CN202045761U - Multi-blade agate stone cutting machine - Google Patents

Multi-blade agate stone cutting machine Download PDF

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Publication number
CN202045761U
CN202045761U CN201120004556XU CN201120004556U CN202045761U CN 202045761 U CN202045761 U CN 202045761U CN 201120004556X U CN201120004556X U CN 201120004556XU CN 201120004556 U CN201120004556 U CN 201120004556U CN 202045761 U CN202045761 U CN 202045761U
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CN
China
Prior art keywords
transmission mechanism
dragging plate
blades
motor
driven pulley
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Expired - Fee Related
Application number
CN201120004556XU
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Chinese (zh)
Inventor
陈伟胜
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Xiamen Haicang Gem Arts & Crafts Association
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Xiamen Haicang Gem Arts & Crafts Association
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
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Priority to CN201120004556XU priority Critical patent/CN202045761U/en
Application granted granted Critical
Publication of CN202045761U publication Critical patent/CN202045761U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a multi-blade agate stone cutting machine, which relates to a processing device of stones or materials similar to the stones. The utility model provides the multi-blade agate stone cutting machine, which is mainly used for cutting agate and has the advantages of a plurality of blades, high automation level and processing efficiency, relatively low labor intensity and the like. The multi-blade agate stone cutting machine is provided with a machine table, an electric control device, a motor, a motor transmission mechanism, a transverse dragging plate, a transverse dragging plate regulating rod, a longitudinal dragging plate, a longitudinal dragging plate regulating rod, a longitudinal dragging plate transmission mechanism, a workpiece fixture, a fixture transmission mechanism, a blade set, a blade set clamping mechanism, a blade set transmission mechanism and a linkage mechanism, wherein the transverse dragging plate regulating rod is fixedly connected with the transverse dragging plate; the longitudinal dragging plate is arranged below the transverse dragging plate; the longitudinal dragging plate regulating rod is fixedly connected with the longitudinal dragging plate; the workpiece fixture is arranged on the transverse dragging plate; the fixture transmission mechanism is provided with a telescopic transmission rod; a linkage universal joint and a stone-clamping universal joint are respectively arranged at the two ends of the telescopic transmission rod; and the linkage mechanism is provided with a driving wheel, a stone-clamping driven wheel, a longitudinal dragging plate driven wheel and a transmission chain.

Description

Multitool sheet agate stonecutter
Technical field
The utility model relates to the processing unit (plant) of a kind of stone or similar rock material, especially relates to a kind of multitool sheet that has, and is mainly used in the multitool sheet agate stonecutter of cutting agate.
Background technology
The cutting mechanics of stone material is the important component part in the processing of stone, and the stone material cutter sweep of existing various structural design comprises the automatic stone machine of various program control, numerical controls, and its structure is comparatively complicated.
Agate is the little stone material of a kind of abnormity, and its processing is the part of special-shaped gravelstone material processing industry.
A kind of bridge-type stonecutter of using is provided in the patent of notification number for CN2576455Y more, it comprises cutter vertical feed device, cutter cross feed device and the workbench etc. that are provided with on crossbeam, crossbeam support, the crossbeam, on crossbeam, be installed with a die shape signal generation apparatus, this device connects a tool feed control CPU, and this tool feeding control CPU connects a cutter vertical feed control device that is fixedly arranged on the cutter vertical feed device.Being equipped with a mold clamping apparatus in corresponding positions below the die shape signal generation apparatus is fixedly arranged on the crossbeam support.But its machining center mechanical motor systematic comparison is simple, therefore can only process the stone material of some simple shapes.
A kind of stonecutter processing unit (plant) is provided in the patent of notification number for CN2785832, is provided with crossbeam, side plate, lifter slide, pivoted arm, 180 ° of electric rotating machines, 360 ° of electric rotating machines, head vertical lift motor, heads and moves horizontally motor and main motor; 180 ° of electric rotating machines connect with reductor, the output shaft of reductor links with the rotation transverse axis, the rotation transverse axis is located in the pivoted arm, the electric rotating machine seat is located on the rotation transverse axis, main motor is installed on the electric rotating machine seat, cutter is located on the main motor crankshaft, and main motor rotates synchronously with electric rotating machine seat and rotation transverse axis; 360 ° of electric rotating machines connect with reductor, the output shaft and the rotary main shaft of reductor link, the lower end of the rotary main shaft of 360 ° of electric rotating machines connects pivoted arm, and in lifter slide, lifter slide moves up and down in crossbeam one side by guide rail rotary main shaft by bearing fixing; Head vertical lift motor connects with reductor, and reductor is installed on the side plate by ball screw and ball nut, and side plate is installed on the crossbeam, and ball screw drives lifter slide and does elevating movement; Head moves horizontally motor connects and be located at ball screw with reductor termination, head moves horizontally motor via reducer and drives the ball screw rotation, and the rotary main shaft and the head of ball screw drive ball nut and nut seat interlock side plate, lifter slide, 360 ° of electric rotating machines move as transverse horizontal on crossbeam.
Notification number provides a kind of two-way four-head stonecutter for the patent of CN2635321, by main motor, be installed in the belt on the belt pulley of belt pulley on the main motor shaft and main shaft one end, the fixing saw blade of the main shaft other end is formed, the saw blade rotating mechanism that it has two groups of saw blades vertically to arrange is installed in respectively on the upright slide plate, upright slide plate is installed on the crossbeam by middle slide plate, the crossbeam two ends are fixed on the post, there is workbench the crossbeam below, on the rolling bar seat on workbench top rolling bar is installed, the workbench bottom is fixed with nut, nut and leading screw are installed together, and leading screw is fixed on the output shaft of reductor; It also has the transversely arranged saw blade rotating mechanism of other two groups of saw blades to be installed in respectively on another upright slide plate, another upright slide plate is installed on the cross slide by another middle slide plate, cross slide is installed on the big column, the reductor that is installed on the cross slide links together by chain and leading screw, nut in leading screw and the nut seat is installed together, there is falsework the cross slide below, on the rolling bar seat on the falsework rolling bar is arranged, also have the guide and limit axle on the falsework, the guide and limit cover is installed on the guide and limit axle.
But for for example cutting of agate stone etc. of the little stone material of abnormity, because the volume of stone material is generally less, different, its automation processing is difficulty particularly, therefore the structure of the stonecutter of the special-shaped little stone material of existing cutting is comparatively simple, generally be provided with motor, board, transmission mechanism, cutter clamping and feed mechanism, building stones clamping and feed mechanism, board lateral adjustment device, board longitudinal adjustment apparatus, cooling device and electrical control gear, general automatization level is lower, and working (machining) efficiency is low, labour intensity is big.
Summary of the invention
The purpose of this utility model is deficiencies such as the stonecutter automatization level at existing processing profiled little stone material is lower, working (machining) efficiency is low, labour intensity is big, provide a kind of cutting agate that is mainly used in, multitool sheet agate stonecutter with advantages such as multitool sheet, automatization level and working (machining) efficiency are higher, labour intensity is less.
The utility model is provided with board, electrical control gear, motor, motor transmission mechanism, cross slide, cross slide adjusting rod, vertical planker, vertical planker adjusting rod, vertical planker transmission mechanism, work piece holder, anchor clamps transmission mechanism, set of blades, set of blades clamping device, set of blades transmission mechanism and link gear; One end of motor transmission mechanism is located on the main shaft of motor; Cross slide adjusting rod and cross slide are affixed, and the cross slide adjusting rod is used to regulate the transverse movement of cross slide; Vertically planker is located at the cross slide below, vertically the planker adjusting rod is with vertically planker is affixed, described vertical planker transmission mechanism is provided with driving wheel, driven pulley and driving-chain, and driving-chain is connected with driven pulley with driving wheel respectively, and driven pulley is located on vertical planker adjusting rod; Work piece holder is located on the cross slide, and the anchor clamps transmission mechanism is provided with scalable drive link, is respectively equipped with interlock universal joint and horsestone universal joint at scalable drive link two ends, and work piece holder is connected with horsestone universal joint one end of anchor clamps transmission mechanism; Set of blades is located on the set of blades clamping device, and an end of set of blades clamping device is connected with the set of blades transmission mechanism, and the other end of set of blades transmission mechanism is located on the main shaft of motor; Link gear is provided with driving wheel, horsestone driven pulley, vertical planker driven pulley and driving-chain, the driving wheel of link gear is connected with the driven pulley of motor transmission mechanism through the 1st decelerator, the horsestone driven pulley of link gear is connected with the interlock universal joint of anchor clamps transmission mechanism, and vertical planker driven pulley of link gear is connected through the driving wheel of the 2nd decelerator with vertical planker transmission mechanism.
Described set of blades can be provided with 1~5 blade.
Compare with existing stonecutter, outstanding advantage of the present utility model is: 1. owing to adopt the structural design scheme of universal joint between anchor clamps transmission mechanism and the motor transmission mechanism, and the utility model only adopts 1 motor, is connected with the anchor clamps transmission mechanism respectively by the transmission mechanism of being made up of decelerator etc., and cutter and processed stone material are rotated simultaneously, therefore transmission efficiency height not only, nimbly and freely, the accessory wearing and tearing are little, and noise is little, and simple in structure, manufacturing cost significantly reduces.2. because the set of blades of cutter clamping device is provided with at least 2 cutting blades, set of blades can be according to the size and form of stone material and the random assembly of situations such as actual needs of product, comprise the sheet number, the distance between the blade, the type of blade of blade etc., therefore improved operating efficiency and yield rate.3. because the board longitudinal adjustment apparatus is provided with self-checking device and manual shaking wheel adjusting device simultaneously, by clutch can be at any time according to the process requirements conversion automatically and manual adjustments, both improved automatization level, reduce labor intensity, can in time carry out conversion again.
Description of drawings
Fig. 1 is the utility model example structure schematic diagram.
The specific embodiment
Referring to Fig. 1, the utility model embodiment is provided with board, electrical control gear, motor 11, motor transmission mechanism 12, cross slide 21, cross slide adjusting rod 22, vertical planker 31, vertical planker adjusting rod 32, vertical planker transmission mechanism, work piece holder 41, anchor clamps transmission mechanism, set of blades 51, set of blades clamping device 52, set of blades transmission mechanism 53 and link gear; One end of motor transmission mechanism 12 is located on the main shaft of motor 11; Cross slide adjusting rod 22 is affixed with cross slide 21, and cross slide adjusting rod 22 is used to regulate the transverse movement of cross slide 21; Vertically planker 31 is located at cross slide 21 belows, vertically planker adjusting rod 32 is with vertically planker 31 is affixed, described vertical planker transmission mechanism is provided with driving wheel 331, driven pulley 332 and driving-chain 333, driving-chain 333 is connected with driven pulley 332 with driving wheel 331 respectively, and driven pulley 332 is located on vertical planker adjusting rod 32; Work piece holder 41 is located on the cross slide 21, the anchor clamps transmission mechanism is provided with scalable drive link 421, be respectively equipped with interlock universal joint 422 and horsestone universal joint 423 at scalable drive link 41 two ends, work piece holder 41 is connected with horsestone universal joint 423 1 ends of anchor clamps transmission mechanism; Set of blades 51 is located on the set of blades clamping device 52, and an end of set of blades clamping device 52 is connected with set of blades transmission mechanism 53, and the other end of set of blades transmission mechanism 53 is located on the main shaft of motor 11; Link gear is provided with driving wheel 61, horsestone driven pulley 62, vertical planker driven pulley 63 and driving-chain, the driving wheel 61 of link gear is connected with the driven pulley of motor transmission mechanism 12 through the 1st decelerator 7, the horsestone driven pulley 62 of link gear is connected with the interlock universal joint 422 of anchor clamps transmission mechanism, and vertical planker driven pulley 63 of link gear is connected through the driving wheel 331 of the 2nd decelerator 8 with vertical planker transmission mechanism.
Described set of blades is provided with 3 blades.
In Fig. 1, mark A is a processing work.

Claims (2)

1. multitool sheet agate stonecutter is characterized in that being provided with board, electrical control gear, motor, motor transmission mechanism, cross slide, cross slide adjusting rod, vertical planker, vertical planker adjusting rod, vertical planker transmission mechanism, work piece holder, anchor clamps transmission mechanism, set of blades, set of blades clamping device, set of blades transmission mechanism and link gear; One end of motor transmission mechanism is located on the main shaft of motor; Cross slide adjusting rod and cross slide are affixed; Vertically planker is located at the cross slide below, vertically the planker adjusting rod is with vertically planker is affixed, described vertical planker transmission mechanism is provided with driving wheel, driven pulley and driving-chain, and driving-chain is connected with driven pulley with driving wheel respectively, and driven pulley is located on vertical planker adjusting rod; Work piece holder is located on the cross slide, and the anchor clamps transmission mechanism is provided with scalable drive link, is respectively equipped with interlock universal joint and horsestone universal joint at scalable drive link two ends, and work piece holder is connected with horsestone universal joint one end of anchor clamps transmission mechanism; Set of blades is located on the set of blades clamping device, and an end of set of blades clamping device is connected with the set of blades transmission mechanism, and the other end of set of blades transmission mechanism is located on the main shaft of motor; Link gear is provided with driving wheel, horsestone driven pulley, vertical planker driven pulley and driving-chain, the driving wheel of link gear is connected with the driven pulley of motor transmission mechanism through the 1st decelerator, the horsestone driven pulley of link gear is connected with the interlock universal joint of anchor clamps transmission mechanism, and vertical planker driven pulley of link gear is connected through the driving wheel of the 2nd decelerator with vertical planker transmission mechanism.
2. multitool sheet agate stonecutter as claimed in claim 1 is characterized in that described set of blades is provided with 1~5 blade.
CN201120004556XU 2011-01-07 2011-01-07 Multi-blade agate stone cutting machine Expired - Fee Related CN202045761U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201120004556XU CN202045761U (en) 2011-01-07 2011-01-07 Multi-blade agate stone cutting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201120004556XU CN202045761U (en) 2011-01-07 2011-01-07 Multi-blade agate stone cutting machine

Publications (1)

Publication Number Publication Date
CN202045761U true CN202045761U (en) 2011-11-23

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201120004556XU Expired - Fee Related CN202045761U (en) 2011-01-07 2011-01-07 Multi-blade agate stone cutting machine

Country Status (1)

Country Link
CN (1) CN202045761U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102744797A (en) * 2012-06-25 2012-10-24 河海大学常州校区 Single line crystalline silicon cutting machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102744797A (en) * 2012-06-25 2012-10-24 河海大学常州校区 Single line crystalline silicon cutting machine

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C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20111123

Termination date: 20120107