CN107688084A - A kind of metal detector - Google Patents
A kind of metal detector Download PDFInfo
- Publication number
- CN107688084A CN107688084A CN201710387045.2A CN201710387045A CN107688084A CN 107688084 A CN107688084 A CN 107688084A CN 201710387045 A CN201710387045 A CN 201710387045A CN 107688084 A CN107688084 A CN 107688084A
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- chamber
- slid chamber
- wall
- transmission
- afterbody
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/20—Metals
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D3/00—Control of position or direction
- G05D3/12—Control of position or direction using feedback
Abstract
The invention discloses a kind of metal detector, including main body, slide frame and the detection means being arranged in slide frame, it is internal on the left of detection means to be correspondingly provided with transmission chamber up and down, placing chamber is provided with inside detection means between two groups of transmission chambers, the first slid chamber that elongation is set downwards is provided with inside the detection means transmitted on the right side of chamber of upside, the second slid chamber that elongation is set upwards is provided with inside the detection means transmitted on the right side of chamber of downside, the 3rd slid chamber is provided with inside detection means on the right side of the upward extension of second slid chamber, manipulation device is provided with inside placing chamber, the transmission intracavitary of upper and lower both sides is equipped with transmission manipulation device, the first slide device is provided with inside first slid chamber, the second slide device is provided with inside second slid chamber, detection manipulation device is provided with inside 3rd slid chamber；The present invention is simple in construction, can realize that high-frequency automatic detection works.
Description
Technical field
The present invention relates to technical field of quality detection, specifically a kind of metal detector.
Background technology
With the development in epoch, the continuous renewal of various high-tech products is regenerated, in order to prevent underproof production product
It is issued to market.With regard to necessary, it, which can effectively be reduced, does not meet the product stream of national standard and enters the market for the use of detection device
.Metal detector is to pack detection device relatively common in link.Traditional metal detector is complicated, is manufactured into
This height, it is expensive, and test position can not voluntarily be adjusted according to detection object position.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of metal detector, and it can solve the problem that above-mentioned show in the art
The problem of.
The present invention is achieved through the following technical solutions：A kind of metal detector of the present invention, including main body, sliding
Framework and the detection means being arranged in the slide frame, the detection means left side is internal to be correspondingly provided with transmission up and down
Chamber, transmitted described in two groups and placing chamber is provided with inside the detection means between chamber, it is described on the right side of the transmission chamber of upside
The first slid chamber that elongation is set downwards is provided with inside detection means, in the detection means on the right side of the transmission chamber of downside
Portion is provided with the second slid chamber that elongation is set upwards, on the right side of the downward extension of first slid chamber with second slid chamber to
Penetrate and set between on the left of upper extension, the is provided with inside the detection means on the right side of the upward extension of the second slid chamber
Three slid chambers, the first slotted eye, the transmission chamber right wall of upside are provided between the 3rd slid chamber and second slid chamber
The second slotted eye, the transmission chamber right wall and the second slid chamber left wall of downside are provided between the first slid chamber left wall
Between be provided with the 3rd slotted eye, be provided with manipulation device inside the placing chamber, the transmission intracavitary of upper and lower both sides is equipped with transmission
Manipulation device, the first slid chamber inside are provided with the first slide device, and the second sliding is provided with inside second slid chamber and is filled
Put, detection manipulation device is provided with inside the 3rd slid chamber, conveying is slippingly provided with the body top left surface
Machine, the conveyer top are provided with conveyer belt, and the main bottom part body is provided with adjusting means.
Preferably technical scheme, the bottom part body are provided with the pedestal for extending setting to the left, the pedestal right side
The first slippage slot is provided with inside the end face of top, the first spiral shell shape bar that left and right elongation is set, institute are provided with inside first slippage slot
State the first spiral shell shape bar left-hand end to be connected with the first slippage slot left wall turn, the first spiral shell shape bar right-hand end and first
Electricity favourable turn is connected, and the first electricity favourable turn outer surface is arranged in the first slippage slot right wall and is fixedly connected, described
First spiral shell shape bar inner spiral line is connected with the first slipping block, the first slipping block top end face and the slide frame bottom
Portion end is fixedly connected, and the second slippage slot is provided with inside the slide frame its right end face, is provided with inside second slippage slot upper
The second spiral shell shape bar that lower elongation is set, the second spiral shell shape bar top are connected with the second slippage slot inner roof wall turn,
The second spiral shell shape bar bottom is connected with the second electricity favourable turn, and the second electricity favourable turn outer surface is arranged at second sliding
In bottom land end surface and it is fixedly connected, the second spiral shell shape bar inner spiral line is connected with the second slipping block, and described second slides
Block its right end face is moved to be fixedly connected with the detection means.
Preferably technical scheme, the manipulation device include transmitting tooth roller and transmitted with described on the left of tooth roller
The first tooth roller being connected, first tooth roller are provided with the first spin axis that elongation is set up and down, first spin axis
Bottom extended afterbody is connected with the placing chamber inner bottom wall turn, and elongation afterbody and the 3rd electricity turn at the top of first spin axis
Machine is connected, and the 3rd electricity favourable turn outer surface is arranged in the placing chamber inner roof wall and is fixedly connected, the transmission tooth
Gear wheel is provided with the second spin axis that elongation is set up and down, and second spin axis is penetrated at the top of the placing chamber to upside extension
Wall and turn mating connection, the second spin axis top afterbody probe into the transmission intracavitary of upside, and second spin axis is downward
Side extension penetrates the placing chamber bottom interior wall and turn is connected, and the second spin axis bottom afterbody probes into the institute of downside
State transmission intracavitary.
Preferably technical scheme, the transmission manipulation device of upside include bottom and tail at the top of second spin axis
The the first convex wheel and the first pushing end with connecting on the right side of the first convex wheel that portion is fixedly connected；The transmission of downside
Manipulation device include the second convex wheel for being fixedly connected with the second spin axis bottom afterbody of top and with second convex
The second pushing end that wheel right side connects, the first convex wheel and opposite one end of the second convex wheel horizontal direction are equipped with
Lug boss, the first pushing end right side are fixed with the first pushing post for extending setting to the right, and first pushing post is right
Side extension probes into second slotted eye and afterbody is probeed into first slid chamber, fixed on the right side of second pushing end to set
There is the second pushing post for extending setting to the right, the second pushing post right side extension probes into the 3rd slotted eye and afterbody
Probe into second slid chamber, between first pushing post and the transmission chamber right wall of upside and second pushing tow
Outer surface between post and the transmission chamber right wall of downside is equipped with recovery elastic component.
Preferably technical scheme, first slide device elapse block and are fixed on described first and push away including first
Move block its right end face and extend the yoke frame of setting to the right；Second slide device includes the second passage block and is fixed on
The second passage block its right end face simultaneously extends the passage jacket casing of setting to the right, and extension probes into institute on the right side of the passage jacket casing
State in the first slotted eye and sliding is connected, yoke frame right side extension probes into the passage jacket casing and sliding coordinates company
Connect, the first passage block left end face is fixedly connected with afterbody on the right side of first pushing post, on the left of the second passage block
End face is fixedly connected with afterbody on the right side of second pushing post.
Preferably technical scheme, the detection manipulation device, which includes leading moving block and being fixed on described lead, to be moved on the right side of block
The detection pushing end for extending setting to the right of end face, it is right that the detection pushing end right side extension penetrates the 3rd slid chamber
Wall and sliding is connected, elongation afterbody is leant out outside the detection means its right end face on the right side of the detection pushing end, and described the
The 3rd slid chamber left wall of one slotted eye both sides up and down is correspondingly provided with tank, the tank with it is described lead move block left end face it
Between be provided with elastic component.
Preferably technical scheme, the adjusting means include regulating platform, hydraulic means, lead shifting set and lead shifting bar, institute
To state and lead shifting set bottom and be fixedly installed on the regulation countertop, described lead is moved bar top and is fixedly connected with the main body floor,
It is described lead shifting set and it is described lead move bar sliding be connected, by set the adjusting means facilitate device adjustment height.
The beneficial effects of the invention are as follows：
1. accordingly setting transmission chamber up and down by internal on the left of detection means, placement is set inside the detection means between two groups of transmission chambers
Chamber, sets the first slid chamber that elongation is set downwards inside the detection means on the right side of the transmission chamber of upside, on the right side of the transmission chamber of downside
Detection means inside set the second slid chamber that elongation is set upwards, on the right side of the downward extension of the first slid chamber with the second slid chamber
Penetrate and set between on the left of upward extension, the 3rd sliding is provided with inside the detection means on the right side of the upward extension of the second slid chamber
Chamber, the first slotted eye is set between the 3rd slid chamber and the second slid chamber, between the transmission chamber right wall of upside and the first slid chamber left wall
If the second slotted eye, the 3rd slotted eye is set between the transmission chamber right wall of downside and the second slid chamber left wall, manipulation dress is set inside placing chamber
Put, the transmission intracavitary of upper and lower both sides is all provided with transmitting manipulation device, and the first slide device, the second slid chamber are set inside the first slid chamber
Inside sets the second slide device, and detection manipulation device is set inside the 3rd slid chamber, so as to realize yoke frame and passage jacket casing interval
The flexible detection work of detection pushing end is promoted, improves operating efficiency and detection frequency.
2. setting the pedestal for extending setting to the left by bottom part body, pedestal right hand top sets the first sliding inside end face
Groove, the first spiral shell shape bar that left and right elongation is set, the first spiral shell shape bar left-hand end and the first slippage slot left wall are set inside the first slippage slot
Turn is connected, and the first spiral shell shape bar right-hand end and the first electricity favourable turn are connected, and the first electricity favourable turn outer surface is arranged at first
In slippage slot right wall and it is fixedly connected, the first spiral shell shape bar inner spiral line the first slipping block of mating connection, the first slipping block top end
Face is fixedly connected with slide frame bottom end, and the second slippage slot is set inside slide frame its right end face, is set inside the second slippage slot
The second spiral shell shape bar that elongation is set up and down, the second spiral shell shape bar top are connected with the second slippage slot inner roof wall turn, the second spiral shell
Shape bar bottom is connected with the second electricity favourable turn, and the second electricity favourable turn outer surface is arranged in the second slippage slot bottom end face and fixed
Connection, the second spiral shell shape bar inner spiral line the second slipping block of mating connection, the second slipping block its right end face is fixed with detection means to be connected
Connect, test position is adjusted so as to realize the sliding work of the left and right of slide frame and automatically control the sliding up and down of detection means
3. the first tooth roller for including transmitting tooth roller and being connected with transmitting tooth roller left side by manipulation device, first
The first spin axis that elongation is set up and down is set on tooth roller, the first spin axis bottom extended afterbody coordinates with the turn of placing chamber inner bottom wall and connected
Connect, elongation afterbody and the 3rd electricity favourable turn are connected at the top of the first spin axis, and the 3rd electricity favourable turn outer surface, which is arranged in placing chamber, pushes up
In wall and it is fixedly connected, transmits the second spin axis for setting that elongation is set up and down on tooth roller, the second spin axis penetrates to upside extension
Placing chamber top inner wall and turn mating connection, the second spin axis top afterbody probe into the transmission intracavitary of upside, and the second spin axis is downward
Side extension penetrates placing chamber bottom interior wall and turn is connected, and the second spin axis bottom afterbody probes into the transmission intracavitary of downside,
The flexible work of detection manipulation device connection is automatically controlled so as to realize.
4. the present invention is simple in construction, easy to operate, manufacturing cost and maintenance cost are low, can realize high-frequency automatic detection work
Make.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is a kind of metal detector overall structure diagram of the present invention；
Fig. 2 is the detection means external structure schematic diagram of the present invention；
Fig. 3 is the detection means internal structure schematic diagram of the present invention；
Fig. 4 is the boss on the first convex wheel of the present invention on the front position of the first convex wheel, the second convex wheel
Lug boss the second convex wheel dead astern position when structural representation；
Fig. 5 is the boss on the first convex wheel of the present invention on the directly to the right position of the first convex wheel, the second convex wheel
Structural representation of the boss when directly to the left position of the second convex wheel；
Fig. 6 is the structural representation of the conveyer of the present invention.
Embodiment
As shown in figs 1 to 6, a kind of metal detector of the invention, including main body 7, slide frame 8 and it is arranged on institute
The detection means 6 in slide frame 8 is stated, internal be correspondingly provided with up and down in the left side of detection means 6 transmits chamber 61, biography described in two groups
Pass the inside of the detection means 6 between chamber 61 and be provided with placing chamber 62, the detection dress on the right side of the transmission chamber 61 of upside
Put and the first slid chamber 63 that elongation is set downwards is provided with inside 6, in the detection means 6 on the right side of the transmission chamber 61 of downside
Portion is provided with the second slid chamber 64 that elongation is set upwards, 63 downward extension of the first slid chamber right side and the described second sliding
Penetrate and set between on the left of 64 upward extension of chamber, the detection means 6 on the right side of the 64 upward extension of the second slid chamber
Interior 3rd slid chamber 65, the first slotted eye 651, the institute of upside are provided between the 3rd slid chamber 65 and second slid chamber 64
State to transmit and the second slotted eye 631 is provided between the right wall of chamber 61 and the left wall of the first slid chamber 63, the transmission chamber 61 of downside is right
The 3rd slotted eye 641 is provided between wall and the left wall of the second slid chamber 64, the inside of placing chamber 62 is provided with manipulation device, up and down
Transmission manipulation device is equipped with the transmission chamber 61 of both sides, the inside of the first slid chamber 63 is provided with the first slide device,
The inside of second slid chamber 64 is provided with the second slide device, and the inside of the 3rd slid chamber 65 is provided with detection manipulation device, institute
State and conveyer 76 is slippingly provided with the upper left-hand face of main body 7, the top of conveyer 76 is provided with conveyer belt 761, institute
State the bottom of main body 7 and be provided with adjusting means.
Wherein, the bottom of main body 7 is provided with extends the pedestal 71 of setting to the left, in the right hand top end face of pedestal 71
Portion is provided with the first slippage slot 72, and the inside of the first slippage slot 72 is provided with the first spiral shell shape bar 74 that left and right elongation is set, and described the
The left-hand end of one spiral shell shape bar 74 and the left wall turn of the first slippage slot 72 are connected, the right-hand end of the first spiral shell shape bar 74 and the
The mating connection of one electricity favourable turn 75,75 outer surfaces of the first electricity favourable turn are arranged in the right wall of the first slippage slot 72 and fixed company
Connect, the inner spiral line of the first spiral shell shape bar 74 is connected with the first slipping block 73, the top end face of the first slipping block 73 with
The bottom end of slide frame 8 is fixedly connected, and is provided with the second slippage slot 81 inside its right end face of slide frame 8, and described the
The inside of two slippage slot 81 is provided with the second spiral shell shape bar 82 that elongation is set up and down, and the top of the second spiral shell shape bar 82 is slided with described second
The inner roof wall turn of groove 81 to be moved to be connected, the bottom of the second spiral shell shape bar 82 is connected with the second electricity favourable turn 84, and described second
84 outer surfaces of electricity favourable turn are arranged in the bottom end face of the second slippage slot 81 and are fixedly connected, spiral shell in the second spiral shell shape bar 82
Shape line is connected with the second slipping block 83, and its right end face of the second slipping block 83 is fixedly connected with the detection means 6, from
And realize the left and right sliding work of slide frame 8 and automatically control the regulation test position of sliding up and down of detection means 6.
Wherein, the manipulation device includes transmitting tooth roller 621 and is connected with the left side of transmission tooth roller 621
The first tooth roller 622, first tooth roller 622 be provided with up and down elongation set the first spin axis 624, first spin axis
624 bottom extended afterbodys and the inner bottom wall turn of placing chamber 62 are connected, the top of the first spin axis 624 elongation afterbody with
3rd electricity favourable turn 623 is connected, and 623 outer surfaces of the 3rd electricity favourable turn are arranged in the inner roof wall of placing chamber 62 and fixed
Connection, the tooth roller 621 that transmits are provided with the second spin axis 6211 that elongation is set up and down, and second spin axis 6211 is to upside
Extension penetrates the top inner wall of placing chamber 62 and turn is connected, and the top afterbody of the second spin axis 6211 probes into upside
The transmission chamber 61 in, second spin axis 6211 penetrates the bottom interior wall of placing chamber 62 to downside extension and turn is matched somebody with somebody
Connection is closed, the bottom afterbody of the second spin axis 6211 is probeed into the transmission chamber 61 of downside, and detection is automatically controlled so as to realize
The flexible work of manipulation device connection.
Wherein, the transmission manipulation device of upside is fixedly connected including bottom with the top afterbody of the second spin axis 6211
The first convex wheel 611 and the first pushing end 614 for connecting with the right side of the first convex wheel 611；The transmission of downside
Manipulation device includes the second convex wheel 612 for being fixedly connected with the bottom afterbody of the second spin axis 6211 of top and with described the
The second pushing end 613 that the right side of two convex wheel 612 connects, the first convex wheel 611 and the level side of the second convex wheel 612
To opposite one end be equipped with lug boss 6111, the right side of the first pushing end 614 is fixed with extends the of setting to the right
One pushing post 6311, the right side extension of the first pushing post 6311 is probeed into second slotted eye 631 and afterbody probe into it is described
In first slid chamber 63, the right side of the second pushing end 613 is fixed with the second pushing post 6411 for extending setting to the right, institute
State that the right side extension of the second pushing post 6411 is probeed into the 3rd slotted eye 641 and afterbody is probeed into second slid chamber 64,
Between first pushing post 6311 and the right wall of transmission chamber 61 of upside and second pushing post 6411 and downside
The outer surface transmitted between the right wall of chamber 61, which is equipped with, restores elastic component 6131, so as to realize that manipulation device manipulates dress with detection
Transmission work between putting.
Wherein, first slide device includes the first passage block 632 and is fixed on the right side of the first passage block 632
End face and the yoke frame 633 for extending setting to the right；Second slide device includes the second passage block 642 and is fixed on institute
State its right end face of the second passage block 642 and extend the passage jacket casing 643 of setting to the right, the right side of passage jacket casing 643 extends
Section is probeed into first slotted eye 651 and sliding is connected, and the right side extension of yoke frame 633 probes into the passage jacket casing
In 643 and sliding is connected, and the first passage left end face of block 632 is fixed with the right side afterbody of the first pushing post 6311
Connection, the second passage left end face of block 642 are fixedly connected with the right side afterbody of the second pushing post 6411.
Wherein, the detection manipulation device include leading move block 652 and be fixed on it is described lead move its right end face of block 652 to
The detection pushing end 6521 that right side elongation is set, the right side extension of detection pushing end 6521 penetrate the 3rd slid chamber 65
Right wall and sliding mating connection, the right side elongation afterbody of detection pushing end 6521 are leant out outside its right end face of detection means 6,
First slotted eye about 651 the left wall of the 3rd slid chamber 65 of both sides be correspondingly provided with tank 653, the tank 653 and institute
State to lead to move between the left end face of block 652 and be provided with elastic component 654, so as to realize that detection pushing end 6521 automatic telescopic works.
Wherein, the adjusting means includes regulating platform 701, hydraulic means 702, leads shifting set 703 and lead and move bar 704, described
Lead 703 bottoms of shifting set and be fixedly installed on the top surface of regulating platform 701, the shifting top of bar 704 of leading is consolidated with the bottom surface of main body 7
Fixed connection, it is described to lead shifting set 703 and described lead is moved the sliding of bar 704 and be connected, by setting the adjusting means to facilitate device
Adjustment height.
During original state, the first slipping block 73 is located at the left-most position in the first slippage slot 72, makes the first slipping block 73
The slide frame 8 at top at utmost away from the left side outer wall of main body 7, meanwhile, the second slipping block 83 is with motion detection device 6 positioned at the
Top position in two slippage slots 81, now, the lug boss 6111 on the first convex wheel 611 transmitted in chamber 61 of upside
In the directly to the left position of the first convex wheel 611, while the lug boss 6111 on the second convex wheel 612 transmitted in chamber 61 of downside
Positioned at the directly to the right position of the second convex wheel 612, now, recovery elastic component 6131 top pressure of first pushing end 614 by right side
Power, make the left-hand end of the first pushing end 614 with the first convex wheel 611 away from the side phase of lug boss 6111 on the first convex wheel 611
Connect, meanwhile, the second pushing end 613 is made the left-hand end of the second pushing end 613 and the by the pressure on top surface of recovery elastic component 6131 on right side
The side of lug boss 6111 on two convex wheels 612 connects, and now, the first passage block 632 is located in the first slid chamber 63 most
Leftward position, meanwhile, the right-most position for making the second passage block 642 be located in the second slid chamber 64, now, the second passage block
642 drive passage jacket casing 643 at utmost through the first slotted eye 651 and at utmost probe into the 3rd slid chamber 65, make passage
The right side afterbody of jacket casing 643 offsets with leading the shifting left-hand end of block 652, meanwhile, the right side afterbody of yoke frame 633 is left positioned at passage jacket casing 643
In the section of side and at utmost away from shifting block 652 is led, now, make to lead and move tensile force and the 3rd sliding that block 652 overcomes elastic component 654
The right wall of chamber 65 connects, meanwhile, lead shifting block 652 and drive detection pushing end 6521 at utmost to lean out outside its right end face of detection means 6.
When needing detection, product is placed on conveyer belt 761 first, then drives the first spiral shells by the first electricity favourable turn 75
The turn of shape bar 74, the first slipping block 73 and the slide frame 8 at the top of the first slipping block 73 are driven towards the right side by the first spiral shell shape bar 74
Side slip, until the right side of detection means 6 offsets with conveyer 76, now control the first electricity favourable turn 75 to stop turn, then pass through
Second electricity favourable turn 84 drives the 82 positive and negative turn of the second spiral shell shape bar, drives the second slipping block 83 and second to slide by the second spiral shell shape bar 82
The detection means 6 for moving the right side of block 83 slides up and down along the direction of the second slippage slot 81, meanwhile, made a connection by the 3rd electricity and 623 drive the
One spin axis 624 and the turn of the first tooth roller 622, driven by the first tooth roller 622 and transmit the spin axis of tooth roller 621 and second
6211 turns, upside is driven to transmit the turn of the first convex wheel 611 in chamber 61 and downside transmission chamber 61 by the second spin axis 6211
The interior turn of the second convex wheel 612, until when the first convex wheel 611 and the turn of the second convex wheel 612 are to such as Fig. 4 states, now,
Lug boss 6111 on first convex wheel 611 is located at the front position of the first convex wheel 611, meanwhile, on the second convex wheel 612
The convex wheel 612 of lug boss 6,111 second dead astern position, now, make the left-hand end of the first pushing end 614 and the first convex wheel
611 left side lateral walls connect, meanwhile, the left-hand end of the second pushing end 613 is connected with the left side lateral wall of the second convex wheel 612, this
When, the first pushing end 614 and the second pushing end 613 drive the first pushing end 614 by the active force for restoring elastic component 6131
First passage block 632 of the right side afterbody of the first pushing post 6311 keeps home position, the second pushing end 613 is driven the second pushing tow
Second passage block 642 of the right side afterbody of post 6411 is located at the left-most position of the second slid chamber 64, now, the second passage block 642
At utmost remote lead of passage jacket casing 643 is driven to move block 652, meanwhile, lead and move block 652 by the tensile force of elastic component 654, make to lead
The left-most position that block 652 is located in the 3rd slid chamber 65 is moved, now, shifting block 652 is led and drives detection pushing end 6521 to visit completely
In the left end face for entering detection means 6, continue through the 3rd electricity favourable turn 623 and drive upside to transmit the first convex wheel in chamber 61
The turn of the second convex wheel 612 in chamber 61 is transmitted in 611 turns and downside, until as shown in Figure 5 in the transmission chamber 61 of upside
Lug boss 6111 on first convex wheel 611 is located at the directly to the right position of the first convex wheel 611, while in the transmission chamber 61 of downside
The second convex wheel 612 on lug boss 6111 be located at the directly to the left position of the second convex wheel 612, now, the first pushing end 614
By the pressure on top surface of recovery elastic component 6131 on right side, make the left-hand end of the first pushing end 614 and the lug boss on the first convex wheel 611
6111 sides connect, meanwhile, the second pushing end 613 is made the second pushing end 613 by the pressure on top surface of recovery elastic component 6131 on right side
Left-hand end connects with the second convex wheel 612 away from the side outer wall of lug boss 6111 on the second convex wheel 612, now, makes first
Passage block 632 is located at the right-most position in the first slid chamber 63, meanwhile, the second passage block 642 is located at the second slid chamber 64
Interior left-most position, now, the right side afterbody of yoke frame 633 are moved block 652 and offseted with leading, and make to lead and move block 652 and overcome elastic component 654
Tensile force be located at right-most position in the 3rd slid chamber 65, now lead and move block 652 and drive detection pushing end 6521 to visit completely
In the left end face for entering detection means 6, meanwhile, at utmost remote lead moves block 652 to passage jacket casing 643 right side afterbody.
The beneficial effects of the invention are as follows：
1. accordingly setting transmission chamber up and down by internal on the left of detection means, placement is set inside the detection means between two groups of transmission chambers
Chamber, sets the first slid chamber that elongation is set downwards inside the detection means on the right side of the transmission chamber of upside, on the right side of the transmission chamber of downside
Detection means inside set the second slid chamber that elongation is set upwards, on the right side of the downward extension of the first slid chamber with the second slid chamber
Penetrate and set between on the left of upward extension, the 3rd sliding is provided with inside the detection means on the right side of the upward extension of the second slid chamber
Chamber, the first slotted eye is set between the 3rd slid chamber and the second slid chamber, between the transmission chamber right wall of upside and the first slid chamber left wall
If the second slotted eye, the 3rd slotted eye is set between the transmission chamber right wall of downside and the second slid chamber left wall, manipulation dress is set inside placing chamber
Put, the transmission intracavitary of upper and lower both sides is all provided with transmitting manipulation device, and the first slide device, the second slid chamber are set inside the first slid chamber
Inside sets the second slide device, and detection manipulation device is set inside the 3rd slid chamber, so as to realize yoke frame and passage jacket casing interval
The flexible detection work of detection pushing end is promoted, improves operating efficiency and detection frequency.
2. setting the pedestal for extending setting to the left by bottom part body, pedestal right hand top sets the first sliding inside end face
Groove, the first spiral shell shape bar that left and right elongation is set, the first spiral shell shape bar left-hand end and the first slippage slot left wall are set inside the first slippage slot
Turn is connected, and the first spiral shell shape bar right-hand end and the first electricity favourable turn are connected, and the first electricity favourable turn outer surface is arranged at first
In slippage slot right wall and it is fixedly connected, the first spiral shell shape bar inner spiral line the first slipping block of mating connection, the first slipping block top end
Face is fixedly connected with slide frame bottom end, and the second slippage slot is set inside slide frame its right end face, is set inside the second slippage slot
The second spiral shell shape bar that elongation is set up and down, the second spiral shell shape bar top are connected with the second slippage slot inner roof wall turn, the second spiral shell
Shape bar bottom is connected with the second electricity favourable turn, and the second electricity favourable turn outer surface is arranged in the second slippage slot bottom end face and fixed
Connection, the second spiral shell shape bar inner spiral line the second slipping block of mating connection, the second slipping block its right end face is fixed with detection means to be connected
Connect, test position is adjusted so as to realize the sliding work of the left and right of slide frame and automatically control the sliding up and down of detection means
3. the first tooth roller for including transmitting tooth roller and being connected with transmitting tooth roller left side by manipulation device, first
The first spin axis that elongation is set up and down is set on tooth roller, the first spin axis bottom extended afterbody coordinates with the turn of placing chamber inner bottom wall and connected
Connect, elongation afterbody and the 3rd electricity favourable turn are connected at the top of the first spin axis, and the 3rd electricity favourable turn outer surface, which is arranged in placing chamber, pushes up
In wall and it is fixedly connected, transmits the second spin axis for setting that elongation is set up and down on tooth roller, the second spin axis penetrates to upside extension
Placing chamber top inner wall and turn mating connection, the second spin axis top afterbody probe into the transmission intracavitary of upside, and the second spin axis is downward
Side extension penetrates placing chamber bottom interior wall and turn is connected, and the second spin axis bottom afterbody probes into the transmission intracavitary of downside,
The flexible work of detection manipulation device connection is automatically controlled so as to realize.
4. the present invention is simple in construction, easy to operate, manufacturing cost and maintenance cost are low, can realize high-frequency automatic detection work
Make.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (7)
1. a kind of metal detector, including main body, slide frame and the detection means being arranged in slide frame, its feature exist
In：It is internal on the left of detection means to be correspondingly provided with transmission chamber up and down, placing chamber is provided with inside the detection means between two groups of transmission chambers,
The first slid chamber that elongation is set downwards is provided with inside the detection means transmitted on the right side of chamber of upside, downside is transmitted on the right side of chamber
Detection means inside is provided with the second slid chamber that elongation is set upwards, the downward extension right side of the first slid chamber and the second slid chamber
Penetrate and set between on the left of upward extension, the 3rd sliding is provided with inside the detection means on the right side of the upward extension of the second slid chamber
Chamber, is provided with the first slotted eye between the 3rd slid chamber and the second slid chamber, the transmission chamber right wall of upside and the first slid chamber left wall it
Between be provided with the second slotted eye, the 3rd slotted eye is provided between the transmission chamber right wall of downside and the second slid chamber left wall, is set inside placing chamber
There is manipulation device, the transmission intracavitary of upper and lower both sides is equipped with transmission manipulation device, the first sliding is provided with inside the first slid chamber and is filled
Put, the second slide device is provided with inside the second slid chamber, detection manipulation device, the body top are provided with inside the 3rd slid chamber
Conveyer is slippingly provided with left surface, is provided with conveyer belt at the top of the conveyer, the main bottom part body is provided with
Adjusting means.
A kind of 2. metal detector according to claim 1, it is characterised in that：The bottom part body is provided with to be extended to the left
The pedestal of setting, the pedestal right hand top end face inside are provided with the first slippage slot, left and right are provided with inside first slippage slot
The the first spiral shell shape bar set is extended, the first spiral shell shape bar left-hand end is connected with the first slippage slot left wall turn, institute
State the first spiral shell shape bar right-hand end and the first electricity favourable turn is connected, the first electricity favourable turn outer surface is arranged at first sliding
In groove right wall and it is fixedly connected, the first spiral shell shape bar inner spiral line is connected with the first slipping block, first slipping block
Top end face is fixedly connected with the slide frame bottom end, and the second slippage slot is provided with inside the slide frame its right end face,
The second spiral shell shape bar that elongation is set up and down is provided with inside second slippage slot, is slided at the top of the second spiral shell shape bar with described second
Move the turn of groove inner roof wall to be connected, the second spiral shell shape bar bottom is connected with the second electricity favourable turn, the second electricity favourable turn
Outer surface is arranged in the second slippage slot bottom end face and is fixedly connected, and the second spiral shell shape bar inner spiral line is connected
There is the second slipping block, the second slipping block its right end face is fixedly connected with the detection means.
A kind of 3. metal detector according to claim 1, it is characterised in that：The manipulation device includes transmitting tooth roller
And the first tooth roller with being connected on the left of the transmission tooth roller, first tooth roller are provided with elongation up and down and set
The first spin axis, the first spin axis bottom extended afterbody and the placing chamber inner bottom wall turn be connected, first rotation
Elongation afterbody and the 3rd electricity favourable turn are connected at the top of axle, and the 3rd electricity favourable turn outer surface is arranged at the placing chamber inner roof wall
Interior and be fixedly connected, the tooth roller that transmits is provided with the second spin axis that elongation is set up and down, and second spin axis is stretched to upside
Long section penetrates the placing chamber top inner wall and turn is connected, and afterbody probes into the biography of upside at the top of second spin axis
Intracavitary is passed, second spin axis penetrates the placing chamber bottom interior wall to downside extension and turn is connected, and described second
Spin axis bottom afterbody probes into the transmission intracavitary of downside.
A kind of 4. metal detector according to claim 1, it is characterised in that：The transmission manipulation device of upside includes
Afterbody is fixedly connected at the top of bottom and second spin axis the first convex wheel and with connecting on the right side of the first convex wheel
First pushing end；The transmission manipulation device of downside includes second that top is fixedly connected with the second spin axis bottom afterbody
Convex wheel and the second pushing end with connecting on the right side of the second convex wheel, the first convex wheel and the second convex wheel
Opposite one end of horizontal direction is equipped with lug boss, is fixed with the right side of first pushing end and extends the first of setting to the right
Pushing post, the first pushing post right side extension probes into second slotted eye and afterbody is probeed into first slid chamber,
The second pushing post for extending setting to the right, the second pushing post right side extension are fixed with the right side of second pushing end
Probe into the 3rd slotted eye and afterbody is probeed into second slid chamber, the transmission chamber of first pushing post and upside
Outer surface between right wall and between second pushing post and the transmission chamber right wall of downside is equipped with recovery elastic component.
A kind of 5. metal detector according to claim 4, it is characterised in that：First slide device pushes away including first
Move block and be fixed on the first passage block its right end face and extend the yoke frame of setting to the right；Second slide device
Block is elapsed including second and is fixed on the second passage block its right end face and is extended the passage jacket casing of setting to the right, it is described
Extension is probeed into first slotted eye on the right side of passage jacket casing and sliding is connected, and extension probes into institute on the right side of the yoke frame
State in passage jacket casing and sliding is connected, the first passage block left end face is fixed with afterbody on the right side of first pushing post
Connection, the second passage block left end face are fixedly connected with afterbody on the right side of second pushing post.
A kind of 6. metal detector according to claim 1, it is characterised in that：The detection manipulation device includes leading shifting block
And the detection pushing end for extending setting to the right led and move block its right end face is fixed on, stretched on the right side of the detection pushing end
Long section penetrates the 3rd slid chamber right wall and sliding is connected, and elongation afterbody leans out the inspection on the right side of the detection pushing end
Survey outside device its right end face, the 3rd slid chamber left wall of both sides is correspondingly provided with tank, the appearance above and below first slotted eye
Groove and it is described lead move block left end face between be provided with elastic component.
A kind of 7. metal detector according to claim 1, it is characterised in that：The adjusting means includes regulating platform, liquid
Pressure device, lead shifting set and lead shifting bar, the shifting set bottom of leading is fixedly installed on the regulation countertop, it is described lead move bar top with
The main body floor is fixedly connected, it is described lead shifting set and it is described lead move bar sliding be connected.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710387045.2A CN107688084B (en) | 2017-05-26 | 2017-05-26 | Metal detector |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710387045.2A CN107688084B (en) | 2017-05-26 | 2017-05-26 | Metal detector |
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| CN107688084A true CN107688084A (en) | 2018-02-13 |
| CN107688084B CN107688084B (en) | 2020-11-24 |
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| JPS6020147A (en) * | 1983-07-14 | 1985-02-01 | Asaka M R Kk | Apparatus for judging metal by ultrasonic wave |
| JPS62245153A (en) * | 1986-04-16 | 1987-10-26 | Tokyo Electric Power Co Inc:The | Ultrasonic flaw detector |
| CN102435677A (en) * | 2011-09-08 | 2012-05-02 | 鞍山长风无损检测设备有限公司 | Multi-dimensional probe holder for ultrasonic flaw detection of weld joint on spiral welded pipe |
| CN104020271A (en) * | 2014-05-17 | 2014-09-03 | 苏州龙骏无损检测设备有限公司 | Nondestructive test equipment for circular rods and circular pipe metal materials |
| CN204804284U (en) * | 2015-07-13 | 2015-11-25 | 福建永宏环保科技有限公司 | Automatic drying of diatom mud wall face and moisture detection device |
| CN205879910U (en) * | 2016-07-20 | 2017-01-11 | 广州特种承压设备检测研究院 | Flaw detection device |
-
2017
- 2017-05-26 CN CN201710387045.2A patent/CN107688084B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6020147A (en) * | 1983-07-14 | 1985-02-01 | Asaka M R Kk | Apparatus for judging metal by ultrasonic wave |
| JPS62245153A (en) * | 1986-04-16 | 1987-10-26 | Tokyo Electric Power Co Inc:The | Ultrasonic flaw detector |
| CN102435677A (en) * | 2011-09-08 | 2012-05-02 | 鞍山长风无损检测设备有限公司 | Multi-dimensional probe holder for ultrasonic flaw detection of weld joint on spiral welded pipe |
| CN104020271A (en) * | 2014-05-17 | 2014-09-03 | 苏州龙骏无损检测设备有限公司 | Nondestructive test equipment for circular rods and circular pipe metal materials |
| CN204804284U (en) * | 2015-07-13 | 2015-11-25 | 福建永宏环保科技有限公司 | Automatic drying of diatom mud wall face and moisture detection device |
| CN205879910U (en) * | 2016-07-20 | 2017-01-11 | 广州特种承压设备检测研究院 | Flaw detection device |
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| CN107688084B (en) | 2020-11-24 |
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Effective date of registration: 20201109 Address after: 252000 south 2nd floor, building 101, Baililai scientific innovation town, Hunan Road, Xuying street, high tech Zone, Liaocheng City, Shandong Province Applicant after: Shandong Ruipu Testing Technology Co.,Ltd. Address before: 510220 Guangdong city of Guangzhou province Haizhuqu District Jiang Yi Road No. 240 Applicant before: GUANGZHOU DIRAN SECURITY DETECTION TECHNOLOGY Co.,Ltd. |
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