CN208283278U - Portable fluorescence agent detection device - Google Patents
Portable fluorescence agent detection device Download PDFInfo
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- CN208283278U CN208283278U CN201820916576.6U CN201820916576U CN208283278U CN 208283278 U CN208283278 U CN 208283278U CN 201820916576 U CN201820916576 U CN 201820916576U CN 208283278 U CN208283278 U CN 208283278U
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Abstract
The utility model discloses Portable fluorescence agent detection devices, including shell, the shell is equipped with control switch and the light switch positioned at control switch side, the shell is equipped with protective plate far from the side of control switch and light switch, and buffer gap is equipped between protective plate and shell, the shell is set close to the side of protective plate there are two mounting groove, and two mounting grooves are respectively arranged at the side both ends of shell, are fixedly installed with fixing seat in the mounting groove.Portable fluorescence agent detection device in the utility model, when accidentally falling in use, cooperated by the buffering of buffering spring sheet, the first spring and protective plate, impact force suffered by shell can be offset, the detection of electrons component of interior of shell can be prevented due to being damaged by impact force, be conducive to the service life for ensureing shell.
Description
Technical field
The utility model relates to fluorescer detection field more particularly to Portable fluorescence agent detection devices.
Background technique
Fluorescer also known as fluorescent whitening agent are a kind of fluorescent dyes, or for white dye and a kind of complicated are had
Machine compound.Its characteristic is to absorb incident ray to generate fluorescence, and contaminated substance is made to obtain the sparkling of similar fluorite
Effect, the substance for seeing naked eyes is very white, achievees the effect that brighten.It has been widely used in weaving, papermaking, washing powder, laundry
Liquid, soap, rubber, plastics, pigment and paint etc., but excessive fluorescer also has certain toxicity, commonly
It is detected using Portable fluorescence agent detection device.Patent announcement number are as follows: CN106290288A, Portable fluorescence agent detection
Device, which is characterized in that it includes that ultraviolet light is equipped in the end or end of described shell one end in elongated shell,
Shell is equipped with color detecting sensor and main control module in or beyond the shell, is equipped with display fluorescer inspection in the outer side of shell
The display device of result is surveyed, the color detecting sensor and the display device are electrically connected with the main control module respectively, when
When the ultraviolet light is irradiated on article to be detected, the color detecting sensor detect article to be detected it is illuminated after face
Color, the main control module receive the color data information that the color detecting sensor is sent and calculate fluorescer detection knot
Fruit, and being shown in display device described in the testing result output valve, the fluorescer detection device have detection accuracy it is high,
It is high degree of automation, easy to operate, easy to use.
But in existing technology, in use, when detection device is fallen, the bottom side one side of detection device is general
First land, the electricity due to the function that the bottom side one side of detection device does not buffer, when detection device is fallen, inside detection device
Sub- detection part is easy to be hit and damaged, and substantially reduces the service life of detection device.
Utility model content
Purpose of the utility model is to solve disadvantages existing in the prior art, and the Portable fluorescence agent inspection proposed
Survey device.
To achieve the goals above, the utility model adopts the technical scheme that
Portable fluorescence agent detection device, including shell, the shell are equipped with control switch and are located at control switch one
The light switch of side, the shell are equipped with protective plate far from the side of control switch and light switch, and protective plate and shell it
Between be equipped with buffer gap, the shell is set close to the side of protective plate there are two mounting groove, and two mounting grooves are respectively arranged at
The side both ends of shell, fixing seat is fixedly installed in the mounting groove, and the fixing seat is equipped with cushion chamber, the cushion chamber
It is inside movably installed with portable pillar, the protective plate is equipped with the first dashpot close to the side of fixing seat, and one end of portable pillar is prolonged
It extends in the first dashpot, one end of the portable pillar in the first dashpot is equipped with elastic slice placing groove, and the elastic slice is placed
Buffering spring sheet is equipped in slot, the side inner wall of one end and elastic slice placing groove far from elastic slice placing groove notch of the buffering spring sheet is solid
Fixed connection, the other end of the buffering spring sheet are fixedly connected with the first dashpot far from the side inner wall of the first dashpot notch,
Movable block is fixedly connected on one end of portable pillar in cushion chamber, the movable block is rotated far from the side of portable pillar to be connected
It connects there are two rotating bar, and two rotating bars intersection rotation connections, the cushion chamber is far from the side inner wall of the first dashpot
If there are two sliding grooves, and are slidably fitted with sliding shoe in two sliding grooves, two rotating bars one end far from movable block point
Zhuan Donganzhuan not be on two sliding shoes, the two sides of the sliding shoe are respectively equipped with the first spring and second spring, and the first bullet
Spring and second spring are respectively positioned in sliding groove, first spring and second spring one end close to each other respectively with sliding shoe
Two sides are fixedly connected, one end that first spring and second spring are located remotely from each other respectively with the two sides inner wall of sliding groove is fixed connects
It connects.
Compared with prior art, the utility model has the beneficial effects that
In the utility model, when the protective plate on shell lands, shell can integrally be pressed down against protection by portable pillar
Plate, and portable pillar can be pressed down against buffering spring sheet, and buffering spring sheet extrusion buffers, what such buffering spring sheet can play
Certain buffering effect, at the same time, two rotating bars, which can also intersect, to be rotated and respective sliding shoe is driven to squeeze first respectively
Spring, such first spring can also play certain buffering effect, cooperate eventually by the buffering of buffering spring sheet and the first spring,
Impact force suffered by shell can be offset；
In conclusion the Portable fluorescence agent detection device in the utility model, when accidentally falling in use,
Cooperated by the buffering of buffering spring sheet, the first spring and protective plate, impact force suffered by shell can be offset, can prevented outer
Detection of electrons component inside shell is conducive to the service life for ensureing shell due to being damaged by impact force.
The battery fixation kit of the utility model can by under the collective effect of power spring and elastic spring elastic force
To fix the both ends of battery, then by screw battery cover is threadably mounted in the frame-type slot on shell, the mistake of installation
Cheng Zhong, battery cover can squeeze battery by elastic slice, and after installation, elastic slice generates the reaction of elastic force, using the anti-work of elastic slice
With being fixed in battery mounting groove at left and right sides of battery, electric power storage may finally be fixed on by what entire battery consolidated
In the mounting groove of pond, so as to prevent battery from shaking in battery mounting groove, in conclusion the utility model structure
Simply, economical and practical, what battery can consolidate is fixed in battery mounting groove, avoids battery in battery mounting groove
It inside shakes, advantageously ensures that the normal use of battery, meet the demand of people.
Pass through movable plate, placing groove, detection lamp, the first fixing groove, compressed spring, sliding panel, pressing plate, fixing axle and second
Fixing groove matches, need to will test lamp be mounted on movable plate when, press pressing plate, then detection lamp and placing groove it is complete
When fitting, pressing plate is unclamped, fixing axle will be moved in the second fixing groove, thus detection lamp can be fixed in placing groove, be passed through
Shell, telescopic chute, the second dashpot, movable plate, buffer board, buffer spring, the second mounting groove, push-rod electric machine, connecting shaft, buffering
Hydraulic stem and positioning plate match, and when needing to adjust the length of detection device ontology, start push-rod electric machine, push-rod electric machine will
Movable plate is pushed to be moved, and movable plate is in the process of moving, it, can under the cooperation using buffer spring and buffer compression bar
So that movable plate is more smooth when mobile, while under positioning plate effect, the length that detection lamp stretches out can be limited.
The utility model structure is simple, will test lamp first and is fixedly mounted on movable plate, then passes through push-rod electric machine again
Movable plate can be pushed to be moved, thus be adjustable the length of detection device ontology, expand the detection of detection device ontology
Range saves manpower, is convenient for routine use.
The telescopic component of the utility model passes through movable plate, placing groove, detection lamp, the first fixing groove, compressed spring, sliding
Plate, pressing plate, fixing axle and the second fixing groove match, need to will test lamp be mounted on movable plate when, press pressing plate, then
When detecting lamp and placing groove is bonded completely, pressing plate is unclamped, fixing axle will be moved in the second fixing groove, thus detect lamp meeting
Be fixed in placing groove, by shell, telescopic chute, the second dashpot, movable plate, buffer board, buffer spring, the second mounting groove,
Push-rod electric machine, connecting shaft, buffer compression bar and positioning plate match, when needing to adjust the length of detection device ontology, starting
Push-rod electric machine, push-rod electric machine will push movable plate to be moved, and movable plate is in the process of moving, using buffer spring and
It is more smooth when movable plate can be made mobile under the cooperation of buffer compression bar, while under positioning plate effect, detection lamp can be limited
The length of stretching.
The telescopic component structure of the utility model is simple, will test lamp first and is fixedly mounted on movable plate, then leads to again
Crossing push-rod electric machine can push movable plate to be moved, thus be adjustable the length of detection device ontology, expand detection device
The detection range of ontology saves manpower, is convenient for routine use.
By shell, transparent cover plate, third spring, the first support plate, the second support plate, first support bar, the 4th spring,
Flexible silicon gum cover, control switch, the first limit plate, second support bar, the second limit plate, the second sliding panel, groove, front cover, cross
Plate and hydraulic bjuffer match, and squeeze second support bar, and second support bar can drive first support bar to move down, and first
Support rod can drive the second support plate to be rotated, and two the second support plates can be moved in the direction away from each other, make
Obtaining transparent cover plate can expose and be detected, and after detection, under the elastic force effect of third spring, make second support bar
It moves up, then allows two the second support plates altogether.
The utility model structure is simple, and squeezing second support bar can drive the second support plate to be rotated, so that transparent
Cover board can expose and be detected, and after detection, under the elastic force effect of third spring, two the second support plates can be with
Altogether, so that two the second support plates can altogether, by transparent cover plate when without using Digital Fluorescence agent detection pen
It is enclosed in front cover, two the second support plates can protect transparent cover plate, then transparent cover plate will not be scraped by hard objects
Flower guarantees the accuracy of Digital Fluorescence agent detection pen detection, easy to use.
The protection component of the utility model by shell, transparent cover plate, third spring, the first support plate, the second support plate,
First support bar, the 4th spring, flexible silicon gum cover, control switch, the first limit plate, second support bar, the second limit plate, second
Sliding panel, groove, front cover, transverse slat and hydraulic bjuffer match, and squeeze second support bar, and second support bar can drive first
Support rod moves down, and first support bar can drive the second support plate to be rotated, and two the second support plates can be to mutually far
From direction moved, allow transparent cover plate to expose and detected, after detection, in the elastic force of third spring
Under effect, second support bar is moved up, then allows two the second support plates altogether.
The protection modular construction of the utility model is simple, and squeezing second support bar can drive the second support plate to be turned
It is dynamic, allow transparent cover plate to expose and detected, after detection, under the elastic force effect of third spring, two the
Two support plates can altogether, so that two the second support plates can close when without using Digital Fluorescence agent detection pen
Come, transparent cover plate is enclosed in front cover, two the second support plates can protect transparent cover plate, then transparent cover plate will not
It is scratched by hard objects, guarantees the accuracy of Digital Fluorescence agent detection pen detection, it is easy to use.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model；
Fig. 2 is the structural schematic diagram of the utility model；
Fig. 3 is enlarged drawing at F1 in Fig. 2.
Fig. 4 is the structural schematic diagram of battery fixation kit.
Fig. 5 is the partial structural diagram of battery fixation kit.
Fig. 6 is enlarged drawing at F2 in Fig. 4.
Fig. 7 is the structural schematic diagram of telescopic component.
Fig. 8 is enlarged drawing at F3 in Fig. 7.
Fig. 9 is the structural schematic diagram for protecting component.
Figure 10 is enlarged drawing at F4 in Fig. 9.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.
- Fig. 3 referring to Fig.1, Portable fluorescence agent detection device, including shell 1 are equipped with zero for detection in shell 1
Component, such as the inside of the built-in function components of existing fluorescer detector or Publication No. CN106290288A for detection
Components.
Shell 1 is equipped with control switch 4 and the light switch 3 positioned at 4 side of control switch, and shell 1 is far from control switch 4
It is equipped with protective plate 2 with the side of light switch 3, and is equipped with buffer gap between protective plate 2 and shell 1, shell 1 is close to protective plate
2 side is set there are two mounting groove 5, and two mounting grooves 5 are respectively arranged at the side both ends of shell 1, fixed peace in mounting groove 5
Equipped with fixing seat 6, fixing seat 6 is equipped with cushion chamber 7, is movably installed with portable pillar 9 in cushion chamber 7, protective plate 2 is close to fixing seat
6 side is equipped with the first dashpot 10, and one end of portable pillar 9 extends in the first dashpot 10, is located at the first dashpot 10
One end of interior portable pillar 9 is equipped with elastic slice placing groove 21, is equipped with buffering spring sheet 11 in elastic slice placing groove 21, buffering spring sheet 11
One end is fixedly connected with elastic slice placing groove 21 far from the side inner wall of 21 notch of elastic slice placing groove, the other end of buffering spring sheet 11 with
First dashpot 10 is fixedly connected far from the side inner wall of 10 notch of the first dashpot, and one of the portable pillar 9 in cushion chamber 7
Movable block 8 is fixedly connected on end, there are two rotating bars 13 for side rotation connection of the movable block 8 far from portable pillar 9, and two turn
Lever 13 intersects rotation connection, and cushion chamber 7 is set on the side inner wall far from the first dashpot 10 there are two sliding groove 14, and two
Sliding shoe 15 is slidably fitted in sliding groove 14, two one end of rotating bar 13 far from movable block 8 are rotatablely installed respectively in two
On a sliding shoe 15, the two sides of sliding shoe 15 are respectively equipped with the first spring 16 and second spring 17, and the first spring 16 and second
Spring 17 is respectively positioned in sliding groove 14, the first spring 16 and the one end close to each other of second spring 17 respectively with sliding shoe 15 two
Side is fixedly connected, one end that the first spring 16 and second spring 17 are located remotely from each other respectively with the two sides inner wall of sliding groove 14 is fixed connects
It connects, the Portable fluorescence agent detection device in the utility model when accidentally falling in use, passes through buffering spring sheet
11, the buffering of the first spring 16 and protective plate 2 cooperates, and can offset impact force suffered by shell 1, can prevent in shell 1
The detection of electrons component in portion is conducive to the service life for ensureing shell 1 due to being damaged by impact force.
It is equipped with rotation hole at the half of two 13 length of rotating bar, is movably installed in two rotation holes same
A pin shaft, and two rotating bars 13 rotate interconnection by pin shaft, and it is sliding that the first limit is equipped on the two sides inner wall of cushion chamber 7
Slot 20, the two sides of movable block 8 are equipped with the first position limiting slide block 19, and the first position limiting slide block 19 is slidably mounted on the first limit sliding chutes
In 20, cushion chamber 7 offers the first sliding eye 18 on the side inner wall of the first dashpot 10, and the sliding of portable pillar 9 runs through
First sliding eye 18, the two sides of the portable pillar 9 in the first dashpot 10 are equipped with the second position limiting slide block 12, the first dashpot
It is equipped with the second limit sliding chutes on 10 two sides inner wall, and the second position limiting slide block 12 is slidably mounted in the second limit sliding chutes, delays
The elastic slice that the specific shape of elastic slice 11 is " Z " font is rushed, the Portable fluorescence agent detection device in the utility model was using
When accidentally falling in journey, is cooperated by the buffering of buffering spring sheet 11, the first spring 16 and protective plate 2,1 institute of shell can be offset
The impact force being subject to can prevent the detection of electrons component inside shell 1 due to being damaged by impact force, be conducive to ensure outer
The service life of shell 1.
In the utility model, when normal use, shell 1 is equipped with control switch 4 and the side of light switch 3 is face-up
, and protective plate 2 is located at 1 bottom side of shell, when shell 1 accidentally falls in use, typically protective plate 2 is first
It landing, protective plate 2 can play certain buffer function, for example, when the protective plate 2 on shell 1 lands, the whole meeting of shell 1
Protective plate 2 is pressed down against by portable pillar 9, and portable pillar 9 can be pressed down against buffering spring sheet 11, buffering spring sheet 11 is squeezed change
Shape buffering, certain buffering effect that such buffering spring sheet 11 can play, at the same time, two rotating bars 13, which can also intersect, to be turned
It moves and respective sliding shoe 15 is driven to squeeze the first spring 16 respectively, while sliding shoe 15 pulls second spring 17, second spring
17 primarily serve the effect of reset, and such first spring 16 can also play certain buffering effect, eventually by buffering spring sheet 11
Buffering cooperation with the first spring 16 can offset impact force suffered by shell 1, can prevent the detection of electrons inside shell 1
Component is conducive to the normal use for ensureing shell 1 due to being damaged by impact force.
- Fig. 6 referring to fig. 4, when in use, what the battery on shell can not consolidate is fixed in battery mounting groove,
Usually there is the case where battery shakes in battery mounting groove, has seriously affected the normal use of battery, for this purpose,
Applicant proposed battery fixation kits, including, shell 1, shell 1 is equipped with battery mounting groove A2, battery mounting groove
Battery A3 is movably installed in A2, the inner wall at battery mounting groove A2 notch is equipped with frame-type slot, activity peace on frame-type slot
Equipped with battery cover A4, and battery cover A4 is adapted with battery A3, and battery cover A4 is equipped with multiple bullets close to the side of battery A3
It is equipped with elastic slice A6 in piece mounting groove A5, multiple elastic slice mounting groove A5, and multiple elastic slice A6 all extend to battery mounting groove A2
Interior and abut with battery A3, side of the battery A3 far from elastic slice A6 and battery mounting groove A2 are installed far from battery
The side inner wall of slot A2 notch is in contact, and is fixed with the first conducting block A19 on the two sides inner wall of battery mounting groove A2 respectively
It is equipped with cavity A11 with fixed link A7, fixed link A7, motion bar A8 is movably installed in cavity A11, one end of motion bar A8 is living
The dynamic outside for extending to fixed link A7 is simultaneously fixedly connected with the second conducting block A9, and one end of battery A3 and the second conducting block A9
It is in contact, the other end of battery A3 is in contact with the first conducting block A19, and the outside of motion bar A8 and fixed link A7 are arranged with
The same power spring A10, and one end of power spring A10 is fixedly connected with the second conducting block A9, power spring A10's is another
End is fixed on side inner wall of the battery mounting groove A2 far from the first conducting block A19, and elastic spring A12 is equipped in cavity A11,
One end of elastic spring A12 is fixedly connected with cavity A11 far from the side inner wall of the second conducting block A9, and elastic spring A12's is another
One end is fixedly connected with motion bar A8 far from one end of the second conducting block A9, and the utility model structure is simple, economical and practical, electric power storage
What pond A3 can be consolidated is fixed in battery mounting groove A2, avoids battery A3 and shakes in battery mounting groove A2
It is dynamic, it advantageously ensures that the normal use of battery A3, meets the demand of people.
The two sides of motion bar A8 in cavity A11 are equipped with position limiting slide block A13, on the two sides inner wall of cavity A11
Equipped with the second limit sliding chutes A14, and position limiting slide block A13 and the second limit sliding chutes A14 is slidably connected, and cavity A11 is led close to second
The side inner wall of electric block A9 is equipped with the second sliding eye A15, and motion bar A8 activity is slided through the second sliding eye A15 and with second
The inner wall of dynamic hole A15 is slidably connected, and the quantity of elastic slice mounting groove A5 is equipped with three to six, and three to six elastic slice mounting groove A5 etc.
Distance interval setting, battery cover A4 are equipped with screw hole A17, and frame-type slot is equipped with screw thread far from the side inner wall of frame-type slot notch
Equal screw thread is equipped with the same screw A18 in slot A16, screw hole A17 and thread groove A16, and the outside of shell 1 is additionally provided with control and opens
Pass and light switch, the utility model structure is simple, and economical and practical, what battery A3 can be consolidated is fixed on battery mounting groove
In A2, avoids battery A3 and shake in battery mounting groove A2, advantageously ensure that the normal use of battery A3, it is full
The foot demand of people.
In the utility model, in fixed operation, first one end of battery A3 is in contact and is squeezed with the second conducting block A9
The second conducting block A9 is pressed, the second conducting block A9 squeezes power spring A10 again, while the second conducting block A9 also passes through motion bar A8 and squeezes
Elastic spring A12 is pressed, then entire battery A3 is placed on battery mounting groove A2 again by elastic spring A12 extrusion
It is interior, it then unclamps battery A3, power spring A10 and elastic spring A12 and resets, in power spring A10 and elastic spring A12
Under the reaction of elastic force, the other end of battery A3 is made to be in contact with the first conducting block A19, it in this way can be by the two of battery A3
End is fixed, and then battery cover A4 is threadably mounted in the frame-type slot on shell 1 by screw A18 again, during installation,
Battery cover A4 can squeeze battery A3 by elastic slice A6, and elastic slice A6 generates the reaction of elastic force after installation, using elastic slice A6's
Reaction will be fixed in battery mounting groove A2 at left and right sides of battery A3, may finally consolidate entire battery A3
It is fixed in battery mounting groove A2, so as to prevent battery A3 from shaking in battery mounting groove A2, and structure
Simply, what battery A3 was fixed is secured, meets the use demand of people.
Referring to Fig. 7-Fig. 8, when being detected using detection device, it is sometimes desirable to large-scale multiple detection objects into
Row detection, but above-mentioned detection device can not adjust length, so that the detection range of detection device is smaller, need manpower ceaselessly
It runs, is not easy to routine use, so we have proposed telescopic component, it is set forth above to solve the problems, such as.
Telescopic component, including, shell 1 and detection lamp B8, the side of shell 1 offers telescopic chute B2, the top of telescopic chute B2
The second dashpot B3, two the second dashpot B3 is offered on portion's inner wall and bottom interior wall slidably connects the same movable plate
The side that B4, movable plate B4 are located in the second dashpot B3 is welded with buffer board B5, and the side of buffer board B5 is fixedly connected with
The side of buffer spring B6, buffer spring B6 far from buffer board B5 is mutually welded with the side wall of the second dashpot B3, movable plate B4's
Side offers placing groove B7, detection lamp B8 is equipped in placing groove B7, and the one end for detecting lamp B8 extends to the side of shell 1,
The top and bottom of detection lamp B8 offer the first fixing groove B9, are fixedly connected in the bottom interior wall of the first fixing groove B9 more
A compressed spring B10, and the same sliding panel B11, the top of sliding panel B11 are fixedly connected at the top of multiple compressed spring B10
Portion is respectively welded pressing plate B12 and fixing axle B13, and it is fixed that second is offered in the top inner wall and bottom interior wall of placing groove B7
It is extended at the top of slot B14, fixing axle B13 in the second fixing groove B14, offers the second installation on the side inner wall of telescopic chute B2
Slot B15 is fixedly installed with push-rod electric machine B16 on the side inner wall of the second mounting groove B15, welds on the output shaft of push-rod electric machine B16
It is connected to connecting shaft B17, the one end of connecting shaft B17 far from push-rod electric machine B16 is welded with movable plate B4 phase, by movable plate B4, put
It is solid to set slot B7, detection lamp B8, the first fixing groove B9, compressed spring B10, sliding panel B11, pressing plate B12, fixing axle B13 and second
Determine slot B14 to match, when needing will test lamp B8 and being mounted on movable plate B4, press pressing plate B12, then in detection lamp B8 and
When placing groove B7 is bonded completely, pressing plate B12 is unclamped, fixing axle B13 will be moved in the second fixing groove B14, thus detect lamp
B8 can be fixed in placing groove B7, pass through shell 1, telescopic chute B2, the second dashpot B3, movable plate B4, buffer board B5, buffering elastic
Spring B6, the second mounting groove B15, push-rod electric machine B16, connecting shaft B17, buffer compression bar B18 and positioning plate B19 are matched, and are being needed
When adjusting the length of shell, start push-rod electric machine B16, push-rod electric machine B16 will push movable plate B4 to be moved, and move
Plate B4 in the process of moving, under the cooperation using buffer spring B6 and buffer compression bar B18, when movable plate B4 can be made mobile
It is more smooth, while under positioning plate B19 effect, the length that detection lamp B8 stretches out can be limited, the utility model structure is simple, first
It first will test lamp B8 to be fixedly mounted on movable plate B4, then movable plate B4 can be pushed to carry out by push-rod electric machine B16 again
It is mobile, thus it is adjustable the length of shell, expand the detection range of shell, save manpower, is convenient for routine use.
Buffer compression bar B18 there are two being fixedly mounted in the utility model, on the side inner wall of telescopic chute B2, and the second peace
Tankage B15 is located between two buffer pressing plate B18, and one end of two buffer compression bar B18 is welded with movable plate B4 phase, is stretched
Positioning plate B19 is welded in the top inner wall and bottom interior wall of contracting slot B2, and positioning plate B19 is located at the side of movable plate B4,
It is fixedly installed with sliding rail on the side inner wall that two the second dashpot B3 are located remotely from each other, the top and bottom of movable plate B4 are opened
Equipped with sliding slot, two sliding slots are slidably connected with two sliding rails respectively, and the quantity of compressed spring B10 is three to six, and three to six
A compressed spring B10 is equally distributed in the bottom interior wall of the first fixing groove B9, and the side of push-rod electric machine B16 is welded with fixation
Plate, the corner location of fixed plate offer bolt hole, and bolt hole internal screw thread is connected with bolt, and push-rod electric machine B16 passes through bolt
Hole and bolt are fixedly mounted on the side inner wall of the second mounting groove B15, pass through movable plate B4, placing groove B7, detection lamp B8, the
One fixing groove B9, compressed spring B10, sliding panel B11, pressing plate B12, fixing axle B13 and the second fixing groove B14 are matched, and are being needed
When will test lamp B8 and being mounted on movable plate B4, pressing plate B12 is pressed, is then bonded completely in detection lamp B8 and placing groove B7
When, pressing plate B12 is unclamped, fixing axle B13 will be moved in the second fixing groove B14, thus detection lamp B8 can be fixed on placing groove
In B7, pass through shell 1, telescopic chute B2, the second dashpot B3, movable plate B4, buffer board B5, buffer spring B6, the second mounting groove
B15, push-rod electric machine B16, connecting shaft B17, buffer compression bar B18 and positioning plate B19 are matched, in the length for needing to adjust shell
When, start push-rod electric machine B16, push-rod electric machine B16 will push movable plate B4 to be moved, and movable plate B4 is in mobile process
In, it is more smooth when movable plate B4 can be made mobile under the cooperation using buffer spring B6 and buffer compression bar B18, while fixed
Under the plate B19 effect of position, the length that detection lamp B8 stretches out can be limited, the utility model structure is simple, and it is solid to will test lamp B8 first
Then Dingan County can push movable plate B4 to be moved by push-rod electric machine B16 again on movable plate B4, thus be adjustable
The length of shell expands the detection range of shell, saves manpower, is convenient for routine use.
Working principle: in the length for needing to adjust shell, it will test lamp B8 first and be mounted on movable plate B4, then press
Dynamic pressure plate B12, compressed spring B10 will generate deformation under force, thus fixing axle B13 can be moved to the first fixing groove
In B9, then when detecting lamp B8 and placing groove B7 and being bonded completely, pressing plate B12 is unclamped at this time, fixing axle B13 will be moved to the
In two fixing groove B14, thus detection lamp B8 can be fixed in placing groove B7, be fixedly mounted on movable plate B4 in detection lamp B8
When, in the length for needing to adjust shell, start push-rod electric machine B16, push-rod electric machine B16 will push movable plate B4 to be moved
It is dynamic, and movable plate B4 is in the process of moving, under the cooperation using buffer spring B6 and buffer compression bar B18, can make to move
Plate B4 is more smooth when mobile, thus is adjustable the length of shell, expands the detection range of shell, saves manpower, makes convenient for daily
With.
Referring to Fig. 9-Figure 10, since the front cover of the utility model only blocks the edge of transparent cover plate, and transparent cover plate is big
Part is that exposed, hard article can scratch transparent cover plate, causes Portable fluorescence agent detection device measurement inaccurate, institute
It is proposed that component is protected, to solve the problems, such as above-mentioned be previously mentioned.
Component is protected, including, shell 1, the top of shell 1 is equipped with front cover C15, and the two sides inner wall of shell 1 is equipped with same
A transparent cover plate C2, the side of shell 1 are equipped with control switch 4, and the top of front cover C15 is equipped with flexible silicon gum cover C8, on front cover C15
Fluted C14 is symmetrically opened up, the bottom symmetrical of groove C14 is equipped with hydraulic bjuffer C17, the top of two hydraulic bjuffer C17
It is welded with the same transverse slat C16, is welded with the same third spring C3 in the bottom of transverse slat C16 and the bottom interior wall of groove C14,
Third spring C3 is located between two hydraulic bjuffer C17, and the both ends of transverse slat C16, which are slided with the two sides inner wall of groove C14, to be connected
It connects, second support bar C11 is welded at the top of transverse slat C16, the top of second support bar C11 extends to the top of flexible silicon gum cover C8
Portion's inner wall, the two sides of second support bar C11 are welded with the second sliding panel C13, the second sliding panel C13 and are located at the upper of transverse slat C16
Side, the side that two the second sliding panel C13 are located remotely from each other are slidably connected with the two sides inner wall of groove C14 respectively, second support bar
The side of C11 is welded with the first support plate C4, and the side inner wall of groove C14 offers rectangular through-hole, and the first support plate C4 runs through
Rectangular through-hole and the side for extending to front cover C15, the first support plate C4 are welded with first far from one end of second support bar C11
Be rotatably connected to the second support plate C5 on the two sides inner wall of strut C6, front cover C15, the top of first support bar C6 with second
The basal sliding of fagging C5 connects, and is welded with same 4th bullet at the top of the side of first support bar C6 and the second support plate C5
Spring C7, by shell 1, transparent cover plate C2, third spring C3, the first support plate C4, the second support plate C5, first support bar C6,
4th spring C7, flexible silicon gum cover C8, control switch 4, the first limit plate C10, second support bar C11, the second limit plate C12,
Second sliding panel C13, groove C14, front cover C15, transverse slat C16 and hydraulic bjuffer C17 are matched, and squeeze second support bar C11,
Second support bar C11 can drive first support bar C6 to move down, first support bar C6 can drive the second support plate C5 into
Row rotation, two the second support plate C5 can be moved in the direction away from each other, and transparent cover plate C2 is exposed simultaneously
It is detected, after detection, under the elastic force effect of third spring C3, moves up second support bar C11, then make two
Second support plate C5 can altogether, and the utility model structure is simple, and the second support plate can be driven by squeezing second support bar C11
C5 is rotated, and transparent cover plate C2 is exposed and is detected, and after detection, is made in the elastic force of third spring C3
Under, two the second support plate C5 can altogether, so that when without using Digital Fluorescence agent detection pen, and two second
Transparent cover plate C2 can be enclosed in front cover C15 by fagging C5 altogether, and two the second support plate C5 can be to transparent cover plate C2
It being protected, then transparent cover plate C2 will not be scratched by hard objects, guarantee the accuracy of Digital Fluorescence agent detection pen detection,
It is easy to use.
In the utility model, rotation slot, one end welding of the second support plate C5 are offered on the two sides inner wall of front cover C15
There is rotation axis, rotation axis is rotatablely connected through rotation slot and with rotation slot, and the bottom of the second support plate C5 offers the first sliding
Slot, the top of first support bar C6 extend in the first sliding groove and are slidably connected with the first sliding groove, the second support plate C5's
Bottom symmetrical is welded with the first limit plate C10, and first support bar C6 is located between two the first limit plate C10, and the two of groove C14
Offer the second sliding groove on the inner wall of side, the both ends of transverse slat C16 extend respectively in two the second sliding grooves and respectively with two
A second sliding groove is slidably connected, and the second limit plate C12, the second limit plate C12 is symmetrically welded on the two sides inner wall of groove C14
Positioned at the top of the second sliding panel C13, pass through shell 1, transparent cover plate C2, third spring C3, the first support plate C4, the second support
Plate C5, first support bar C6, the 4th spring C7, flexible silicon gum cover C8, control switch 4, the first limit plate C10, second support bar
C11, the second limit plate C12, the second sliding panel C13, groove C14, front cover C15, transverse slat C16 and hydraulic bjuffer C17 are matched,
Second support bar C11 is squeezed, second support bar C11 can drive first support bar C6 to move down, and first support bar C6 can be with
The second support plate C5 is driven to be rotated, two the second support plate C5 can be moved in the direction away from each other, so that transparent
Cover board C2 can expose and be detected, and after detection, under the elastic force effect of third spring C3, make second support bar
C11 is moved up, then allows two the second support plate C5 altogether, and the utility model structure is simple, squeezes second support bar
C11 can drive the second support plate C5 to be rotated, and transparent cover plate C2 is exposed and is detected, detection finishes
Afterwards, under the elastic force effect of third spring C3, two the second support plate C5 can altogether, so that digital glimmering without using this
When photo etching detects pen, transparent cover plate C2 can be enclosed in front cover C15 by two the second support plate C5 altogether, and two second
Support plate C5 can protect transparent cover plate C2, then transparent cover plate C2 will not be scratched by hard objects, guarantee that this is digital
Fluorescer detects the accuracy of pen detection, easy to use.
Working principle: when needing to detect pen detection fluorescer using the Digital Fluorescence agent, flexible silicon gum cover C8 is supported
Testee surface is leaned against, second support bar C11 can be squeezed at this time, second support bar C11 band motion plate C16 is moved down, horizontal
Plate C16 compression hydraulic buffer C17 and third spring C3, while second support bar C11 drives the first support plate C4 to move down,
First support plate C4 drives first support bar C6 to move down, and first support bar C6 drives the second support plate C5 to move down, and makes
Obtaining two the second support plate C5 can be moved in the direction away from each other, then opens two the second support plate C5, then transparent
Cover board C2 can expose, and pressing control switch 4 can be detected, and after detection, act in the elastic force of third spring C3
Under, second support bar C11 is moved up, then allows two the second support plate C5 altogether, so that not using the number
When formula fluorescer detects pen, transparent cover plate C2 can be enclosed in front cover C15 by two the second support plate C5 altogether, and two
Second support plate C5 can protect transparent cover plate C2, then transparent cover plate C2 will not be scratched by hard objects, guarantee the number
Word formula fluorescer detects the accuracy of pen detection.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (9)
1. Portable fluorescence agent detection device, including shell (1), the shell (1) is equipped with control switch (4) and is located at control
Switch the light switch (3) of (4) side, which is characterized in that the shell (1) is far from control switch (4) and light switch (3)
Side is equipped with protective plate (2), and buffer gap is equipped between protective plate (2) and shell (1), and the shell (1) is close to protective plate
(2) side is set there are two mounting groove (5), and two mounting grooves (5) are respectively arranged at the side both ends of shell (1), the peace
It is fixedly installed with fixing seat (6) in tankage (5), the fixing seat (6) is equipped with cushion chamber (7), activity in the cushion chamber (7)
It is equipped with portable pillar (9), the protective plate (2) is equipped with the first dashpot (10) close to the side of fixing seat (6), and portable pillar
(9) one end extends in the first dashpot (10), and the one end for being located at the portable pillar (9) in the first dashpot (10) is equipped with bullet
Piece placing groove (21), the elastic slice placing groove (21) is interior to be equipped with buffering spring sheet (11), one end of the buffering spring sheet (11) and bullet
Piece placing groove (21) is fixedly connected far from the side inner wall of elastic slice placing groove (21) notch, the other end of the buffering spring sheet (11)
It is fixedly connected with the first dashpot (10) far from the side inner wall of the first dashpot (10) notch, the work being located in cushion chamber (7)
It is fixedly connected with movable block (8) on the one end of dynamic column (9), the movable block (8) is rotatably connected to far from the side of portable pillar (9)
Two rotating bars (13), and two rotating bars (13) intersect rotation connection, the cushion chamber (7) is far from the first dashpot (10)
It there are two being set on the inner wall of side sliding groove (14), and is slidably fitted with sliding shoe (15) in two sliding grooves (14), two turn
Lever (13) is rotatablely installed respectively far from the one end of movable block (8) on two sliding shoes (15), and the two of the sliding shoe (15)
Side is respectively equipped with the first spring (16) and second spring (17), and the first spring (16) and second spring (17) are respectively positioned on sliding groove
(14) in, the two sides of first spring (16) and second spring (17) one end close to each other respectively with sliding shoe (15) are fixed
One end that connection, first spring (16) and second spring (17) are located remotely from each other is solid with the two sides inner wall of sliding groove (14) respectively
Fixed connection.
2. Portable fluorescence agent detection device according to claim 1, which is characterized in that two rotating bar (13) length
It is equipped with rotation hole at half, the same pin shaft is movably installed in two rotation holes, and two rotating bars (13) are logical
Cross pin shaft rotation interconnection.
3. Portable fluorescence agent detection device according to claim 1, which is characterized in that the two sides of the cushion chamber (7)
It is equipped on inner wall the first limit sliding chutes (20), the two sides of the movable block (8) are equipped with the first position limiting slide block (19), and first
Position limiting slide block (19) is slidably mounted in the first limit sliding chutes (20).
4. Portable fluorescence agent detection device according to claim 1, which is characterized in that the cushion chamber (7) is close to the
It is offered on the side inner wall of one dashpot (10) the first sliding eye (18), and portable pillar (9) sliding runs through the first sliding eye
(18)。
5. Portable fluorescence agent detection device according to claim 1, which is characterized in that be located in the first dashpot (10)
The two sides of portable pillar (9) be equipped with the second position limiting slide block (12), be equipped on the two sides inner wall of first dashpot (10)
Second limit sliding chutes, and the second position limiting slide block (12) is slidably mounted in the second limit sliding chutes.
6. Portable fluorescence agent detection device according to claim 1, which is characterized in that the buffering spring sheet (11) is specific
Shape be " Z " font elastic slice.
7. Portable fluorescence agent detection device according to claim 1, which is characterized in that further include the fixed group of battery
Part, the battery fixation kit, including shell (1), the shell (1) are equipped with battery mounting groove (A2), the electric power storage
It is movably installed with battery (A3) in pond mounting groove (A2), the inner wall at battery mounting groove (A2) notch is equipped with frame-type
Slot is movably installed with battery cover (A4) on the frame-type slot, and battery cover (A4) is adapted with battery (A3), the battery cover
(A4) multiple elastic slice mounting grooves (A5) are equipped with close to the side of battery (A3), are equipped with elastic slice in multiple elastic slice mounting grooves (A5)
(A6), and multiple elastic slices (A6) are all extended in battery mounting groove (A2) and are abutted with battery (A3), the electric power storage
Side and battery mounting groove (A2) side inner wall far from battery mounting groove (A2) notch of the pond (A3) far from elastic slice (A6)
It is in contact, is fixed with the first conducting block (A19) and fixed link respectively on the two sides inner wall of the battery mounting groove (A2)
(A7), the fixed link (A7) is equipped with cavity (A11), is movably installed with motion bar (A8), the work in the cavity (A11)
One end activity of lever (A8) extends to the outside of fixed link (A7) and is fixedly connected with the second conducting block (A9), and battery
(A3) one end is in contact with the second conducting block (A9), and the other end of the battery (A3) connects with the first conducting block (A19)
The outside of touching, the motion bar (A8) and fixed link (A7) is arranged with the same power spring (A10), and power spring
(A10) one end is fixedly connected with the second conducting block (A9), and the other end of the power spring (A10) is fixed on battery installation
Slot (A2) is equipped with elastic spring (A12) in the cavity (A11), the bullet far from the side inner wall of the first conducting block (A19)
One end of power spring (A12) is fixedly connected with cavity (A11) far from the side inner wall of the second conducting block (A9), the elastic spring
(A12) the other end is fixedly connected with motion bar (A8) far from the one end of the second conducting block (A9).
8. Portable fluorescence agent detection device according to claim 1, which is characterized in that it further include telescopic component, it is described
Telescopic component, including shell (1) and detection lamp (B8), the side of the shell (1) offers telescopic chute (B2), the telescopic chute
(B2) it is offered in top inner wall and bottom interior wall the second dashpot (B3), two the second dashpots (B3) slidably connect
The same movable plate (B4), the side that the movable plate (B4) is located in the second dashpot (B3) are welded with buffer board (B5),
The side of the buffer board (B5) is fixedly connected with buffer spring (B6), and the one of the buffer spring (B6) separate buffer board (B5)
Side is mutually welded with the side wall of the second dashpot (B3), and the side of the movable plate (B4) offers placing groove (B7), the placement
Detection lamp (B8) is equipped in slot (B7), and the one end for detecting lamp (B8) extends to the side of shell (1), detection lamp (B8)
Top and bottom offer the first fixing groove (B9), are fixedly connected in the bottom interior wall of first fixing groove (B9) multiple
Compressed spring (B10), and the same sliding panel (B11), the sliding panel are fixedly connected at the top of multiple compressed springs (B10)
(B11) pressing plate (B12) and fixing axle (B13) are respectively welded at the top of, in the top inner wall and bottom of the placing groove (B7)
It offers the second fixing groove (B14), is extended at the top of the fixing axle (B13) in the second fixing groove (B14) on wall, it is described
It is offered on the side inner wall of telescopic chute (B2) the second mounting groove (B15), it is solid on the side inner wall of second mounting groove (B15)
Dingan County is equipped with push-rod electric machine (B16), is welded with connecting shaft (B17), the connecting shaft on the output shaft of the push-rod electric machine (B16)
(B17) one end far from push-rod electric machine (B16) is mutually welded with movable plate (B4).
9. Portable fluorescence agent detection device according to claim 1, which is characterized in that it further include protection component, it is described
Component, including shell (1) are protected, the top of the shell (1) is equipped with front cover (C15), sets on the two sides inner wall of the shell (1)
Have the same transparent cover plate (C2), the side of the shell (1) is equipped with control switch (4), and the top of the front cover (C15) is equipped with
Flexible silicon gum cover (C8) symmetrically opens up fluted (C14) on the front cover (C15), and the bottom symmetrical of the groove (C14) is equipped with
Hydraulic bjuffer (C17) is welded with the same transverse slat (C16) at the top of two hydraulic bjuffers (C17), the transverse slat (C16)
Bottom and groove (C14) bottom interior wall on be welded with the same third spring (C3), the third spring (C3) is located at two
Between a hydraulic bjuffer (C17), two sides inner wall of the both ends of the transverse slat (C16) with groove (C14) is slidably connected, described
It is welded at the top of transverse slat (C16) second support bar (C11), the top of the second support bar (C11) extends to elastic silica gel
The top inner wall of (C8) is covered, the two sides of the second support bar (C11) are welded with the second sliding panel (C13), and described second is sliding
Movable plate (C13) is located at the top of transverse slat (C16), the side that two the second sliding panels (C13) are located remotely from each other respectively with groove (C14)
Two sides inner wall be slidably connected, the side of the second support bar (C11) is welded with the first support plate (C4), the groove
(C14) side inner wall offers rectangular through-hole, and first support plate (C4) is through rectangular through-hole and extends to front cover (C15)
Side, first support plate (C4) is welded with first support bar (C6) far from the one end of second support bar (C11), before described
It covers on the two sides inner wall of (C15) and is rotatably connected to the second support plate (C5), the top and second of the first support bar (C6)
The basal sliding of support plate (C5) connects, and is welded at the top of the side of the first support bar (C6) and the second support plate (C5)
Same 4th spring (C7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820916576.6U CN208283278U (en) | 2018-06-13 | 2018-06-13 | Portable fluorescence agent detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820916576.6U CN208283278U (en) | 2018-06-13 | 2018-06-13 | Portable fluorescence agent detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208283278U true CN208283278U (en) | 2018-12-25 |
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ID=64699936
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201820916576.6U Active CN208283278U (en) | 2018-06-13 | 2018-06-13 | Portable fluorescence agent detection device |
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| Country | Link |
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| CN (1) | CN208283278U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108593621A (en) * | 2018-06-13 | 2018-09-28 | 维融科技股份有限公司 | Portable fluorescence agent detection device |
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2018
- 2018-06-13 CN CN201820916576.6U patent/CN208283278U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108593621A (en) * | 2018-06-13 | 2018-09-28 | 维融科技股份有限公司 | Portable fluorescence agent detection device |
| CN108593621B (en) * | 2018-06-13 | 2024-03-29 | 维融科技股份有限公司 | Portable fluorescent agent detection device |
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