of which is symmetricly set on the upper surface of the upper side frame of crane I, other two first roll shaft is symmetrical arranged It is provided with along its length on the lower face of the lower frame of crane I, the first roll shaft axis body multiple for accommodating the first cutting The first annular groove of silk, the multiple first annular groove are uniformly distributed, and first cutting wire one end connects cutting wire fixed frame Side, the other end bypass four the first roll shafts corresponding first annular groove connection cutting wire fixed frame other side successively；It is described Cutting mechanism II includes three the second cutting wires and four the second roll shafts disposed in parallel, second roll shaft both ends rotational support On crane II, the second roll shaft of two of which is symmetricly set on the lower face of the upper side frame of crane II, other two second Roll shaft is symmetricly set on the lower face of the lower frame of crane II, and being provided with three along its length on the second roll shaft axis body is used for The second annular groove of the second cutting wire is accommodated, three second annular grooves are uniformly distributed, the connection of second cutting wire one end Cutting wire fixed frame side, the other end bypass the corresponding second annular groove of four the second roll shafts and connect cutting wire fixed frame successively The other side.

As being further improved for the utility model crane component, the of every first roll shaft in the cutting mechanism I The number of one annular groove is 5-30.

As being further improved for the utility model crane component, the plumbing arm setting of the decile cutting agency is being cut The lower face of silk fixed frame, the plumbing arm of the Shu Qie mechanisms are arranged in the upper surface of cutting wire fixed frame.

As being further improved for the utility model crane component, the cutting wire fixed frame of the decile cutting agency is One surface plate is symmetrically arranged with two rows of through-holes for fixing the first cutting wire along the length direction of surface plate.

As being further improved for the utility model crane component, on I outside of the crane, two symmetrical vertical side It is fixedly installed connector.

Advantageous effect

The crane component of the utility model rationally designs device structure, using hommization, modularized design Thinking, crane II are mounted in crane I so that it is same that crane component realizes the same position above same building block green body When lift the function of synchronous cutting, Shu Qie mechanisms and decile cutting agency be separately mounted on crane II and crane I, first Cutting wire and the second cutting wire be mutually perpendicular to it is arranged in a crossed manner, it is achieved that two orthogonal vertical sides of heat insulation building block It synchronizes and is cut simultaneously upwards, after the present apparatus is mounted on cutting machine, can not only save the one-time positioning time, improve production Efficiency, and avoid the human error generated due to multiple bearing.Crane I and crane II combine setting so that entire Occupation area of equipment is substantially reduced.

Description of the drawings

Fig. 1 is the dimensional structure diagram of the utility model；

Fig. 2 is the dimensional structure diagram at another visual angle of the utility model；

Fig. 3 is the dimensional structure diagram of crane II in the utility model；

Fig. 4 is the cutting schematic diagram of heat insulation building block in the utility model；

It is marked in figure：1, crane I, 2, crane II, 3, be horizontally mounted frame, 4, lifting sliding bar mechanism, 5, lead screw liter Drop machine, 6, lifting motor, 7, cutting wire fixed frame, 8, reciprocal sliding bar mechanism, 9, reciprocating motor, 10, runner, 11, push rod, 12, Plumbing arm, 13, connector, 14, heat insulation building block, 14-1, cross section, 14-2, vertical section, the 101, first cutting wire, 102, first Roll shaft, 103, first annular groove, the 201, second cutting wire, the 202, second roll shaft, 203, second annular groove.

Specific implementation mode

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

As shown in the figure：The utility model embodiment disclose it is a kind of can the crane component that cuts vertically of synchronous bidirectional, including Decile cutting agency, the crane I 1 for installing Deng Fen cutting agencies, Shu Qie mechanisms, the crane for installing Shu Qie mechanisms II 2 and the elevating mechanism for driving crane II 2 to move up and down, on I 1 outside of crane, two symmetrical vertical sides fixation set It is equipped with the connector 13 connected for cutting machine hoisting mechanism.It is fixedly installed inside the crane I 1 and is horizontally mounted frame 3, risen Drop frame II 2, which is slidably arranged in by lifting sliding bar mechanism 4 inside crane I 1 to be placed in, is horizontally mounted 3 lower section of frame；Elevating mechanism Lifting motor 6 including screw lift 5 and for driving screw lift 5, the screw lower end and liter of the screw lift 5 Drop frame II 2 is fixedly connected, and the pedestal and lifting motor 6 of the screw lift 5, which are fixedly mounted on, to be horizontally mounted on frame 3；It is described Decile cutting agency includes reciprocating drive mechanism and cutting mechanism I, and the reciprocating drive mechanism of decile cutting agency is arranged in level On mounting bracket 3, Shu Qie mechanisms include reciprocating drive mechanism and cutting mechanism II, and the reciprocating drive mechanism of Shu Qie mechanisms, which is mounted on, to be risen Frame II 2 upper surface drops, and the reciprocating drive mechanism of the decile cutting agency and Shu Qie mechanisms is to be separately provided and type of drive phase Together, crank and rocker mechanism is all made of to be driven；The reciprocating drive mechanism of the decile cutting agency and Shu Qie mechanisms includes Driving push rod component, cutting wire fixed frame 7 and the reciprocal sliding bar mechanism 8 for installing cutting wire fixed frame 7, the driving push rod Component includes reciprocating motor 9, the runner 10 on 9 output shaft of reciprocating motor and push rod 11, one end of push rod 11 and runner Crank-pin on 10 end faces is hinged, and the other end and the plumbing arm 12 being vertically arranged on cutting wire fixed frame 7 are hinged, decile dicer The cutting wire fixed frame 7 of structure is a flat surface plate, is symmetrically arranged with along the length direction of surface plate two rows of for fixing the first cutting The through-hole of silk 101.The plumbing arm 12 of decile cutting agency is arranged in the lower face of cutting wire fixed frame 7, and the Shu Qie mechanisms hang down Arm 12 is arranged in the upper surface of cutting wire fixed frame 7.The cutting wire fixed frame 7 of decile cutting agency passes through reciprocal sliding bar mechanism 8 Be slidably connected crane I 1, and the cutting wire fixed frames 7 of Shu Qie mechanisms is slidably connected crane II 2 by reciprocal sliding bar mechanism 8；Institute It includes a plurality of first cutting wire 101 and four the first roll shafts 102 disposed in parallel, 102 liang of first roll shaft to state cutting mechanism I End is rotatably supported on crane I 1, and the first roll shaft of two of which 102 is symmetricly set on the upper surface of the upper side frame of crane I 1, Other two first roll shaft 102 is symmetricly set on the lower face of the lower frame of crane I 1,102 axis body upper edge length of the first roll shaft Direction is provided with multiple first annular grooves 103 for accommodating the first cutting wire 101, the multiple first annular groove 103 It is uniformly distributed, 101 one end of the first cutting wire connects 7 side of cutting wire fixed frame, and the other end bypasses four the first roll shafts 102 successively Corresponding first annular groove 103 connects 7 other side of cutting wire fixed frame, the first of every first roll shaft 102 in cutting mechanism I The number of annular groove 103 is 5-30；The cutting mechanism II includes that three the second cutting wires 201 and four are disposed in parallel Second roll shaft 202,202 both ends of the second roll shaft are rotatably supported on crane II 2, and the second roll shaft of two of which 202 is symmetrical It is arranged in the lower face of the upper side frame of crane II 2, other two second roll shaft 202 is symmetricly set on the following of crane II 2 The lower face of frame is provided with three the second rings for accommodating the second cutting wire 201 on 202 axis body of the second roll shaft along its length Connected in star 203, three second annular grooves 203 are uniformly distributed, and 201 one end of the second cutting wire connects cutting wire fixed frame 7 Side, it is another that the other end bypasses four 202 corresponding second annular grooves 203 of the second roll shaft connection cutting wire fixed frames 7 successively Side.

As shown in the figure, the green body of heat insulation building block 14 along cross section 14-1 by the second cutting wire 201 and along vertical section 14-2 is by the finished product after the cutting of the first cutting wire 101.

The cutting machine course of work made of the utility model is as follows：Cutting machine is right over the green body of heat insulation building block 14 When, crane component moves down, and in crane component declines cutting process, the first cutting wire 101 of crane I 1 is rising The 201 lower section 10cm distances of the second cutting wire of frame II 2 drop, therefore two groups of cutting wires intersect and are arranged and cut simultaneously, and it will not It interferes, it is dynamic that the first cutting wire 101 of crane I 1 stops cutting when being cut to the green body bottom of heat insulation building block 14 in advance Make, the second cutting wire 201 of crane II 2 continues to decline and be cut to the green body bottom of heat insulation building block 14, two cutting sides To cutting is completed, lifting motor 6 drives screw lift 5, crane II 2 to stop after being lifted up 10cm, and cutting machine pulls Crane component is reset to original position upwards.

The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model Limitation be not limited to the utility model although the utility model has been disclosed with preferred embodiment as above, it is any ripe Professional and technical personnel is known, is not being departed within the scope 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 made by the above technical examples according to the technical essence of the present invention, still It is within the scope of the technical solutions of the present invention.

Claims (5)

1. it is a kind of can the crane component that cuts vertically of synchronous bidirectional, including decile cutting agency, for installing etc. divide dicer The crane I of structure（1）, Shu Qie mechanisms, the crane II for installing Shu Qie mechanisms（2）And for driving crane II（2） The elevating mechanism moved up and down, it is characterised in that：The crane I（1）Inside, which is fixedly installed, is horizontally mounted frame（3）, lifting Frame II（2）By lifting sliding bar mechanism（4）It is slidably arranged in crane I（1）Inside, which is placed in, is horizontally mounted frame（3）Lower section；It rises Descending mechanism includes screw lift（5）With for driving screw lift（5）Lifting motor（6）, the screw lift（5） Screw lower end and crane II（2）It is fixedly connected, the screw lift（5）Pedestal and lifting motor（6）It is fixedly mounted It is being horizontally mounted frame（3）On；The decile cutting agency includes reciprocating drive mechanism and cutting mechanism I, decile cutting agency Reciprocating drive mechanism setting is being horizontally mounted frame（3）On, Shu Qie mechanisms include reciprocating drive mechanism and cutting mechanism II, erect and cut machine The reciprocating drive mechanism of structure is mounted on crane II（2）Upper surface, the reciprocal driving of the decile cutting agency and Shu Qie mechanisms Mechanism is to be separately provided and type of drive is identical；The reciprocating drive mechanism of the decile cutting agency and Shu Qie mechanisms includes driving Dynamic push-rod assembly, cutting wire fixed frame（7）With for installing cutting wire fixed frame（7）Reciprocal sliding bar mechanism（8）, the driving Push-rod assembly includes reciprocating motor（9）, be mounted on reciprocating motor（9）Runner on output shaft（10）And push rod（11）, push rod （11）One end and runner（10）Crank-pin on end face is hinged, the other end and is vertically arranged in cutting wire fixed frame（7）On Plumbing arm（12）It is hinged, the cutting wire fixed frame of decile cutting agency（7）Pass through reciprocal sliding bar mechanism（8）Be slidably connected crane I （1）, the cutting wire fixed frame of Shu Qie mechanisms（7）Pass through reciprocal sliding bar mechanism（8）Be slidably connected crane II（2）；The cutting Mechanism I includes a plurality of first cutting wire（101）With four the first roll shafts disposed in parallel（102）, first roll shaft（102）Two End is rotatably supported in crane I（1）On, the first roll shaft of two of which（102）It is symmetricly set on crane I（1）Upper side frame Upper surface, other two first roll shaft（102）It is symmetricly set on crane I（1）Lower frame lower face, the first roll shaft （102）It is provided with along its length on axis body multiple for accommodating the first cutting wire（101）First annular groove（103）, institute State multiple first annular grooves（103）It is uniformly distributed, the first cutting wire（101）One end connects cutting wire fixed frame（7）Side, separately One end bypasses four the first roll shafts successively（102）Corresponding first annular groove（103）Connect cutting wire fixed frame（7）It is another Side；The cutting mechanism II includes three the second cutting wires（201）With four the second roll shafts disposed in parallel（202）, described Two roll shafts（202）Both ends are rotatably supported in crane II（2）On, the second roll shaft of two of which（202）It is symmetricly set on crane Ⅱ（2）Upper side frame lower face, other two second roll shaft（202）It is symmetricly set on crane II（2）Lower frame under End face, the second roll shaft（202）Be provided with along its length on axis body three for accommodate the second cutting wire（201）Second annular Groove（203）, three second annular grooves（203）It is uniformly distributed, the second cutting wire（201）One end connection cutting wire is fixed Frame（7）Side, the other end bypass four the second roll shafts successively（202）Corresponding second annular groove（203）It is solid to connect cutting wire Determine frame（7）The other side.

2. a kind of as described in claim 1 can the crane component that cuts vertically of synchronous bidirectional, it is characterised in that：The cutting machine Every first roll shaft in structure I（102）First annular groove（103）Number be 5-30.

3. a kind of as described in claim 1 can the crane component that cuts vertically of synchronous bidirectional, it is characterised in that：The equal cutting The plumbing arm of block mechanism（12）It is arranged in cutting wire fixed frame（7）Lower face, the plumbing arm of the Shu Qie mechanisms（12）Setting is being cut Cutting wire fixed frame（7）Upper surface.

4. a kind of as described in claim 1 can the crane component that cuts vertically of synchronous bidirectional, it is characterised in that：The equal cutting The cutting wire fixed frame of block mechanism（7）It is a flat surface plate, is symmetrically arranged with along the length direction of surface plate two rows of for fixing the One cutting wire（101）Through-hole.

5. a kind of as described in claim 1 can the crane component that cuts vertically of synchronous bidirectional, it is characterised in that：The crane Ⅰ（1）Outside two is fixedly installed connector on symmetrical vertical side（13）.