CN108480857A

CN108480857A - A kind of modified is total to the recycling deep processing device of association nonmetallic mineral

Info

Publication number: CN108480857A
Application number: CN201810188220.XA
Authority: CN
Inventors: 童时敏
Original assignee: Guangzhou Guansong Electric Power Technology Co Ltd
Current assignee: Guangzhou Guansong Electric Power Technology Co Ltd
Priority date: 2018-03-07
Filing date: 2018-03-07
Publication date: 2018-09-04

Abstract

The invention discloses the recycling deep processing devices that a kind of modified is total to association nonmetallic mineral, it include the body being fixedly installed on by column above the workbench, the rotating device being set in the body, the skid being set in the rotating device, the telescopic device that is set on the skid and the rotating and swinging device for being set to the telescopic device lower end, the rotating device includes the mounting blocks for being fixedly installed on body upper surface center, the caveli being provided in the mounting blocks, zygomorphism and it is fixedly installed first hydraulic cylinder in the caveli upper inside walls, the mounting plate that can be slided up and down is provided in the caveli, it is equipped with the first hydraulic stem between the mounting plate upper surface and the first hydraulic cylinder.

Description

A kind of modified is total to the recycling deep processing device of association nonmetallic mineral

Technical field

The present invention relates to nonmetallic mineral processing technique field, specifically a kind of modified is total to returning for association nonmetallic mineral Receive deep processing device.

Background technology

It is a kind of huge mineral products money of storage that traditional mineral products (metal or nonmetallic ore), which are total to association complexity non-metallic mineral resource, Source.It is made of a variety of nonmetallic minerals, complicated component, and cutting operation need to be carried out using cutter device when recycling deep processing, Nonmetallic mineral cutter device cutting efficiency currently on the market is low and cutting mode is single, it is difficult to preferably carry out cutting point From operation, therefore, need to provide that a kind of cutting efficiency is high and the nonmetallic mineral cutter device of good cutting effect come solve it is existing in The problems of.

Invention content

Technical problem to be solved by the invention is to provide the recycling deep processings that a kind of modified is total to association nonmetallic mineral Device can solve the problems in above-mentioned present technology.

The present invention is achieved through the following technical solutions：A modification of the present invention type is total to association nonmetallic mineral Deep processing device is recycled, includes the body being fixedly installed on above the workbench by column, be set in the body It rotating device, the skid being set in the rotating device, the telescopic device being set on the skid and sets It is placed in the rotating and swinging device of the telescopic device lower end, clamping device is equipped in the workbench, the clamping device includes left and right Extend be set in the workbench slide chamber and with it is described slide chamber lead to setting and port upward lead to slot, it is described It slides and the sliding seat that can be controlled and slide is respectively set at left and right sides of intracavitary, screw hole is equipped in the sliding seat, is matched in the screw hole Conjunction is equipped with the first screw rod, and chamber inside center described is slided with being fixedly installed in two first screw rod inner ends respectively Be connected by power at left and right sides of clamping driving machine at position, the sliding seat top, which is equipped with, stretches into the slide arm led in slot, Match the clamping ring for being provided with and leading to described in stretching outside slot at the top of two slide arms, and the rotating device includes being fixedly installed on The mounting blocks of body upper surface center, the caveli being provided in the mounting blocks, the caveli upper inside walls Interior zygomorphism and it is fixedly installed first hydraulic cylinder, the mounting plate that can be slided up and down, the peace are provided in the caveli The first hydraulic stem is equipped between loading board upper surface and the first hydraulic cylinder, mounting plate upper surface center is solid Surely it is provided with the first mounting base, the first driving machine is fixedly installed in first mounting base, peace is provided in the mounting plate Tankage, the caveli that port is provided in the body downwards and is led to the mounting groove, in the caveli setting slide Device, skid upper surface center is fixedly installed the spill spin block that upper end extends in the mounting groove, described Spill spin block side is fixedly connected with the rest pad in the mounting groove, and the rest pad lower face is rotatably assorted by change It is connected to the downside inner wall of the mounting groove, the spill spin block upper surface middle part is by extending through the mounting groove upper inside walls Shaft power be connected in the downside end face of first driving machine, the skid includes being set to the caveli The interior skid that can be slided up and down, the spill spin block lower end is fixedly connected on the center of the skid upper surface, described It is provided with the downward slide slot in port in skid, the second driving machine is fixedly installed in the slide slot inner left wall, it is described Second driving machine right end power is connected with the second screw rod, and the second screw rod right end, which is rotatably assorted, is connected to the cunning The right side inner wall of row slot is provided in the slide slot to control and slide and lower end extends outside the slide slot lower end port Sliding block, the sliding block are connect with the second screw rod screw-thread fit, are provided in the slide slot upper inside walls and institute The guide groove that slide slot leads to is stated, guide block is provided in the guide groove, the guide block lower end is fixed with the sliding block upper end It is connected, is additionally provided with irradiation unit on the skid, the irradiation unit includes lamp box and irradiation light.

The telescopic device includes being fixedly connected on sliding block lower face center as a preferred technical solution, Upper telescopic block, the downward upper telescopic chute in port is provided in the upper telescopic block, the upper telescopic block right end face, which is fixed, to be connected It is connected to connected arm, second hydraulic cylinder is fixedly installed in the connected arm, lower telescopic block, institute are provided on the downside of the upper telescopic block It states and is provided with the upward lower telescopic chute in port in lower telescopic block, be equipped in the lower telescopic chute and the upper telescopic chute point What can not up and down be slided in the lower telescopic chute and the upper telescopic chute slides bar, it is described slide bar and the upper telescopic chute it Between be provided with locating rod, be fixedly installed connected arm on the downside of the second hydraulic cylinder and positioned at the lower telescopic block right end face, It is equipped with the second hydraulic stem between the connected arm upper surface and the second hydraulic cylinder.

The rotating and swinging device matches and is fixedly connected under the lower telescopic block before and after including as a preferred technical solution, The upper plate in succession of end face, the lower telescopic block downside are provided with third mounting base, the fixed setting of third mounting base lower face Have a laser cutting head, third mounting base upper surface be fixedly connected with positioned at the front and back setting that matches it is described in succession on the inside of plate Plate in succession under between end face is fixedly installed first rotating shaft in plate in succession under described, and the first rotating shaft front and back end turns respectively The dynamic inner side end of plate in succession that is connected on described, the upper surface of third mounting base close to the back end surface is provided with end Mouthful the first upward turn trough is fixedly installed the second shaft before and after first turn trough between the inner wall of side, and the lower telescopic block connects It is fixedly installed the second mounting base on the lower face of nearly back end surface, second of port downwards is provided in second mounting base Turn trough is fixedly installed third driving machine in the second turn trough front inner wall, and third driving machine rear end be connected by power has Third shaft, the third shaft rear end thereof are connected in the rear side inner wall of second turn trough, second shaft with The third shaft is connected by transmitting V belt translation.

It is as a preferred technical solution, on rear side of the laser cutting head and solid on end face on the downside of the third mounting base Surely it is provided with sensing device.

The lamp box, which matches, as a preferred technical solution, is set to two side bottom of the skid, and the irradiation light is set It is placed in lamp cassette bottom portion.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, easy to operate, the cutting that mineral are carried out by the present apparatus is grasped When making, will be placed with cutting mineral on workbench first, and start clamping motor after two, and make clamping ring that opposite sliding occur, from And cutting mineral are gripped, start first hydraulic cylinder after the completion of gripping, and then will pacify by the first hydraulic stem Loading board ejects downwards, and then skid is ejected outside caveli, and the first driving machine starts at this time, and then is driven and rotated by shaft Block rotates, and in the process, spill spin block is supported in mounting groove rest pad so that spill spin block will not fall, at this time spill spin block band Dynamic skid rotation, meanwhile, the second driving machine being set in slide slot inner left wall starts, and then passes through the second screw rod band Dynamic sliding block moves left and right in slide slot, and in the process, guide block is in guide groove so that sliding block can in slide slot Stablize stability that is mobile and then increasing device when cutting, meanwhile, second hydraulic cylinder starts, and then is driven by the second hydraulic stem Connected arm moves down, and then lower telescopic block is driven to move down, and in the process, slides bar and lower telescopic block may make to decline The mineral of different more height are vertically lowered and then processed in the process, meanwhile, the rotation of third driving machine, and then pass through third shaft band Dynamic transfer tape rotation, and then the rotation of the second shaft is driven, and then the rotation of third mounting base is driven, and then drive and be set to third peace The laser cutting head rotation of seat lower face is filled, and then cutting processing work is carried out to mineral side, in the process, is set to the The sensing device of three mounting base lower faces can detect laser cutting head at a distance from cut mineral surfaces and then be carried out to device Adjustment passes through this to prevent laser cutting head from knocking mineral surfaces or reduce cutting efficiency too far apart from added work mineral surfaces Third driving machine, the second driving machine, the first driving machine and second hydraulic cylinder can be right with the interoperation of the second hydraulic stem in device The mineral of irregular shape carry out the cutting work on surface, are greatly improved cutting efficiency and improve cutting effect, can facilitate The extraction process operation of association nonmetallic mineral altogether.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Fig. 1 is the internal structure signal for the recycling deep processing device that a modification of the present invention type is total to association nonmetallic mineral Figure；

Structural schematic diagram when Fig. 2 is present invention work；

Fig. 3 is the enlarged diagram of " A " in Fig. 1；

Fig. 4 is the left view of the laser cutting head of the present invention；

Fig. 5 is the vertical view of the workbench of the present invention.

Specific implementation mode

As Figure 1-Figure 5, a modification of the present invention type is total to the recycling deep processing device of association nonmetallic mineral, including It is fixedly installed on the body 11 of 70 top of the workbench by column 71, the rotating device being set in the body 11, sets It the skid that is placed in the rotating device, the telescopic device being set on the skid and is set to described flexible The rotating and swinging device of device lower end, is equipped with clamping device in the workbench 70, and the clamping device includes that left and right extends and is set to In the workbench 70 slide chamber 72 and with it is described slide chamber 72 lead to setting and port upward lead to slot 76, the cunning The sliding seat 73 that can be controlled and slide is respectively set in the left and right sides in an actor's rendering of an operatic tune 72, and screw hole, the screw hole are equipped in the sliding seat 73 Middle cooperation is equipped with the first screw rod 74, and chamber described is slided with being fixedly installed in two 74 inner ends of the first screw rod respectively 75 left and right sides be connected by power of clamping driving machine at 72 inner hub locations, 73 top of the sliding seat, which is equipped with, stretches into described lead to Connect the slide arm 78 in slot 76, match the clamping ring 77 for being provided with and leading to described in stretching outside slot 76 at the top of two slide arms 78, institute It includes the mounting blocks 21 for being fixedly installed on 11 upper surface center of the body to state rotating device, is arranged in the mounting blocks 21 Some cavelis 22 zygomorphism and are fixedly installed first hydraulic cylinder 23 in 22 upper inside walls of the caveli, the recess It is provided with the mounting plate 27 that can be slided up and down in chamber 22, coordinates between 27 upper surface of the mounting plate and the first hydraulic cylinder 23 It is provided with the first hydraulic stem 25,27 upper surface center of the mounting plate is fixedly installed the first mounting base 24, and described first It is fixedly installed the first driving machine 26 in mounting base 24, mounting groove 28 is provided in the mounting plate 27, is set in the body 11 It is equipped with the caveli 48 that port is downward and leads to the mounting groove 28, skid, the cunning are set in the caveli 48 Luggage sets upper surface center and is fixedly installed the spill spin block 31 that upper end extends in the mounting groove 28, the spill spin block 31 Side is fixedly connected with the rest pad 29 in the mounting groove 28, and 29 lower face of the rest pad is rotatably assorted by change It is connected to the downside inner wall of the mounting groove 28,31 upper surface of spill spin block middle part is by extending through on the mounting groove 28 The shaft power of side inner wall is connected in the downside end face of first driving machine 26, and the skid includes being set to institute The skid 41 that can be slided up and down in caveli 48 is stated, 31 lower end of the spill spin block is fixedly connected on 41 upper surface of the skid Center, be provided with the downward slide slot 43 in port in the skid 41, it is fixed in 43 inner left wall of the slide slot It is provided with the second driving machine 42, second driving machine, 42 right end power is connected with the second screw rod 44, second spiral shell 44 right end of swing arm, which is rotatably assorted, is connected to the right side inner wall of the slide slot 43, is provided with to control in the slide slot 43 and slide And lower end extends the sliding block 47 outside 43 lower end port of the slide slot, the sliding block 47 and 44 spiral shell of the second screw rod Line is connected, and the guide groove 45 led to the slide slot 43, the guiding are provided in 43 upper inside walls of the slide slot Guide block 46 is provided in slot 45,46 lower end of the guide block is connect with 47 upper end secure fit of the sliding block, the skid 41 On be additionally provided with irradiation unit, the irradiation unit includes lamp box 90 and irradiation light 91.

Valuably, the telescopic device includes the upper telescopic block for being fixedly connected on 47 lower face center of the sliding block 52, the downward upper telescopic chute 51 in port is provided in the upper telescopic block 52,52 right end face of upper telescopic block is fixedly connected There is connected arm 54, second hydraulic cylinder 55 is fixedly installed in the connected arm 54,52 downside of the upper telescopic block, which is provided with down, stretches Contracting block 58, is provided with the upward lower telescopic chute 59 in port in the lower telescopic block 58, the lower telescopic chute 59 and described flexible Be equipped in slot 51 respectively can in the lower telescopic chute 59 and the upper telescopic chute 51 up and down slide slide bar 53, institute It states to slide and is provided with locating rod between bar 53 and the upper telescopic chute 51 and is detached from described with preventing the upper end for sliding bar 53 The lower end port of telescopic chute 51, the downside of the second hydraulic cylinder 55 and is fixedly installed positioned at 58 right end face of lower telescopic block Be connected arm 57, and the second hydraulic stem 56 is equipped between 57 upper surface of connected arm and the second hydraulic cylinder 55.

Valuably, the rotating and swinging device include it is front and back match and be fixedly connected on 58 lower face of lower telescopic block on connect Connecting plate 61,58 downside of the lower telescopic block are provided with third mounting base 63, and 63 lower face of third mounting base is fixedly installed Laser cutting head 64,63 upper surface of third mounting base be fixedly connected with positioned at the front and back setting that matches it is described on plate 61 in succession Plate 66 in succession under between inner side end are fixedly installed first rotating shaft 65, the first rotating shaft 65 in plate 66 in succession under described Front and back end is rotatably assorted respectively is connected on described the inner side end of plate 61 in succession, and the third mounting base 63 is close to back end surface Upper surface be provided with the first upward turn trough 73 of port, be fixedly installed second between the inner wall of side before and after first turn trough 73 Shaft 72, the lower telescopic block 58 are fixedly installed the second mounting base 75, second peace close on the lower face of back end surface It is provided with the second downward turn trough 68 of port in dress seat 75, third driving is fixedly installed in 68 front inner wall of the second turn trough Machine 67,67 rear end be connected by power of the third driving machine have a third shaft 69,69 axle center of third shaft with described first turn 65 axle center of axis is on the same line.69 rear end thereof of third shaft is connected in the rear side of second turn trough 68 Wall, second shaft 72 are driven by transfer tape 71 with the third shaft 69 and are connected.

Valuably, it is fixedly installed on rear side of the laser cutting head 64 and on 63 downside end face of the third mounting base Sensing device 74, the sensing device 74 can detect the distance between mineral to be cut and the laser cutting head 64 into adjustment institute State the distance between laser cutting head 64 and mineral surfaces to be cut.

Valuably, the lamp box 90, which matches, is set to 41 liang of side bottoms of the skid, and the irradiation light 91 is set to institute 90 bottom of lamp box is stated, the lighting demand when cutting of present apparatus night can be met by the irradiation light 91.

When original state, the first hydraulic stem 25 is to greatest extent in retraction first hydraulic cylinder 23, and skid 41 is in upper at this time End face abuts against state with 48 upper inside walls of caveli, meanwhile, the first driving machine 26 is in halted state, and spill spin block 31 stops at this time Rotation stop is dynamic, meanwhile, the second driving machine 42 is in halted state, and the second screw rod 44 is in halted state at this time, at sliding block 47 State is abutted against in right side and 43 right side inner wall of slide slot, meanwhile, the second hydraulic stem 56 is retracted second hydraulic cylinder to greatest extent In 55, bar 53 is slided at this time and is fully retracted into telescopic chute 51 and lower telescopic chute 59,52 lower face of upper telescopic block and lower telescopic block 58 upper end surfaces in abutting against state, meanwhile, third driving machine 67 stops operating, and transfer tape 71 stops operating at this time, at this time Three mounting bases 63 stop operating, and 64 pointing direction of laser cutting head is straight down at this time.

By the present apparatus carry out mineral cutting operation when, first will with cutting mineral place with workbench 70 on, after two Start clamping motor 75, clamping ring 77 is made to occur to slide relatively, to be gripped to cutting mineral, grips completion Start first hydraulic cylinder 23 afterwards, and then ejected mounting plate 27 downwards by the first hydraulic stem 25, and then skid 41 is ejected Outside caveli 48, the first driving machine 26 starts at this time, and then drives spill spin block 31 to rotate by shaft, in the process, bearing Spill spin block 31 is supported in mounting groove 28 block 29 so that spill spin block 31 will not fall, and spill spin block 31 drives 41 turns of skid at this time It is dynamic, meanwhile, the second driving machine 42 being set in 43 inner left wall of slide slot starts, and then is driven and slided by the second screw rod 44 Row block 47 moves left and right in slide slot 43, and in the process, guide block 46 is in guide groove 45 so that sliding block 47 is sliding Stability that is mobile and then increasing device when cutting can be stablized in slot 43, meanwhile, second hydraulic cylinder 55 starts, and then passes through second Hydraulic stem 56 drives the arm 57 that is connected to move down, and then lower telescopic block 58 is driven to move down, and in the process, sliding bar 53 can So that lower telescopic block 58 is vertically lowered during declining and then processes the mineral of different more height, meanwhile, third driving machine 67 Rotation, and then drive transfer tape 71 to rotate by third shaft 69, and then the rotation of the second shaft 72 is driven, and then drive third peace It fills seat 63 to rotate, and then the laser cutting head 64 for being set to 63 lower face of third mounting base is driven to rotate, and then to mineral side Cutting processing work is carried out, in the process, the sensing device 74 for being set to 63 lower face of third mounting base can detect laser and cut First 64 are cut at a distance from cut mineral surfaces and then device is adjusted to prevent laser cutting head 64 from knocking mineral surfaces Or reduce cutting efficiency too far apart from added work mineral surfaces, by third driving machine 67 in the present apparatus, the second driving machine 42, The interoperation of first driving machine 26 and second hydraulic cylinder 55 and the second hydraulic stem 56 can carry out table to the mineral of irregular shape The cutting work in face is greatly improved cutting efficiency and improves cutting effect, can the conveniently extraction of association nonmetallic mineral altogether Process operation.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims

1. a kind of modified is total to the recycling deep processing device of association nonmetallic mineral, including is fixedly installed on the work by column Make the body above platform, the rotating device being set in the body, the skid being set in the rotating device, setting In on the skid telescopic device and be set to the rotating and swinging device of the telescopic device lower end, set in the workbench There is a clamping device, the clamping device includes that left and right extends and is set to sliding chamber and slide chamber with described in the workbench Lead to setting and port upward lead to slot, the sliding seat that can be controlled and slide, institute is respectively set at left and right sides of intracavitary in described slide It states and is equipped with screw hole in sliding seat, coordinate in the screw hole and the first screw rod is installed, two first screw rod inner ends point Not be fixedly installed on be connected by power at left and right sides of the clamping driving machine for sliding intracavitary portion center position, the sliding seat Top, which is equipped with, stretches into the slide arm led in slot, and match the folder for being provided with and leading to described in stretching outside slot at the top of two slide arms Tight ring, the rotating device include the mounting blocks for being fixedly installed on body upper surface center, are set in the mounting blocks The caveli being equipped with zygomorphism and is fixedly installed first hydraulic cylinder in the caveli upper inside walls, in the caveli It is provided with the mounting plate that can be slided up and down, the first liquid is equipped between the mounting plate upper surface and the first hydraulic cylinder Compression bar, mounting plate upper surface center are fixedly installed the first mounting base, are fixedly installed in first mounting base First driving machine is provided with mounting groove in the mounting plate, port is provided in the body downwards and logical with the mounting groove Caveli even, the caveli is interior to be arranged skid, and skid upper surface center is fixedly installed upper end Extending the spill spin block in the mounting groove, the spill spin block side is fixedly connected with the rest pad in the mounting groove, The rest pad lower face is rotatably assorted by change is connected to the downside inner wall of the mounting groove, in the spill spin block upper surface Portion is connected by extending through the shaft power of the mounting groove upper inside walls in the downside end face of first driving machine, The skid includes being set to the skid that can be slided up and down in the caveli, and the spill spin block lower end is fixedly connected on The center of the skid upper surface, is provided with the downward slide slot in port in the skid, on the left of the slide slot It is fixedly installed the second driving machine in inner wall, the second driving machine right end power is connected with the second screw rod, and described Two screw rod right ends, which are rotatably assorted, is connected to the right side inner wall of the slide slot, be provided in the slide slot can control slide and Lower end extends the sliding block outside the slide slot lower end port, and the sliding block connects with the second screw rod screw-thread fit It connects, the guide groove led to the slide slot is provided in the slide slot upper inside walls, guide block is provided in the guide groove, The guide block lower end is connect with sliding block upper end secure fit, and irradiation unit, the irradiation are additionally provided on the skid Device includes lamp box and irradiation light.

2. a kind of modified according to claim 1 is total to the recycling deep processing device of association nonmetallic mineral, feature exists In：The telescopic device includes the upper telescopic block for being fixedly connected on sliding block lower face center, the upper telescopic block Inside it is provided with the downward upper telescopic chute in port, the upper telescopic block right end face is fixedly connected with connected arm, in the connected arm It is fixedly installed second hydraulic cylinder, lower telescopic block is provided on the downside of the upper telescopic block, port is provided in the lower telescopic block Being equipped in upward lower telescopic chute, the lower telescopic chute and the upper telescopic chute respectively can be in the lower telescopic chute and institute State in telescopic chute slide up and down slide bar, described slide is provided with locating rod between bar and the upper telescopic chute, described the Be fixedly installed connected arm on the downside of two hydraulic cylinders and positioned at the lower telescopic block right end face, the connected arm upper surface with it is described The second hydraulic stem is equipped between second hydraulic cylinder.

3. a kind of modified according to claim 1 is total to the recycling deep processing device of association nonmetallic mineral, feature exists In：The rotating and swinging device includes the front and back upper plate in succession for matching and being fixedly connected on the lower telescopic block lower face, is stretched under described Third mounting base is provided on the downside of contracting block, third mounting base lower face is fixedly installed laser cutting head, the third peace Dress seat upper surface be fixedly connected with positioned at the front and back setting that matches it is described in succession between plate inner side end under plate in succession, it is described Under be fixedly installed first rotating shaft in plate in succession, the first rotating shaft front and back end is rotatably assorted respectively is connected on described plate in succession Inner side end, the upper surface of third mounting base close to the back end surface is provided with the first upward turn trough of port, described the The second shaft is fixedly installed before and after one turn trough between the inner wall of side, the lower telescopic block is fixed close on the lower face of back end surface Be provided with the second mounting base, be provided with the second downward turn trough of port in second mounting base, on front side of second turn trough in It is fixedly installed third driving machine in wall, third driving machine rear end be connected by power has a third shaft, after the third shaft End, which is rotatably assorted, is connected to the rear side inner wall of second turn trough, and second shaft is passed with the third shaft by transfer tape It is dynamic to be connected.

4. a kind of modified according to claim 1 is total to the recycling deep processing device of association nonmetallic mineral, feature exists In：It is fixedly installed sensing device on rear side of the laser cutting head and on end face on the downside of the third mounting base.

5. a kind of modified according to claim 1 is total to the recycling deep processing device of association nonmetallic mineral, feature exists In：The lamp box, which matches, is set to two side bottom of the skid, and the irradiation light is set to lamp cassette bottom portion.