CN206146666U - Rock composition detects with broken sampling equipment of sample - Google Patents
Rock composition detects with broken sampling equipment of sample Download PDFInfo
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- CN206146666U CN206146666U CN201621126564.0U CN201621126564U CN206146666U CN 206146666 U CN206146666 U CN 206146666U CN 201621126564 U CN201621126564 U CN 201621126564U CN 206146666 U CN206146666 U CN 206146666U
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Abstract
The utility model relates to a broken sampling equipment of sample especially relates to a rock composition detects with broken sampling equipment of sample. The to -be -solved technical problem of the utility model is to provide a rock composition detects with broken sampling equipment of sample that crushing efficiency is high, broken thoroughly, broken even. In order to solve the technical problem, the utility model provides a such rock composition detects with broken sampling equipment of sample, including bottom plate, left side frame, the right side frame, first spring, place set, broken frame, second spring, first swinging arms, firstly act as go -between, first fixed pulley, first branch etc. The left end welding of bottom plate top has left side frame, and the mode that left side frame right side upper portion is connected through the couple is connected with the second spring, and left side frame right side upper portion welding has third branch. The utility model discloses reached that crushing efficiency is high, broken thoroughly, broken even effect, this equipment structure is reasonable, the cost of manufacture low and easily maintenance, again because the effect of first strengthening rib and second strengthening rib.
Description
Technical field
This utility model is related to a kind of broken sampling equipment of sample, more particularly to a kind of rock composition detection is crushed with sample
Sampling equipment.
Background technology
Rock, be by rock-forming mineral by certain structured set geologic body.The main object of geological prospecting.It is solid-state
The mixture of mineral or mineral, wherein undersea rock is referred to as reef, submerged reef and underwater sandy beach, also has minority to include zoic remains
Or traces.Mineral have tri-state：Solid-state, gaseous state, liquid, but mainly solid matter, are to constitute one of material of the earth's crust, are to constitute
The main component of earth's lithosphere.
In research, actual observation or a part of individual of investigation are referred to as sample, and being referred to collectively as object of study is overall.In order to
Enable sample correctly to reflect general status, there will be clearly regulation to overall；In overall, all observation units must be homogeneity
's；During sample drawn, it is necessary in accordance with randomization；Will also there be enough quantity in the observation unit of sample.Also known as
" increment ".The a part of individuality taken out from totality according to certain sampling prescription.In sample, individual number is referred to as " sample appearance
Amount.
The broken sampling equipment of existing sample haves the shortcomings that crushing efficiency is low, broken thorough, broken uneven, therefore
Need badly a kind of crushing efficiency of research and development it is high, it is broken thoroughly, crush the broken sampling equipment of uniform rock composition detection sample.
Utility model content
（1）Technical problem to be solved
This utility model is low, broken not thorough, broken in order to overcome the broken sampling equipment of existing sample to there is crushing efficiency
Broken uneven shortcoming, it is high, broken thorough, broken equal that the technical problems to be solved in the utility model is to provide a kind of crushing efficiency
The even rock composition detection broken sampling equipment of sample.
（2）Technical scheme
In order to solve above-mentioned technical problem, this utility model is taken there is provided such a rock composition detection sample is broken
Sample equipment, includes base plate, left frame, right shelf, the first spring, holding tray, broken frame, second spring, the first swing arm, the first drawing
Line, the first fixed pulley, the first pole, the second fixed pulley, the second bracing wire, the second swing arm, the 3rd spring, hinge member, second
Pole, the first tooth bar, the first briquetting, the second briquetting, the 3rd pole, gear, the first collision block, the second collision block, the first slide rail, first
Slide block, motor, the second tooth bar, the second slide rail, the second slide block and top board, base plate top left are welded with left frame, on the right side of left frame on
Portion is connected with second spring by way of linking up with connection, and left frame right upper portion is welded with the 3rd pole, and the 3rd pole is located at the
Below two springs, the 3rd pole right-hand member is connected with the first swing arm, second spring right-hand member and the first swing arm by hinge member
Left upper portion is connected by way of linking up with connection, and the mode that the first swing arm bottom is bolted is connected with first and hits
Block, is symmetrically connected with the first spring centrally through the mode of hook connection at the top of base plate, and the first spring top is by linking up with connection
Mode be connected with holding tray, broken frame is placed with holding tray, at the top of base plate, right-hand member is welded with right shelf, and right shelf left upper portion is led to
The mode for crossing hook connection is connected with the 3rd spring, and right shelf left upper portion is welded with the second pole, and the second pole is located at the 3rd bullet
Below spring, the second pole left end is connected with the second swing arm by hinge member, on the right side of the 3rd spring left end and the second swing arm
Top is connected by way of linking up with connection, and the mode that the second swing arm bottom is bolted is connected with the second collision block, left
The mode being bolted at the top of frame and right shelf is connected with top board, and top board bottom centre is welded with the first pole, the first pole
Mode that bottom is bolted is fixed to be connected with motor, is connected by bonded mode on the output shaft on front side of motor
There is gear, the mode that top board bottom left is bolted is connected with the first slide rail, and the first aperture is provided with the first slide rail, the
One slide rail left upper portion is welded with the first fixed pulley by support, and the first fixed pulley is rotatable, and on the right side of the first slide rail, slidingtype connects
The first slide block is connected to, the first slide block and the first slide rail coordinate, and the first slider top is connected with first by way of linking up with connection
Bracing wire, first is drawstring through the first aperture, and the first bracing wire is bypassed the first fixed pulley and passed through with the first swing arm right upper portion
The mode of hook connection connects, and the second tooth bar is welded with the first slide block, and the engagement of the second rack and pinion, the second tooth bar bottom are logical
Cross bolted mode and be connected with the second briquetting, the second briquetting is located above broken frame, and top board bottom right is connected by bolt
The mode for connecing is connected with the second slide rail, and second orifice is provided with the second slide rail, and the second slide rail right upper portion is welded with by support
Second fixed pulley, the second fixed pulley are rotatable, and the second slide rail left slide formula is connected with the second slide block, and the second slide block and second is slided
Rail coordinates, and the second slider top is connected with the second bracing wire by way of linking up with connection, and second is drawstring through second orifice, and
Second bracing wire is bypassed the second fixed pulley and is connected by way of hook is connected with the second swing arm left upper portion, is welded on the second slide block
The first tooth bar is connected to, the engagement of the first rack and pinion, the mode that the first tooth bar bottom is bolted are connected with the first briquetting,
First briquetting is located above broken frame.
Preferably, crushing teeth is also included, the first briquetting and the second briquetting bottom even are welded with crushing teeth.
Preferably, the first reinforcement is also included, first is welded between base plate top left side and left frame lower right side and is added
Strong muscle.
Preferably, the second reinforcement is also included, second is welded between base plate top right side and right shelf left lower and is added
Strong muscle.
Preferably, hinge member includes notch plate, connecting shaft and swivel plate, and connecting shaft is fixedly mounted on notch plate,
Through hole is provided with swivel plate, connecting shaft is rotated through the through hole on swivel plate, and swivel plate around connecting shaft；3rd
The notch plate of the hinge member on bar is welded on the 3rd pole right-hand member, and the swivel plate of the hinge member on the 3rd pole is by welding
Mode be connected with the first swing arm, the notch plate of the hinge member on the second pole is welded on the second pole left end, second
The swivel plate of the hinge member on bar is connected with the second swing arm by way of welding.
Preferably, baseboard material be high-quality steel, surface plating zinc layers.
Preferably, it is rustless steel to crush frame material.
Operation principle：During using this equipment, user puts samples into broken inframe first, then controlled motor is clockwise or inverse
Hour hands are rotated, and motor driven gear is rotated clockwise or counterclockwise, and when gear is rotated clockwise, the first tooth bar of gear driven leads to
Cross the second slide block to move downward, first the first briquetting of rack drives is moved downward, the sample to crushing inframe is crushed, second
Bracing wire is packed up, and the second bracing wire pulls the second swing arm top to swing to the left, and the 3rd spring is stretched, and the second swing arm bottom is to the right
Swing, and then the second swing arm drives the second collision block to swing to the left, while the second tooth bar of gear driven passes through the first slide block upwards
Motion, the first bracing wire are released, and the first swing arm top is swung in the presence of second spring elastic force to the left, the first swing arm bottom
Swing to the right, and then the first swing arm bottom drive the first collision block to move right, and broken frame is tapped, when gear it is counterclockwise
During rotation, the first tooth bar of gear driven is moved upwards by the second slide block, and the second bracing wire is released, and the second swing arm top is the 3rd
Swung in the presence of spring force to the right, the second swing arm bottom swings to the left, and then the second swing arm bottom drives second to hit
Block is swung to the left, and broken frame is tapped, meanwhile, the second tooth bar of gear driven is moved downward by the first slide block, the second tooth
Bar drives the second briquetting to move downward, and the sample to crushing inframe is repeated broken, and the first bracing wire is packed up, and the first bracing wire is pulled
First swing arm top swings to the right, and the first swing arm bottom swings to the left, and then the first swing arm bottom drives the first collision block
To left movement, so repeatedly, the first briquetting is constantly moved up and down with the second briquetting, and the sample to crushing inframe is broken uniform,
At the same time, the first collision block and the second collision block constantly tap broken frame so that the sample of broken inframe is stirred, and then broken
Broken sample thoroughly, completes when broken to sample, and the first briquetting and the second briquetting and the first collision block and the second collision block is returned to just
Behind beginning position, controlled motor quits work.Workman broken inframe is crushed sample again that complete and is taken out.
Because also including crushing teeth, the first briquetting and the second briquetting bottom even are welded with crushing teeth so that broken frame
Interior sample is broken evenly.
Because also including the first reinforcement, between base plate top left side and left frame lower right side, the first reinforcement is welded with
Muscle, the first reinforcement can keep the stability of equipment, and then extend the life-span of whole equipment.
Because also including the second reinforcement, the second reinforcement between base plate top right side and right shelf left lower, is welded with
Muscle, the second reinforcement can keep the stability of equipment, and then extend the life-span of whole equipment.
Because hinge member includes notch plate, connecting shaft and swivel plate, connecting shaft is fixedly mounted on notch plate, in rotation
Through hole is provided with flap, connecting shaft is rotated through the through hole on swivel plate, and swivel plate around connecting shaft；On 3rd pole
The notch plate of hinge member be welded on the 3rd pole right-hand member, the side of the swivel plate of the hinge member on the 3rd pole by welding
Formula is connected with the first swing arm, and the notch plate of the hinge member on the second pole is welded on the second pole left end, on the second pole
Hinge member swivel plate welding by way of be connected with the second swing arm, the hinge member flexible swinging makes equipment
Service life is longer.
Because baseboard material is high-quality steel, surface plating zinc layers so that this equipment is not perishable, service life is improved.
Because broken frame material is rustless steel, rustless steel corrosion resistance and acid resistance are strong, make the service life of equipment longer.
（3）Beneficial effect
This utility model reached crushing efficiency it is high, it is broken thoroughly, crush uniform effect, this device structure rationally, system
Make low cost and for ease of maintenaince, and because the effect of the first reinforcement and the second reinforcement, can keep the stability of equipment, enter
And extend the life-span of whole equipment.
Description of the drawings
Fig. 1 is the first main structure diagram of the present utility model.
Fig. 2 is second main structure diagram of the present utility model.
Fig. 3 is the third main structure diagram of the present utility model.
Fig. 4 is the 4th kind of main structure diagram of the present utility model.
Dimensional structure diagrams of the Fig. 5 for this utility model hinge member.
Labelling in accompanying drawing for：1- base plates, the left framves of 2-, 3- right shelfs, the first springs of 4-, 5- holding trays, 6- crush frame, 7-
Two springs, the first swing arms of 8-, the first bracing wires of 9-, the first fixed pulleys of 10-, the first apertures of 11-, 12- second orifices, 13- first
Pole, the second fixed pulleys of 14-, the second bracing wires of 15-, the second swing arms of 16-, the 3rd springs of 17-, 18- hinge members, 181- spills
Plate, 182- connecting shafts, 183- swivel plates, the second poles of 19-, the first tooth bars of 20-, the first briquettings of 21-, the second briquettings of 22-, 23-
3rd pole, 24- gears, the first collision blocks of 25-, the second collision blocks of 26-, the first slide rails of 27-, the first slide blocks of 28-, 29- motors, 30-
Second tooth bar, the second slide rails of 31-, the second slide blocks of 32-, 33- crushing teeths, the first reinforcements of 34-, the second reinforcements of 35-, 36- tops
Plate.
Specific embodiment
With reference to the accompanying drawings and examples this utility model is further described.
Embodiment 1
A kind of rock composition detection broken sampling equipment of sample, as Figure 1-5, includes base plate 1, left frame 2, right shelf
3rd, the first spring 4, holding tray 5, broken frame 6, second spring 7, the first swing arm 8, the first bracing wire 9, the first fixed pulley 10, first
Pole 13, the second fixed pulley 14, the second bracing wire 15, the second swing arm 16, the 3rd spring 17, hinge member 18, the second pole 19,
First tooth bar 20, the first briquetting 21, the second briquetting 22, the 3rd pole 23, gear 24, the first collision block 25, the second collision block 26, first
Slide rail 27, the first slide block 28, motor 29, the second tooth bar 30, the second slide rail 31, the second slide block 32 and top board 36,1 top left of base plate
End is welded with left frame 2, and 2 right upper portion of left frame is connected with second spring 7, the weldering of 2 right upper portion of left frame by way of linking up with connection
The 3rd pole 23 is connected to, the 3rd pole 23 is located at below second spring 7, and 23 right-hand member of the 3rd pole is connected with by hinge member 18
First swing arm 8,7 right-hand member of second spring are connected by way of hook is connected with 8 left upper portion of the first swing arm, and first swings
The mode that 8 bottom of bar is bolted is connected with the first collision block 25, and 1 top center of base plate is symmetrical by way of linking up with connection
The first spring 4 is connected with, 4 top of the first spring is connected with holding tray 5 by way of linking up with connection, is placed with holding tray 5
Broken frame 6,1 top right-hand member of base plate are welded with right shelf 3, and 3 left upper portion of right shelf is connected with the 3rd bullet by way of linking up with connection
Spring 17,3 left upper portion of right shelf are welded with the second pole 19, and the second pole 19 is located at below the 3rd spring 17, and the second pole 19 is left
End is connected with the second swing arm 16 by hinge member 18, and 17 left end of the 3rd spring and 16 right upper portion of the second swing arm are by hanging
The mode of hook connects connects, and the mode that 16 bottom of the second swing arm is bolted is connected with the second collision block 26, left frame 2 and the right side
The mode being bolted at the top of frame 3 is connected with top board 36, and 36 bottom centre of top board is welded with the first pole 13, the first pole
Mode that 13 bottoms are bolted is fixed to be connected with motor 29, passes through bonded side on the output shaft on front side of motor 29
Formula is connected with gear 24, and the mode that 36 bottom left of top board is bolted is connected with the first slide rail 27, on the first slide rail 27
The first aperture 11 is provided with, 27 left upper portion of the first slide rail is welded with the first fixed pulley 10 by support, and the first fixed pulley 10 can turn
Dynamic, 27 right side slidingtype of the first slide rail is connected with the first slide block 28, and the first slide block 28 is coordinated with the first slide rail 27, the first slide block 28
Top is connected with the first bracing wire 9 by way of linking up with connection, and the first bracing wire 9 passes through the first aperture 11, and the first bracing wire 9 around
Cross the first fixed pulley 10 to connect by way of hook is connected with 8 right upper portion of the first swing arm, be welded with the first slide block 28
Second tooth bar 30, the second tooth bar 30 are engaged with gear 24, and the mode that 30 bottom of the second tooth bar is bolted is connected with second
Briquetting 22, the second briquetting 22 are located above broken frame 6, and the mode that 36 bottom right of top board is bolted is connected with the second cunning
Rail 31, is provided with second orifice 12 on the second slide rail 31,31 right upper portion of the second slide rail is welded with the second fixed pulley 14 by support,
Second fixed pulley 14 is rotatable, and 31 left slide formula of the second slide rail is connected with the second slide block 32, the second slide block 32 and the second slide rail
31 coordinate, and are connected with the second bracing wire 15 at the top of the second slide block 32 by way of linking up with connection, and the second bracing wire 15 is little through second
Hole 12, and the second bracing wire 15 bypasses the second fixed pulley 14 and 16 left upper portion of the second swing arm and connects by way of hook is connected
Connect, on the second slide block 32, be welded with the first tooth bar 20, the first tooth bar 20 is engaged with gear 24,20 bottom of the first tooth bar passes through bolt
The mode of connection is connected with the first briquetting 21, and the first briquetting 21 is located above broken frame 6.
Crushing teeth 33 is included also, the first briquetting 21 and 22 bottom even of the second briquetting are welded with crushing teeth 33.
The first reinforcement 34 is also included, between 2 lower right side of 1 top left side of base plate and left frame, the first reinforcement is welded with
34。
The second reinforcement 35 is also included, between 3 left lower of 1 top right side of base plate and right shelf, the second reinforcement is welded with
35。
Hinge member 18 includes notch plate 181, connecting shaft 182 and swivel plate 183, and connecting shaft 182 is fixedly mounted on recessed
On shape plate 181, through hole is provided with swivel plate 183, connecting shaft 182 passes through the through hole on swivel plate 183, and swivel plate
183 rotate around connecting shaft 182；The notch plate 181 of the hinge member 18 on the 3rd pole 23 is welded on 23 right-hand member of the 3rd pole,
The swivel plate 183 of the hinge member 18 on the 3rd pole 23 is connected with the first swing arm 8 by way of welding, the second pole 19
On the notch plate 181 of hinge member 18 be welded on 19 left end of the second pole, the rotation of the hinge member 18 on the second pole 19
Plate 183 is connected with the second swing arm 16 by way of welding.
1 material of base plate be high-quality steel, surface plating zinc layers.
6 material of broken frame is rustless steel.
Operation principle：During using this equipment, user is put samples in broken frame 6 first, then controlled motor 29 is clockwise
Or rotate counterclockwise, motor 29 is rotated clockwise or counterclockwise with moving gear 24, when gear 24 is rotated clockwise, 24 band of gear
Dynamic first tooth bar 20 is moved downward by the second slide block 32, and the first tooth bar 20 drives the first briquetting 21 to move downward, to crushing frame 6
Interior sample is crushed, and the second bracing wire 15 is packed up, and the second bracing wire 15 pulls 16 top of the second swing arm to swing to the left, the 3rd bullet
Spring 17 is stretched, and 16 bottom of the second swing arm swings to the right, and then the second swing arm 16 drives the second collision block 26 to swing to the left, together
When gear 24 drive the second tooth bar 30 moved by the first slide block 28 upwards, the first bracing wire 9 is released, and 8 top of the first swing arm exists
Swung in the presence of 7 elastic force of second spring to the left, 8 bottom of the first swing arm swings to the right, and then 8 bottom of the first swing arm drives
First collision block 25 is moved right, and broken frame 6 is tapped, and when gear 24 is rotated counterclockwise, gear 24 drives the first tooth bar
20 are moved upwards by the second slide block 32, and the second bracing wire 15 is released, work of 16 top of the second swing arm in 17 elastic force of the 3rd spring
Swung with to the right, 16 bottom of the second swing arm swings to the left, and then 16 bottom of the second swing arm drives the second collision block 26 to the left
Swing, broken frame 6 is tapped, meanwhile, gear 24 drives the second tooth bar 30 to move downward by the first slide block 28, the second tooth
Bar 30 drives the second briquetting 22 to move downward, and is repeated broken to crushing the sample in frame 6, and the first bracing wire 9 is packed up, and first draws
Line 9 pulls 8 top of the first swing arm to swing to the right, and 8 bottom of the first swing arm swings to the left, and then 8 bottom band of the first swing arm
To left movement, so repeatedly, the first briquetting 21 and the second briquetting 22 constantly move up and down dynamic first collision block 25, to crushing frame 6
Interior sample is broken uniform, and at the same time, the first collision block 25 and the second collision block 26 constantly tap broken frame 6 so that broken frame 6
Interior sample is stirred, and then broken sample is thoroughly, is completed when broken to sample, and the first briquetting 21 and the second briquetting 22 with
And first collision block 25 and the second collision block 26 return to initial position after, controlled motor 29 quits work.Workman will be broken in broken frame 6 again
The broken sample for completing takes out.
Because also including crushing teeth 33, the first briquetting 21 and 22 bottom even of the second briquetting are welded with crushing teeth 33, make
The sample that must be crushed in frame 6 is broken evenly.
Because also including the first reinforcement 34, first is welded between 2 lower right side of 1 top left side of base plate and left frame and is added
Strong muscle 34, the first reinforcement 34 can keep the stability of equipment, and then extend the life-span of whole equipment.
Because also including the second reinforcement 35, second is welded between 3 left lower of 1 top right side of base plate and right shelf and is added
Strong muscle 35, the second reinforcement 35 can keep the stability of equipment, and then extend the life-span of whole equipment.
Because hinge member 18 includes notch plate 181, connecting shaft 182 and swivel plate 183, connecting shaft 182 is fixedly mounted
On notch plate 181, through hole is provided with swivel plate 183, connecting shaft 182 is through the through hole on swivel plate 183, and rotates
Plate 183 is rotated around connecting shaft 182；It is right that the notch plate 181 of the hinge member 18 on the 3rd pole 23 is welded on the 3rd pole 23
End, the swivel plate 183 of the hinge member 18 on the 3rd pole 23 are connected with the first swing arm 8 by way of welding, second
The notch plate 181 of the hinge member 18 on bar 19 is welded on 19 left end of the second pole, the hinge member 18 on the second pole 19
Swivel plate 183 is connected with the second swing arm 16 by way of welding, and 18 flexible swinging of hinge member makes the use longevity of equipment
Life is longer.
Because 1 material of base plate is high-quality steel, surface plating zinc layers so that this equipment is not perishable, service life is improved.
Because 6 material of broken frame is rustless steel, rustless steel corrosion resistance and acid resistance are strong, make the service life of equipment more
It is long.
Embodiment described above only expresses preferred implementation of the present utility model, and its description is more concrete and detailed,
But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that common for this area
For technical staff, without departing from the inventive concept of the premise, some deformations, improvement can also be made and is substituted, these are all
Belong to protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be defined by claims.
Claims (7)
1. a kind of rock composition detection crushes sampling equipment with sample, it is characterised in that include base plate（1）, left frame（2）, it is right
Frame（3）, the first spring（4）, holding tray（5）, broken frame（6）, second spring（7）, the first swing arm（8）, the first bracing wire（9）、
First fixed pulley（10）, the first pole（13）, the second fixed pulley（14）, the second bracing wire（15）, the second swing arm（16）, the 3rd bullet
Spring（17）, hinge member（18）, the second pole（19）, the first tooth bar（20）, the first briquetting（21）, the second briquetting（22）, the 3rd
Pole（23）, gear（24）, the first collision block（25）, the second collision block（26）, the first slide rail（27）, the first slide block（28）, motor
（29）, the second tooth bar（30）, the second slide rail（31）, the second slide block（32）And top board（36）, base plate（1）Top left is welded with a left side
Frame（2）, left frame（2）Right upper portion is connected with second spring by way of linking up with connection（7）, left frame（2）Right upper portion is welded
There is the 3rd pole（23）, the 3rd pole（23）Positioned at second spring（7）Lower section, the 3rd pole（23）Right-hand member passes through hinge member
（18）It is connected with the first swing arm（8）, second spring（7）Right-hand member and the first swing arm（8）Left upper portion is by linking up with connection
Mode connects, the first swing arm（8）The mode that bottom is bolted is connected with the first collision block（25）, base plate（1）In top
The heart is symmetrically connected with the first spring by way of linking up with connection（4）, the first spring（4）Top is connected by way of linking up with connection
It is connected to holding tray（5）, holding tray（5）Broken frame is placed with inside（6）, base plate（1）Top right-hand member is welded with right shelf（3）, right shelf（3）
Left upper portion is connected with the 3rd spring by way of linking up with connection（17）, right shelf（3）Left upper portion is welded with the second pole
（19）, the second pole（19）Positioned at the 3rd spring（17）Lower section, the second pole（19）Left end passes through hinge member（18）It is connected with
Second swing arm（16）, the 3rd spring（17）Left end and the second swing arm（16）Right upper portion is connected by way of linking up with connection
Connect, the second swing arm（16）The mode that bottom is bolted is connected with the second collision block（26）, left frame（2）With right shelf（3）Top
The mode that portion is bolted is connected with top board（36）, top board（36）Bottom centre is welded with the first pole（13）, first
Bar（13）Mode that bottom is bolted is fixed to be connected with motor（29）, motor（29）Pass through key on the output shaft of front side
The mode of connection is connected with gear（24）, top board（36）The mode that bottom left is bolted is connected with the first slide rail
（27）, the first slide rail（27）On be provided with the first aperture（11）, the first slide rail（27）It is fixed that left upper portion is welded with first by support
Pulley（10）, the first fixed pulley（10）Rotatably, the first slide rail（27）Right side slidingtype is connected with the first slide block（28）, first slides
Block（28）With the first slide rail（27）Coordinate, the first slide block（28）Top is connected with the first bracing wire by way of linking up with connection（9）,
First bracing wire（9）Through the first aperture（11）, and the first bracing wire（9）Bypass the first fixed pulley（10）With the first swing arm（8）
Right upper portion is connected by way of linking up with connection, the first slide block（28）On be welded with the second tooth bar（30）, the second tooth bar（30）
With gear（24）Engagement, the second tooth bar（30）The mode that bottom is bolted is connected with the second briquetting（22）, the second briquetting
（22）Positioned at broken frame（6）Top, top board（36）The mode that bottom right is bolted is connected with the second slide rail（31）, the
Two slide rails（31）On be provided with second orifice（12）, the second slide rail（31）Right upper portion is welded with the second fixed pulley by support
（14）, the second fixed pulley（14）Rotatably, the second slide rail（31）Left slide formula is connected with the second slide block（32）, the second slide block
（32）With the second slide rail（31）Coordinate, the second slide block（32）Top is connected with the second bracing wire by way of linking up with connection（15）,
Second bracing wire（15）Through second orifice（12）, and the second bracing wire（15）Bypass the second fixed pulley（14）With the second swing arm
（16）Left upper portion is connected by way of linking up with connection, the second slide block（32）On be welded with the first tooth bar（20）, the first tooth bar
（20）With gear（24）Engagement, the first tooth bar（20）The mode that bottom is bolted is connected with the first briquetting（21）, first
Briquetting（21）Positioned at broken frame（6）Top.
2. a kind of rock composition detection according to claim 1 crushes sampling equipment with sample, it is characterised in that also include
There is crushing teeth（33）, the first briquetting（21）With the second briquetting（22）Bottom even is welded with crushing teeth（33）.
3. a kind of rock composition detection according to claim 1 crushes sampling equipment with sample, it is characterised in that also include
There is the first reinforcement（34）, base plate（1）Top left side and left frame（2）The first reinforcement is welded between lower right side（34）.
4. a kind of rock composition detection according to claim 1 crushes sampling equipment with sample, it is characterised in that also include
There is the second reinforcement（35）, base plate（1）Top right side and right shelf（3）The second reinforcement is welded between left lower（35）.
5. a kind of rock composition detection according to claim 1 crushes sampling equipment with sample, it is characterised in that articulated section
Part（18）Include notch plate（181）, connecting shaft（182）And swivel plate（183）, connecting shaft（182）It is fixedly mounted on notch plate
（181）On, in swivel plate（183）On be provided with through hole, connecting shaft（182）Through swivel plate（183）On through hole, and rotate
Plate（183）Around connecting shaft（182）Rotate；3rd pole（23）On hinge member（18）Notch plate（181）It is welded on
Three poles（23）Right-hand member, the 3rd pole（23）On hinge member（18）Swivel plate（183）With first by way of welding
Swing arm（8）Connection, the second pole（19）On hinge member（18）Notch plate（181）It is welded on the second pole（19）It is left
End, the second pole（19）On hinge member（18）Swivel plate（183）With the second swing arm by way of welding（16）Even
Connect.
6. a kind of rock composition detection according to claim 1 crushes sampling equipment with sample, it is characterised in that base plate
（1）Material be high-quality steel, surface plating zinc layers.
7. a kind of rock composition detection according to claim 1 crushes sampling equipment with sample, it is characterised in that broken frame
（6）Material is rustless steel.
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| CN201621126564.0U CN206146666U (en) | 2016-10-17 | 2016-10-17 | Rock composition detects with broken sampling equipment of sample |
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| CN201621126564.0U CN206146666U (en) | 2016-10-17 | 2016-10-17 | Rock composition detects with broken sampling equipment of sample |
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| CN206146666U true CN206146666U (en) | 2017-05-03 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107812556A (en) * | 2017-10-30 | 2018-03-20 | 闫存 | Knee-piece pulverizer is used in a kind of white wine processing |
| CN108414174A (en) * | 2018-01-25 | 2018-08-17 | 孙江花 | A kind of gear position limiting formula Fast Installation mining drill carriage rock drill vibration-testing apparatus |
| US20190099798A1 (en) * | 2017-09-29 | 2019-04-04 | Honda Motor Co., Ltd. | Machining apparatus |
-
2016
- 2016-10-17 CN CN201621126564.0U patent/CN206146666U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20190099798A1 (en) * | 2017-09-29 | 2019-04-04 | Honda Motor Co., Ltd. | Machining apparatus |
| CN109604425A (en) * | 2017-09-29 | 2019-04-12 | 本田技研工业株式会社 | Processing unit (plant) |
| CN109604425B (en) * | 2017-09-29 | 2020-06-23 | 本田技研工业株式会社 | Processing device |
| US10843249B2 (en) | 2017-09-29 | 2020-11-24 | Honda Motor Co., Ltd. | Machining apparatus |
| CN107812556A (en) * | 2017-10-30 | 2018-03-20 | 闫存 | Knee-piece pulverizer is used in a kind of white wine processing |
| CN108414174A (en) * | 2018-01-25 | 2018-08-17 | 孙江花 | A kind of gear position limiting formula Fast Installation mining drill carriage rock drill vibration-testing apparatus |
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