CN209160761U - Metal detection device - Google Patents
Metal detection device Download PDFInfo
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- CN209160761U CN209160761U CN201821743033.5U CN201821743033U CN209160761U CN 209160761 U CN209160761 U CN 209160761U CN 201821743033 U CN201821743033 U CN 201821743033U CN 209160761 U CN209160761 U CN 209160761U
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Abstract
The utility model relates to a kind of metal detection devices, including rack, the conveyer belt for transmission is horizontally set in the rack, metal detector is provided on the conveyer belt, it has been longitudinally set with a transition plates respectively on the inside of the input terminal and output end of the conveyer belt, knuckle that the upper outside end of the transition plates is equipped with convex and that inner surface with conveyer belt is in contact, the flexible Ti Liao mechanism to drive it transversely to stretch is connected separately with positioned at the rear and front end of the transition plates of conveyer belt output end, rear and front end positioned at the transition plates of conveyer belt input terminal is connected separately with Quick-disassembling mechanism, lower end on the conveyer belt on the right side of metal detector has been longitudinally set with a deviation rectification roller, the rear and front end of the deviation rectification roller is connected separately with deviation correction mechanism.The utility model is structurally reasonable, convenient to carry out metal detection to article, while operating convenient, detection efficiency height.
Description
Technical field:
The utility model relates to a kind of metal detection devices.
Background technique:
The products such as daily necessities (such as face tissue, bath foam, sanitary napkin etc.) and bakery in process of production, Chang Yin
The damage of some metal knifes or instrument seriously affects product so that being mixed into a small amount of metal fragment in product on production line
Quality, or even the health of consumer can be jeopardized.In order to avoid there is the above problem, it will usually pass through gold when product is completed
Belong to detection device and carries out metal detection work.
However, existing metal detection device has the following deficiencies when in use: (1) existing metal detection device
There are biggish gaps between conveyer belt and the conveyer belt of adjacent stations, are not suitable for the detection conveying of the product of small volume；
(2) conveyer belt of existing metal detection device usually assembles and disassembles trouble, is unfavorable for cleaning and replacement；(3) existing metal detection device
On flexible device for eliminating be usually that belt output end is allowed to tilt down, realization pick material, when it restores straight upwards be easy press from both sides
The firmly product of small size；(4) belt deviation rectifying on existing metal detection device uses not reasonable, and rectifying effect is poor.
Utility model content:
In view of this, the purpose of this utility model is that providing a kind of metal detection device, no in place of against the above deficiency
It is only structurally reasonable and efficiently convenient.
To achieve the goals above, the technical solution adopted in the utility model is: a kind of metal detection device, including machine
Frame is horizontally set with the conveyer belt for transmission in the rack, is provided with metal detector on the conveyer belt, the conveyer belt
Be longitudinally set with a transition plates on the inside of input terminal and output end respectively, the upper outside end of the transition plates be equipped with convex and with biography
The knuckle for sending the inner surface of band to be in contact, positioned at the rear and front end of the transition plates of conveyer belt output end be connected separately with to
The flexible Ti Liao mechanism for driving it transversely to stretch, is connected separately with fastly positioned at the rear and front end of the transition plates of conveyer belt input terminal
Tear mechanism open, the lower end on the conveyer belt on the right side of metal detector has been longitudinally set with a deviation rectification roller, the rear and front end of the deviation rectification roller
It is connected separately with deviation correction mechanism.
Further, the lower end of the transition plates is fixedly connected with longitudinally disposed First Transition roller, First Transition roller position
In the inside of knuckle, the radius of the knuckle is less than the radius of First Transition roller.
Further, the flexible Ti Liao mechanism includes the first vertical transverse slat, picks material cylinder, horizontal slide rail and connection
Plate, the first vertical transverse slat connect firmly on the rack, and the material cylinder that picks laterally is arranged and connects firmly with horizontal slide rail first
The outside of vertical transverse slat, one end of the connecting plate are connected firmly with the transition plates for being located at conveyer belt output end, and the other end is slided with lateral
Sliding block on rail connects firmly, and the lateral surface of connecting plate is also fixedly connected with a connecting rod, and the connecting rod is through connector A and picks material cylinder
Cylinder rod end is connected, and picks material cylinder and drives transition plates transversely to stretch by connecting plate.
Further, the deviation correction mechanism includes rectifying cylinder and guide plate, and the rectifying cylinder is laterally arranged and connects firmly
In the inside of the first vertical transverse slat, the cylinder rod of rectifying cylinder is connected through connector B with the central axis of deviation rectification roller；The guiding
Plate is connected firmly offers the guide chute extended transversely on the outside of the first vertical transverse slat, guide plate, the guide chute
Outside is horizontally set with the guiding slide bar connected firmly in guide plate, and the central axis of the deviation rectification roller passes through the first vertical transverse slat and horizontal concrete chute
And offer in favor of being oriented to the perforative radial through-hole of slide bar, radial through-hole and guiding slide bar composition slide laterally pair.
Further, the deviation correction mechanism further includes positioned at the forward and backward side of conveyer belt output end and to detect conveyer belt
Two photoelectric sensors whether shifted, the photoelectric sensor are electrically connected through a control unit and rectifying cylinder, work as photoelectricity
When sensor detects conveyer belt displacement, laterally moved on rectifying cylinder driving deviation rectification roller close to one end of conveyer belt displacement.
Further, the input terminal front and rear sides of the conveyer belt are respectively equipped with the second vertical transverse slat connected firmly in rack,
Articulated shaft is equipped between the upper end of two piece of second vertical transverse slat；The Quick-disassembling mechanism includes Quick Release plate, and the one of the Quick Release plate
End is connected firmly with the transition plates end for being located at conveyer belt input terminal, the other end and articulated shaft rotation connection, Quick Release plate and second vertical
Latch assembly is additionally provided between transverse slat.
Further, the upper end of the described second vertical transverse slat offers locking hole, and the Quick Release plate is equipped with and locking hole
Mounting hole coaxial and for installing latch assembly, the latch assembly includes locking sleeve and locking shaft, the lock sleeve
Cylinder is located in mounting hole and connects firmly via fastener and the realization of Quick Release plate, and the locking shaft is movably sheathed in locking sleeve
And to match with locking hole, spacer pin, the lock sleeve are radially equipped in one end far from locking hole in locking shaft
Open up in the edge open at one end far from locking hole that there are two locking that is symmetrically arranged and passing through in favor of spacer pin is recessed on cylinder
Slot, when spacer pin is located at locking sleeve inner and has angle between locking groove, the locking shaft is protruded into locking hole,
Realize locking between Quick Release plate and rear vertical type cross version.
Further, annular protrusion, the annular protrusion and limit are equipped with close to one end of locking hole in the locking shaft
There is the reset spring being set on the outside of locking shaft, the internal diameter of the reset spring is less than the length of spacer pin, resets between pin
The outer diameter of spring is greater than the length between two locking grooves, when spacer pin stretches out locking sleeve along locking groove, the reset
Spring contact is also fixedly connected with rotation hand in one end far from locking hole in the locking shaft on the inner side end of locking groove
Handle.
Further, the driven roller to drive conveyer belt to rotate is longitudinally set on the downside of the input terminal of the conveyer belt, it is described
Central axis one end of driven roller is connected with power motor, the idler roller being provided on the outside of conveyer belt on the upside of driven roller,
The rear and front end of the idler roller is connected separately with tensioning and adjusts component；It is erected between the First Transition roller and deviation rectification roller and is equipped with the
Two transition roller groups are set between deviation rectification roller and driven roller there are two third transition roller, and two third transition rollers are located at metal inspection
Survey the two sides of device.
Further, the scraper to strike off conveyer belt surface residual material is equipped on the downside of the output end of the conveyer belt
Plate.
Compared with prior art, the utility model has the effect that
(1) the structure design of the utility model is reasonable, convenient to carry out metal detection to article, at the same operate it is convenient；
(2) transition plates is set in the input terminal of conveyer belt and output end, utilizes the lesser knuckle of radius in transition plates
Transition is carried out to conveyer belt, the gap between conveyer belt and the conveyer belt of adjacent stations can be greatly reduced, adapts to small size article
Transmission；
(3) transition plates of conveyer belt output end by stretch Ti Liao mechanism drives edge transversal stretching, when the transition plates transversely
When contraction, the output of conveyer belt is in relaxed state, it can be achieved that picking material；And when the transition plates is transversely stretched out, conveyer belt
Output end restore to the original state, the article of small size will not be clamped, it is easy to use, pick material it is high-efficient；
(4) transition plates of conveyer belt input terminal and First Transition roller are connected with Quick-disassembling mechanism, are convenient for rapid-assembling/disassembling conveyer belt,
It is easy to use；
(5) carry out whether detection conveyer belt shifts using double-photoelectric-sensor, then by photoelectric sensor detection signal touching
The reset adjustment of conveyer belt is sent out, it is easy to use, it detects good with rectifying effect.
Detailed description of the invention:
Fig. 1 is the D structure schematic diagram one of the utility model embodiment；
Fig. 2 is the D structure schematic diagram two (omitting shield and power motor) of the utility model embodiment；
Fig. 3 is the D structure schematic diagram three (omitting shield and power motor) of the utility model embodiment；
Fig. 4 is enlarged diagram at A in Fig. 2；
Fig. 5 is the main view profile construction schematic diagram of the utility model embodiment；
Fig. 6 is enlarged diagram at B in Fig. 5；
Fig. 7 is the organigram of flexible Ti Liao mechanism in the utility model embodiment；
Fig. 8 is the organigram of Quick-disassembling mechanism in the utility model embodiment；
Fig. 9 is the organigram of conveyer belt in the utility model embodiment；
Figure 10 is the decomposition state schematic diagram of latch assembly in the utility model embodiment；
Figure 11 is the profile construction schematic diagram of latch assembly in the utility model embodiment.
In figure:
1- rack；2- conveyer belt；3- metal detector；4- transition plates；401- upper side edge；402- lower side；403- reinforces
Plate；404- end plate；5- knuckle；6- stretches Ti Liao mechanism；7- deviation rectification roller；8- deviation correction mechanism；9- First Transition roller；10-
One vertical transverse slat；11- picks material cylinder；12- horizontal slide rail；13- connecting plate；14- rectifying cylinder；15- guide plate；16- guiding is slided
Slot；17- is oriented to slide bar；The vertical transverse slat of 18- second；19- articulated shaft；20- Quick Release plate；21- latch assembly；22- locking hole；23-
Locking sleeve；24- locking shaft；25- annular protrusion；26- reset spring；27- locking groove；28- rotational handle；The locking spiral shell of 29-
It is female；30- spring washer；31- driven roller；32- locking nut；33- idler roller；34- backstand；35- adjusting screw rod；36- is adjusted
Handle；37- is tensioned translot；38- the second transition roller group；39- third transition roller；40- material scraping plate；The universal footed glass of 41-；42- is universal
Wheel；43- shield；44- handle hole；45- spacer pin.
Specific embodiment:
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
As shown in Fig. 1~11, a kind of metal detection device of the utility model, including rack 1 has been horizontally set in the rack 1
For the conveyer belt 2 of transmission, metal detector 3, the input terminal and output end of the conveyer belt 2 are provided on the conveyer belt 2
Inside has been longitudinally set with a transition plates 4 respectively, and the upper outside end of the transition plates 4 is equipped with convex and with conveyer belt 2 interior table
The knuckle 5 that face is in contact, the i.e. radius of knuckle 5 are the knuckle radius at 2 both ends of conveyer belt, this can greatly reduce with
Gap between the conveyer belt of adjacent stations；Positioned at the rear and front end of the transition plates 4 of 2 output end of conveyer belt be connected separately with to
The flexible Ti Liao mechanism 6 for driving it transversely to stretch, the rear and front end positioned at the transition plates 4 of 2 input terminal of conveyer belt is separately connected
There is a Quick-disassembling mechanism, has been longitudinally set with a deviation rectification roller 7 in the lower end on 3 right side of metal detector on the conveyer belt 2, the deviation rectification roller 7
Rear and front end is connected separately with deviation correction mechanism 8, in order to carry out reset adjustment when conveyer belt 2 shifts.
In the present embodiment, the two sides of the knuckle 5 are respectively upper side edge 401 and lower side 402, and upper side edge is under
Stiffening plate 403 is equipped between side, i.e. the cross section of transition plates 4 is enclosed by upper side edge 401, lower side 402 and stiffening plate 403
At triangle, the rear and front end of transition plates 4 is fixedly connected with end plate 404；404 lower end of end plate of the transition plates is solid by bolt
It is associated with longitudinally disposed First Transition roller 9, the First Transition roller is located at the inside of knuckle 5, and the half of the knuckle
Diameter is less than the radius of First Transition roller.
In the present embodiment, in order to improve transition plates 4 to the transition effect of conveyer belt 2, the upper side edge of knuckle and downside
Angle between side is less than 90 °；The upper side edge top surface of knuckle and the upper end inner surface of conveyer belt fit or have angle,
When the two has angle, which is 1~4 °.The lower side of knuckle is located at the contact-segment of First Transition roller and conveyer belt
Inside, fit to avoid the lower side and conveyer belt of knuckle.Preferably, the radius of knuckle is 1~10mm.
In the present embodiment, the flexible Ti Liao mechanism 6 includes the first vertical transverse slat 10, picks material cylinder 11, horizontal slide rail 12
And connecting plate 13, the first vertical transverse slat connect firmly in rack 1, it is described to pick material cylinder 11 laterally setting and and horizontal slide rail
12 connect firmly picked in the outside of the first vertical transverse slat 10 material cylinder 11 outside mask be equipped with shield 43, the connecting plate 13
One end is connected firmly with the transition plates 4 for being located at 2 output end of conveyer belt, and the other end is connected firmly with the sliding block in horizontal slide rail 12, connecting plate 13
Lateral surface be also fixedly connected with a connecting rod, the connecting rod is connected through spherical plain bearing rod end with the cylinder rod end for picking material cylinder 11
It connects, picks material cylinder 11 and drive transition plates transversely to stretch by connecting plate 13.In use, when the transition plates is shunk in the transverse direction,
The output of conveyer belt is in relaxed state, it can be achieved that picking material；And when the transition plates is transversely stretched out, the output end of conveyer belt
It restores to the original state, the article of small size will not be clamped, it is easy to use, it is high-efficient to pick material.
In the present embodiment, the deviation correction mechanism 8 includes rectifying cylinder 14 and guide plate 15, and the rectifying cylinder 14 is laterally set
It sets and connects firmly in the inside of the first vertical transverse slat 10, the cylinder rod of rectifying cylinder 14 is through in spherical plain bearing rod end and deviation rectification roller 7
Mandrel is connected；The guide plate 15 is connected firmly to offer on the outside of the first vertical transverse slat 10, guide plate 15 and be extended transversely
Guide chute 16, the outside of the guide chute 16 is horizontally set with the guiding slide bar 17 connected firmly in guide plate 15, the deviation rectification roller 7
Central axis pass through the first vertical transverse slat 10 and horizontal concrete chute 16 and offer in favor of being oriented to the perforative radial through-hole of slide bar 17,
Radial through-hole and guiding slide bar composition slide laterally pair, when conveyer belt is displaced, drive deviation rectification roller edge using rectifying cylinder
Transverse shifting can drive conveyer belt to reset adjustment.
In the present embodiment, the deviation correction mechanism further includes positioned at the forward and backward side of 2 output end of conveyer belt and to detect transmission
Two photoelectric sensors (being not drawn into figure) whether band shifts, the photoelectric sensor is through a control unit (control unit
Can be single-chip microcontroller) it is electrically connected with rectifying cylinder 14, when photoelectric sensor detects conveyer belt displacement, rectifying cylinder driving is entangled
One end on inclined roller close to conveyer belt displacement laterally moves.Such as, when the photoelectric sensor for being located at front side detects conveyer belt,
It then proves that conveyer belt side facing forward is displaced, is now placed in the rectifying cylinder movement of front side, drives the front end of deviation rectification roller to stretch out, push
Conveyer belt resets.
In the present embodiment, the input terminal front and rear sides of the conveyer belt 2 are respectively equipped with the second vertical type lateral connected firmly in rack 1
Plate 18 is equipped with articulated shaft 19 between the upper end of two piece of second vertical transverse slat 18；The Quick-disassembling mechanism includes Quick Release plate 20, described
One end of Quick Release plate 20 is connected firmly with 4 end of transition plates for being located at 2 input terminal of conveyer belt, and the other end and the rotation of articulated shaft 19 connect,
Latch assembly 21 is additionally provided between Quick Release plate 20 and the second vertical transverse slat 18.In use, need to only open latch assembly, then to
Upper rotation Quick Release plate, can be realized release conveyer belt, conveyer belt easy to disassemble.
In the present embodiment, for ease of use, the upper end of the Quick Release plate 20 is equipped with passing through in favor of finger and carries out
The handle hole 44 of grasping.
In the present embodiment, the upper end of the second vertical transverse slat 18 offers locking hole 22, and the Quick Release plate 20 is equipped with
Mounting hole coaxial with locking hole 22 and for installing latch assembly 21, the latch assembly 21 include locking sleeve 23 and lock
Only axis 24, the locking sleeve 23 are located in mounting hole and connect firmly via fastener and the realization of Quick Release plate 20, the locking shaft 24
It is movably sheathed in locking sleeve 23 and to be matched with locking hole 22, in one end far from locking hole in locking shaft 24
It is radially equipped with spacer pin 45, opens up in the edge open at one end far from locking hole that there are two symmetrical on the locking sleeve 23
It is being arranged and in favor of the locking groove 27 that spacer pin 45 passes through, when spacer pin 45 be located at 23 inside of locking sleeve and with locking it is recessed
When having angle between slot 27 (when not parallel), the locking shaft is protruded into locking hole, realize Quick Release plate and rear vertical type cross version it
Between locking so that Quick Release plate can not rotate upwards.
In the present embodiment, annular protrusion 25, the annular protrusion are equipped with close to one end of locking hole in the locking shaft 24
There is the reset spring 26 for being set in 24 outside of locking shaft, the internal diameter of the reset spring 26 is less than limit between 25 and spacer pin 45
The length of position pin 45, the outer diameter of reset spring 26 is greater than the length between two locking grooves 27, when spacer pin is along locking groove 27
Stretch out locking sleeve 23 when, 26 contact of reset spring on the inner side end of locking groove 27, at this time annular protrusion 25 with
The inner side end of locking groove 26 squeezes reset spring；It is also connected firmly in the locking shaft 24 in one end far from locking hole
There is rotational handle 28, in order to rotate locking shaft.In use, passing through 28 rotation lock of rotational handle when needing to dismantle conveyer belt
Only axis 24, so that the 45 face locking groove 27 of spacer pin in locking shaft 24, then extracts locking shaft 24 out, so that spacer pin outward
45 pass through locking groove 27, and locking shaft 24 is separated with locking hole 22, release lockup state, at this time the both ends of reset spring 26
Contact is between annular protrusion 25 and the inner side end of locking groove 27 and is extruded, and is finally rotated up Quick Release plate 20 again i.e.
Conveyer belt 2 can be unclamped.When needing locking, Quick Release plate 2 is rotated down, so that 24 face locking hole 22 of locking shaft, and locking
Axis 24 is mobile towards locking hole 22 under the elastic force effect of reset spring 26 and is inserted into locking hole 22, is moved through in locking shaft 24
It drives spacer pin 45 to pass through locking groove 27 in journey and enters in locking sleeve 23, finally by 28 rotary locking of rotational handle
Axis 24 realizes locking so that spacer pin 45 and locking groove 27 misplace.
In the present embodiment, external screw thread is arranged in the outer wall of the locking sleeve 23, and locking sleeve with external screw thread by matching
Locking nut 32 be fixedly connected on Quick Release plate 20.It is provided between locking sleeve 23 and rotational handle 28 in locking shaft 24
Stop nut 29 and spring washer 30.
In the present embodiment, the driven roller to drive conveyer belt 2 to rotate is longitudinally set on the downside of the input terminal of the conveyer belt 2
31, central axis one end of the driven roller 31 is connected with power motor, and the outside mask of power motor is equipped with the first shield 43,
The upside of driven roller 31 is provided with the idler roller 33 positioned at 2 outside of conveyer belt, and the rear and front end of the idler roller 33 is separately connected
There is tensioning to adjust component, is erected between the First Transition roller 9 and deviation rectification roller 7 and be equipped with the second transition roller group 38, deviation rectification roller 7 and driving
It is set between roller 31 there are two third transition roller 39, two third transition rollers 39 are located at the two sides of metal detector 3.
In the present embodiment, the upper end of the second vertical transverse slat 18 offers to be passed through in favor of the central axis of idler roller 33
And constitute and slide laterally secondary tensioning translot 37, the tension assembly includes backstand 34, adjusting screw rod 35 and swing handle
36, the backstand 34 connects firmly in the second vertical 18 outside of transverse slat, and the adjusting screw rod 35 is installed in backstand 34 via bearing
It above and with the central axis of idler roller 33 is spirally connected, one end of the swing handle 36 and adjusting screw rod 35 connects firmly, and passes through swing handle
36 driving adjusting screw rods 35 rotate, and are connect using adjusting screw rod 35 with the central axle threads of idler roller 33, can be by adjusting screw rod
35 rotary motion is converted to the translational motion of idler roller 33, and then realizes that the tensioning to conveyer belt 2 is adjusted.
In the present embodiment, it is equipped on the downside of the output end of the conveyer belt 2 to strike off scraping for conveyer belt surface residual material
Flitch 40.
In the present embodiment, the lower end surrounding of the rack 1 is bolted with universal footed glass 41 respectively, to adapt to the bumps on ground
At injustice, the side of each universal footed glass 41 is provided with universal wheel 42, is moved easily.
In the present embodiment, the metal detector 3 is existing door cavity structure.
The above is only the preferred embodiment of the present invention, it is all done according to present utility model application the scope of the patents it is equal
Deng variation and modification, it should all belong to the covering scope of the utility model.
Claims (10)
1. a kind of metal detection device, including rack, it is horizontally set with the conveyer belt for transmission in the rack, on the conveyer belt
It is provided with metal detector, it is characterised in that: it has been longitudinally set with a transition plates respectively on the inside of the input terminal and output end of the conveyer belt,
Knuckle that the upper outside end of the transition plates is equipped with convex and that inner surface with conveyer belt is in contact, is located at transmission
The rear and front end of transition plates with output end is connected separately with the flexible Ti Liao mechanism to drive it transversely to stretch, and is located at and passes
The rear and front end of the transition plates with input terminal is sent to be connected separately with Quick-disassembling mechanism, on the conveyer belt on the right side of metal detector
Lower end has been longitudinally set with a deviation rectification roller, and the rear and front end of the deviation rectification roller is connected separately with deviation correction mechanism.
2. metal detection device according to claim 1, it is characterised in that: the lower end of the transition plates is fixedly connected with longitudinal set
The First Transition roller set, the First Transition roller are located at the inside of knuckle, and the radius of the knuckle is less than the first mistake
Cross the radius of roller.
3. metal detection device according to claim 1, it is characterised in that: the flexible Ti Liao mechanism includes first vertical
Transverse slat picks and expects that cylinder, horizontal slide rail and connecting plate, the first vertical transverse slat connect firmly on the rack, described to pick material cylinder cross
It is connected firmly to setting and with horizontal slide rail in the outside of the first vertical transverse slat, one end of the connecting plate is exported with conveyer belt is located at
The transition plates at end connects firmly, and the other end is connected firmly with the sliding block in horizontal slide rail, and the lateral surface of connecting plate is also fixedly connected with a connecting rod, institute
It states connecting rod and is connected through connector A with the cylinder rod end for picking material cylinder, pick material cylinder by connecting plate and drive transition plates edge
Transversal stretching.
4. metal detection device according to claim 3, it is characterised in that: the deviation correction mechanism includes rectifying cylinder and leads
To plate, the rectifying cylinder is laterally arranged and connects firmly in the inside of the first vertical transverse slat, and the cylinder rod of rectifying cylinder is through connector B
It is connected with the central axis of deviation rectification roller；The guide plate, which is connected firmly, to be offered on the outside of the first vertical transverse slat, guide plate along cross
To the guide chute of extension, the guiding slide bar connected firmly in guide plate is horizontally set on the outside of the guide chute, the deviation rectification roller
Central axis passes through the first vertical transverse slat and horizontal concrete chute and offers in favor of being oriented to the perforative radial through-hole of slide bar, radial through-hole
Pair is slid laterally with guiding slide bar composition.
5. metal detection device according to claim 4, it is characterised in that: the deviation correction mechanism further includes being located at conveyer belt
The forward and backward side of output end and two photoelectric sensors whether being shifted to detect conveyer belt, the photoelectric sensor is through a control
Unit processed and rectifying cylinder are electrically connected, and when photoelectric sensor detects conveyer belt displacement, rectifying cylinder is driven on deviation rectification roller
One end close to conveyer belt displacement laterally moves.
6. metal detection device according to claim 1, it is characterised in that: the input terminal front and rear sides of the conveyer belt point
The second vertical transverse slat in rack She You not be connected firmly, is equipped with articulated shaft between the upper end of two piece of second vertical transverse slat；It is described fast
Tearing mechanism open includes Quick Release plate, one end of the Quick Release plate be located at conveyer belt input terminal transition plates end connect firmly, the other end with
Articulated shaft rotation connection, is additionally provided with latch assembly between Quick Release plate and the second vertical transverse slat.
7. metal detection device according to claim 6, it is characterised in that: the upper end of the second vertical transverse slat offers
Locking hole, the Quick Release plate are equipped with mounting hole coaxial with locking hole and for installing latch assembly, the latch assembly
Including locking sleeve and locking shaft, the locking sleeve is located in mounting hole and connects firmly via fastener and the realization of Quick Release plate, institute
It states locking shaft to be movably sheathed in locking sleeve and to match with locking hole, in one far from locking hole in locking shaft
End is radially equipped with spacer pin, opens up in the edge open at one end far from locking hole that there are two symmetrically set on the locking sleeve
It is setting and in favor of the locking groove that spacer pin passes through, when spacer pin is located at locking sleeve inner and has between locking groove
When angle, the locking shaft is protruded into locking hole, realizes locking between Quick Release plate and rear vertical type cross version.
8. metal detection device according to claim 7, it is characterised in that: close to one end of locking hole in the locking shaft
Equipped with annular protrusion, there is the reset spring being set on the outside of locking shaft, the reset between the annular protrusion and spacer pin
The internal diameter of spring is less than the length of spacer pin, and the outer diameter of reset spring is greater than the length between two locking grooves, when spacer pin edge
Locking groove stretch out locking sleeve when, the back-moving spring top is against on the inner side end of locking groove, in the locking shaft in
One end far from locking hole is also fixedly connected with rotational handle.
9. metal detection device according to claim 2, it is characterised in that: be longitudinally set on the downside of the input terminal of the conveyer belt
To the driven roller for driving conveyer belt to rotate, central axis one end of the driven roller is connected with power motor, driven roller it is upper
Side is provided with the idler roller on the outside of conveyer belt, and the rear and front end of the idler roller is connected separately with tensioning and adjusts component；Institute
It states to erect between First Transition roller and deviation rectification roller and is equipped with the second transition roller group, set between deviation rectification roller and driven roller there are two third transition
Roller, two third transition rollers are located at the two sides of metal detector.
10. metal detection device according to claim 1, it is characterised in that: be equipped on the downside of the output end of the conveyer belt
To strike off the material scraping plate of conveyer belt surface residual material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821743033.5U CN209160761U (en) | 2018-10-26 | 2018-10-26 | Metal detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821743033.5U CN209160761U (en) | 2018-10-26 | 2018-10-26 | Metal detection device |
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| Publication Number | Publication Date |
|---|---|
| CN209160761U true CN209160761U (en) | 2019-07-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821743033.5U Active CN209160761U (en) | 2018-10-26 | 2018-10-26 | Metal detection device |
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| CN112297577A (en) * | 2019-07-31 | 2021-02-02 | 广东利元亨智能装备股份有限公司 | Diaphragm composite device |
| CN112607314A (en) * | 2020-12-23 | 2021-04-06 | 苏州震伴威自动化设备科技有限公司 | Conveyer belt device of structure that material was connect is picked in area |
| CN113295078A (en) * | 2021-07-28 | 2021-08-24 | 南通新丰威机械科技有限公司 | Be used for metal product processing roughness detection device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112297577A (en) * | 2019-07-31 | 2021-02-02 | 广东利元亨智能装备股份有限公司 | Diaphragm composite device |
| CN111025406A (en) * | 2019-12-19 | 2020-04-17 | 福建恒安集团有限公司 | Toilet paper raw material pulp package metal detection system |
| CN111025406B (en) * | 2019-12-19 | 2022-03-25 | 福建恒安集团有限公司 | Toilet paper raw material pulp package metal detection system |
| CN111776597A (en) * | 2020-07-13 | 2020-10-16 | 鲍茂食 | Non-metal workpiece detection conveying equipment |
| CN112607314A (en) * | 2020-12-23 | 2021-04-06 | 苏州震伴威自动化设备科技有限公司 | Conveyer belt device of structure that material was connect is picked in area |
| CN113295078A (en) * | 2021-07-28 | 2021-08-24 | 南通新丰威机械科技有限公司 | Be used for metal product processing roughness detection device |
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