CN209044070U - Check equipment - Google Patents
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- CN209044070U CN209044070U CN201821457024.XU CN201821457024U CN209044070U CN 209044070 U CN209044070 U CN 209044070U CN 201821457024 U CN201821457024 U CN 201821457024U CN 209044070 U CN209044070 U CN 209044070U
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- conveyer
- fixed
- accordion
- delivery section
- suspension hook
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Abstract
The utility model provides a kind of inspection equipment, checks that equipment includes: pedestal, portal frame is provided on pedestal, the first suspension hook and the second suspension hook are provided at the top of portal frame；Fixed conveyer is fixedly connected set on the lower section of portal frame, and with pedestal；First accordion conveyer is connect by hinge with the input terminal of fixed conveyer, and the first accordion conveyer includes at least two first successively hinged delivery sections；Second accordion conveyer is connect by hinge with the output end of fixed conveyer, and the second accordion conveyer includes at least two second successively hinged delivery sections；Wherein, under transition state, all first delivery sections are superimposed together, and hang with the first suspension hook and connect fixation, and all second delivery sections are superimposed together, and hang with the second suspension hook and connect fixation.By the technical solution of the utility model, so that checking equipment when transition is transported, compact overall structure, space hold be small, stationarity and highly-safe.
Description
Technical field
The utility model relates to radiation imaging inspection fields, in particular to a kind of inspection equipment.
Background technique
Vehicle inspection equipment is that the inspection equipment on the ground such as customs, Civil Aviation Airport is arranged in.Vehicle inspection equipment utilization radiation
Image-forming principle, by being scanned to examined vehicle, obtains the perspective view of interior object in the case where not opening vehicle
Picture, to realize the safety inspection to vehicle.
Existing vehicle inspection equipment, which needs to be transported to new scene after disassembling in transition, to be re-assemblied, transition times
Long, difficulty of construction is big, and the dedicated lifting device such as need fork truck or crane, is inconvenient.
Utility model content
At least one in order to solve the above-mentioned technical problem, one of the utility model is designed to provide a kind of check and sets
It is standby.
To achieve the above object, the embodiments of the present invention provide a kind of inspection equipment, comprising: pedestal, on pedestal
It is provided with portal frame, the first suspension hook and the second suspension hook are provided at the top of portal frame；Fixed conveyer is set to gate-type frame
The lower section of frame, and be fixedly connected with pedestal；First accordion conveyer is connected by the input terminal of hinge and fixed conveyer
It connects, the first accordion conveyer includes at least two first successively hinged delivery sections；Second accordion conveyer, passes through hinge
It is connect with the output end of fixed conveyer, the second accordion conveyer includes at least two second successively hinged delivery sections；
Wherein, under inspection state, all first delivery sections and all second delivery sections are along the conveying direction of fixed conveyer
It is in one line, to cooperate with fixed conveyer, realize that conveying article passes through portal frame；Under transition state, all first
Delivery section is superimposed together, and hangs with the first suspension hook and connect fixation, and all second delivery sections are superimposed together, and hangs with the second suspension hook
Connect fixation.
Inspection equipment provided by the utility model, including pedestal, portal frame and fixed conveyer, wherein gate-type frame
It is set up on pedestal, fixed conveyer is set to the lower section of portal frame, and is fixedly connected with pedestal, passes through fixed conveyer
Article (such as vehicle, container) can be conveyed to move in portal frame, it will be understood that article is on fixed conveyer
When, i.e., using radiant image principle, the fluoroscopy images of interior object are obtained, to realize the safety inspection to vehicle.
In addition, checking that equipment further includes the first accordion conveyer and the second accordion conveyer, specifically, first is folded
Formula conveyer is connect by hinge with the input terminal of fixed conveyer, and the first accordion conveyer include successively it is hinged extremely
Few two the first delivery sections.Second accordion conveyer is connect by hinge with the output end of fixed conveyer, and the second folding
Stacked conveyer includes at least two second successively hinged delivery sections.By under inspection state, all first delivery sections with
And conveying direction of all second delivery sections along fixed conveyer is in one line, can using the first accordion conveyer,
Fixed conveyer and the second accordion conveyer realize that conveying article passes through portal frame, so as to avoid operator
It drives across portal frame, radiation injury will not be caused to operator.
Further, check that equipment includes the first suspension hook and the second suspension hook being arranged at the top of portal frame, by turning
Under the state of field, all first delivery sections are superimposed together, and hang with the first suspension hook and connect fixation, and all second delivery sections are superimposed on one
It rises, and is hung with the second suspension hook and connect fixation, reduce the overall dimensions of the first accordion conveyer and the second accordion conveyer,
And can be improved the overall stability between the first accordion conveyer and the second accordion conveyer and portal frame, make
One accordion conveyer and the second accordion conveyer are not susceptible to shake, further, so that checking that equipment is passing through
When transport vehicle transition is transported, compact overall structure, space hold be small, stationarity and highly-safe, and transhipment difficulty is greatly reduced, and
Meet highway transportation requirement.
In addition, the inspection equipment in above-described embodiment provided by the utility model can also have following supplementary technology special
Sign:
In above-mentioned technical proposal, it is preferable that portal frame includes for installing the cabin of radiographic source and being respectively arranged at cabin
The lower end of the both ends of body and two perpendicular support arms for supporting cabin, each perpendicular support arm is fixedly connected with pedestal；Wherein, it is checking
Under state, the first suspension hook and the second suspension hook are accommodated in cabin, and under transition state, the first suspension hook and the second suspension hook stretch out
To outside cabin.
In the present solution, including for installing the cabin of radiographic source and being respectively arranged at the both ends of cabin by portal frame
And two perpendicular support arms of cabin are supported, the lower end of each perpendicular support arm is fixedly connected with pedestal, provides the installation of radiographic source
Radiographic source can be mounted in the cabin at the top of portal frame by space.By the way that under inspection state, the first suspension hook and second is hung
Hook is accommodated in cabin, is made to check that equipment overall appearance is neat, danger is not susceptible in checking process, by transition state
Under, the first suspension hook and the second suspension hook are extend out to outside cabin, convenient for the first accordion conveyer and the first suspension hook are hung connect it is fixed,
And the second accordion conveyer and the second suspension hook are hung and connect fixation.
In any of the above-described technical solution, it is preferable that each perpendicular support arm is configured to Telescoping so that cabin can on
It rises and declines.
In the present solution, by each erect support arm be configured to Telescoping, enable cabin relative on support base
It rises and declines.When checking that equipment is loaded on transport vehicle, by declining cabin, it can reduce and check the whole high of equipment
Degree, so as to better meet highway transportation requirement, reduces the transhipment difficulty of equipment body.
Wherein, it should be noted that when cabin declines, the first suspension hook and the second suspension hook can also decline accordingly, preferably
Ground when cabin drops to extreme lower position, then the first accordion conveyer is hung with the first suspension hook and connects that fixed and second is collapsible
Conveyer and the second suspension hook hang and connect fixation.
It is of course also possible to hang the first accordion conveyer and the first suspension hook when cabin being selected to be in other positions and connect admittedly
Fixed and the second accordion conveyer and the second suspension hook hang and connect fixation, can satisfy transhipment and require.
In any of the above-described technical solution, it is preferable that under transition state, all first delivery sections and all second conveyings
Portion is vertically arranged, and one end positioned at the first delivery section of head end is connect by hinge with input terminal, and the other end is hung by first
Socket part and the first suspension hook are cooperatively connected, and one end positioned at the second delivery section of head end is connect by hinge with output end, the other end
Socket part and the second suspension hook is hung by second to be cooperatively connected, the first delivery section positioned at tail end and the second delivery section positioned at tail end it
Between by be removably secured connecting rod realize it is relatively fixed.
In the present solution, all first delivery sections and all second delivery sections are set vertically by under transition state
It sets, one end positioned at the first delivery section of head end is connect by hinge with input terminal, and the other end hangs socket part and first by first
Suspension hook is cooperatively connected, and one end positioned at the second delivery section of head end is connect by hinge with output end, and the other end is hung by second
Socket part and the second suspension hook are cooperatively connected, the first delivery section positioned at tail end and between the second delivery section positioned at tail end by removable
Fix connecting rod realization with unloading relatively fixed, it is whole to tie after folding the first accordion conveyer and the second accordion conveyer
Structure is compact, and fixed, further improves stability and reliability.
Wherein, optionally, fixed connecting rod and the connection type between the first delivery section of tail end include but is not limited to
It is clamped and is bolted.Fixed connecting rod and the connection type between the second delivery section of tail end include but is not limited to be clamped
Be bolted.
In any of the above-described technical solution, it is preferable that further include: the first limit base, set on the first delivery section for being located at head end
Between fixed conveyer, tilted for limiting the first delivery section for being located at head end to extreme direction is exported；Second limit base, if
Between the second delivery section and fixed conveyer for being located at head end, for limit the second delivery section positioned at head end to input terminal
Direction inclination.
In the present solution, by the way that the first limit is arranged between the first delivery section in fixed conveyer and positioned at head end
Seat can limit the first delivery section positioned at head end to output extreme direction inclination, it is folded to further improve all first delivery sections
Stability and reliability when being combined.By the way that is arranged between the second delivery section in fixed conveyer and positioned at head end
Two limit bases can limit the second delivery section positioned at head end to output extreme direction inclination, it is defeated to further improve all second
Stability and reliability when portion being sent to be superimposed together.
In any of the above-described technical solution, it is preferable that fixed conveyer include the fixed conveyer in a left side parallel to each other and
Right fixed conveyer, the first accordion conveyer include that the first accordion conveyer of a left side and the right side first parallel to each other are collapsible
Conveyer, the second accordion conveyer include the second accordion conveyer of a left side and right second accordion conveyer parallel to each other；
Wherein, left first accordion conveyer, left fixed conveyer and left second accordion conveyer are successively cooperatively connected, and right the
One accordion conveyer, right fixed conveyer and right second accordion conveyer are successively cooperatively connected.
In the present solution, including the fixed conveyer in a left side parallel to each other and right fixed conveying by fixed conveyer
Machine, the first accordion conveyer include the first accordion conveyer of a left side parallel to each other and right first accordion conveyer, and second
Accordion conveyer includes the second accordion conveyer of a left side and right second accordion conveyer parallel to each other, folds a left side first
Formula conveyer, left fixed conveyer and left second accordion conveyer are successively cooperatively connected, right first accordion conveyer,
Right fixed conveyer and right second accordion conveyer are successively cooperatively connected, and can form two under inspection state
Conveyer belt parallel to each other both can be used for individually conveying article, can be used for whole conveying article, with higher practical
Property.
Optionally, the spacing between two conveyer belts parallel to each other is equal to the spacing between the left and right wheel of vehicle, article
When for vehicle, two conveyer belts parallel to each other, which are moved synchronously, passes through portal frame with transport vehicles, to realize the peace to vehicle
Total inspection.
Optionally, the position that two conveyer belts parallel to each other correspond to radiographic source is provided with detector.
In any of the above-described technical solution, it is preferable that further include: the first fixed link is located in left first accordion conveyer
It is located between the first delivery section of head end in first delivery section of head end and right first accordion conveyer and passes through the first fixed link
It is fixedly connected；Second fixed link, the first delivery section and the right side second that head end is located in left second accordion conveyer are collapsible defeated
It send in machine and is fixedly connected between the first delivery section of head end by the second fixed link.
In the present solution, being located at the first conveying of head end in left first accordion conveyer by the first fixed link of setting
It is located between the first delivery section of head end in portion and right first accordion conveyer and is fixedly connected by the first fixed link, makes a left side the
It is located at the first conveying of head end in one accordion conveyer in the first delivery section of head end and right first accordion conveyer
Portion is relatively fixed, improves the first delivery section for being located at head end in left first accordion conveyer and right first accordion conveyer
In be located at overall structure stability between the first delivery section of head end, reliability is higher.
By the way that the second fixed link is arranged, make the first delivery section and the right side second that are located at head end in left second accordion conveyer
It is fixedly connected between the first delivery section of head end by the second fixed link in accordion conveyer, keeps a left side second collapsible defeated
Send the first delivery section for being located at head end in machine in the first delivery section of head end and right second accordion conveyer relatively fixed,
It improves the first delivery section for being located at head end in left second accordion conveyer and is located at head end in right second accordion conveyer
The first delivery section between overall structure stability, reliability is higher.
In any of the above-described technical solution, it is preferable that first to hang socket part include being formed in the intermediate position of the first fixed link
First bending slot, second to hang socket part include the second bending slot for being formed in the intermediate position of the second fixed link.
In the present solution, to hang socket part include the first bending slot for being formed in the intermediate position of the first fixed link by first,
The first suspension hook is set to be fixed in the first bending slot.Hanging socket part by second includes being formed in the centre of the second fixed link
The second bending slot at position, enables the second suspension hook to be fixed in the second bending slot.
In any of the above-described technical solution, it is preferable that fixed conveyer includes the first track branch being fixedly connected with pedestal
Frame, first be rotatably arranged in the first track support convey roller group, the first carrier vehicle above the first conveying roller group
Plate and for drive first conveying roller group rotation first driving device, the first vehicle-carrying plate can first convey roller group band
Dynamic the first track support of lower edge moves back and forth；Each first delivery section includes the second track support, is rotatably arranged in second
The second conveying roller group in track support, the second vehicle-carrying plate above the second conveying roller group and second defeated for driving
The second driving device of roller group is sent, the second vehicle-carrying plate can drive the second track support of lower edge to move back and forth in the second roller group；Often
A second delivery section includes third track support, the third being rotatably arranged in third track support conveying roller group, is located at
Third vehicle-carrying plate above third conveying roller group and the third driving device for driving third conveying roller group, third carrier vehicle
Plate can move back and forth under the drive of third roller group along third track support.
In the present solution, fixed conveyer, the first accordion conveyer and the second accordion conveyer have entirety
The advantage of structure simply, reliable and stable after interconnection.
In any of the above-described technical solution, it is preferable that further include: radiographic source is mounted in cabin；Detector, installation are in place
In the perpendicular feeler arm of perpendicular support arm side, and/or in the horizontal feeler arm that is mounted between two support bases.
In the present solution, being mounted on perpendicular support arm side by installing radiographic source in cabin, and by detector
It, can be using radiographic source to fixed defeated in perpendicular feeler arm and/or in the horizontal feeler arm that is mounted between two support bases
The article divergent-ray on machine is sent, and receives ray using detector to realize radiant image, to realize the safety to article
It checks.
In any of the above-described technical solution, it is preferable that further include: at least two telescopic components are set on pedestal, each flexible
Having on component can be to the supporting leg of stretching below pedestal, to realize adjustment base and support by the stretching motion of supporting leg
Spacing between face；Wherein, when spacing is greater than the height of transport vehicle, transport vehicle can be travelled to the lower section of pedestal, to prop up
After support leg is shunk, make to check that equipment is loaded on transport vehicle.
In the present solution, have by being arranged at least two telescopic components on pedestal, on each telescopic component can be to
The supporting leg stretched out below pedestal, can be by the stretching motion of supporting leg come the spacing between adjustment base and supporting surface, in fact
Now make to check equipment opposite support face raising and lowering.Wherein, when the spacing between pedestal and supporting surface is greater than the height of transport vehicle
When spending, transport vehicle can be travelled to the lower section of pedestal, after supporting leg is shunk, to make to check that equipment is loaded on transport vehicle.
Through the above scheme, it does not need using hanging device, can will quickly and easily check that equipment is loaded in transport vehicle
Above or it will check that equipment is unloaded from transport vehicle, with simple, the easy to loading and unloading advantage of overall structure, meanwhile, it is loading and unloading
During checking equipment, makes to check that equipment is not susceptible to shake, improve safety and reliability.
Wherein, optionally, all supporting legs are located at the opposite sides below pedestal, travel in transport vehicle to equipment master
When the lower section of body, it is not susceptible to collide between supporting leg and transport vehicle.
Optionally, supporting surface includes but is not limited to the upper surface on ground and equipment mounting platform.
Optionally, article includes but is not limited to following one or combinations thereof: vehicle and container.
The additional aspect and advantage of the utility model will become obviously in following description section, or practical new by this
The practice of type is recognized.
Detailed description of the invention
Fig. 1 shows the structural schematic diagram of the inspection equipment of one embodiment according to the present utility model；
Fig. 2 shows the structural schematic diagrams of the inspection equipment of another embodiment according to the present utility model；
Fig. 3 shows the structural schematic diagram at the inspection equipment A in Fig. 2；
Fig. 4 shows the structural schematic diagram of the inspection equipment of further embodiment according to the present utility model；
Fig. 5 shows the structural schematic diagram of the inspection equipment of another embodiment according to the present utility model；
Fig. 6 shows the structural schematic diagram of the inspection equipment of another embodiment according to the present utility model；
Fig. 7 shows the structural schematic diagram of the inspection equipment of another embodiment according to the present utility model；
Fig. 8 shows the structural schematic diagram of the inspection equipment of another embodiment according to the present utility model；
Fig. 9 shows the structural schematic diagram of the inspection equipment of another embodiment according to the present utility model.
Wherein, corresponding relationship of the Fig. 1 into Fig. 9 between appended drawing reference and component names are as follows:
102 pedestals, 104 portal frames, 106 first suspension hooks, 108 fixed conveyers, 110 first accordion conveyers,
112 second accordion conveyers, 114 first delivery sections, 116 second delivery sections, 118 second suspension hooks, 120 fixed connecting rods, 122 the
One limit base, 124 second limit bases, 126 second fixed links, 128 first fixed links, 130 first bending slots, 132 cabins, 134
Perpendicular support arm, 136 ramp plates, 138 detectors, 140 vehicles, 142 telescopic components, 144 supporting legs, 146 transport vehicles, 148 cabinet bodies.
Specific embodiment
In order to be more clearly understood that the above objects, features, and advantages of the utility model, with reference to the accompanying drawing and have
The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen
The feature in embodiment and embodiment please can be combined with each other.
Many details are explained in the following description in order to fully understand the utility model, still, this is practical
Novel to be implemented using other than the one described here other modes, therefore, the protection scope of the utility model is simultaneously
It is not limited to the limitation of following public specific embodiment.
The inspection equipment provided referring to Fig. 1 to Fig. 9 description according to some embodiments of the utility model.
As shown in Figures 1 to 5, inspection equipment provided by the embodiment of the utility model, comprising: including pedestal 102, gate-type frame
Frame 104 and fixed conveyer 108, wherein portal frame 104 is set on pedestal 102, and fixed conveyer 108 is set to gate-type
The lower section of frame 104, and being fixedly connected with pedestal 102 can convey article (such as vehicle by fixed conveyer 108
140, container) it is moved in portal frame 104, it will be understood that it is when article is on fixed conveyer 108, i.e., available
Radiant image principle, obtains the fluoroscopy images of interior object, to realize the safety inspection to vehicle 140.
In addition, checking that equipment further includes the first accordion conveyer 110 and the second folding shown in as shown in Figure 1, Figure 2, Fig. 4 and Fig. 5
Stacked conveyer 112, specifically, the first accordion conveyer 110 are connected by the input terminal of hinge and fixed conveyer 108
It connects, and the first accordion conveyer 110 includes at least two first successively hinged delivery sections 114.Second accordion conveyer
112 are connect by hinge with the output end of fixed conveyer 108, and the second accordion conveyer 112 includes successively hinged
At least two second delivery sections 116.By under inspection state, all first delivery sections 114 and all second delivery sections 116
Conveying direction along fixed conveyer 108 is in one line, can utilize the first accordion conveyer 110, fixed conveying
Machine 108 and the second accordion conveyer 112 realize that conveying article passes through portal frame 104, so as to avoid operator
It drives across portal frame 104, radiation injury will not be caused to operator.
Further, as shown in Figure 1 to Figure 3, check that equipment includes the first suspension hook that 104 top of portal frame is arranged in
106 and second suspension hook 118, by the way that under transition state, all first delivery sections 114 are superimposed together, and with the first suspension hook 106
It hangs and connects fixation, all second delivery sections 116 are superimposed together, and hang with the second suspension hook 118 and connect fixation, and it is collapsible to reduce first
The overall dimensions of conveyer 110 and the second accordion conveyer 112, and can be improved the first accordion conveyer 110 and
Overall stability between second accordion conveyer 112 and portal frame 104 makes the first accordion conveyer 110 and
Eighty percent discount stacked conveyer 112 is not susceptible to shake, further, so that checking that equipment is transported by 146 transition of transport vehicle
When, compact overall structure, space hold be small, stationarity and highly-safe, transhipment difficulty is greatly reduced, and meet highway transportation and want
It asks.
In some embodiments of the utility model, as shown in Fig. 4 to Fig. 9, portal frame 104 includes for installing ray
Two perpendicular support arms 134 of the cabin 132 in source and the both ends for being respectively arranged at cabin 132 and support cabin 132, each perpendicular support
The lower end of arm 134 is fixedly connected with pedestal 102；Wherein, under inspection state, the first suspension hook 106 and the second suspension hook 118 are stored
In cabin 132, under transition state, the first suspension hook 106 and the second suspension hook 118 are extend out to outside cabin 132.
In the present solution, including for installing the cabin 132 of radiographic source and being respectively arranged at cabin by portal frame 104
132 both ends and two perpendicular support arms 134 for supporting cabin 132, the lower end of each perpendicular support arm 134 and pedestal 102 are fixed and are connected
It connects, provides the installation space of radiographic source, radiographic source can be mounted in the cabin 132 at 104 top of portal frame.By
Under inspection state, the first suspension hook 106 and the second suspension hook 118 are accommodated in cabin 132, make to check that equipment overall appearance is neat,
Danger is not susceptible in checking process, by the way that under transition state, the first suspension hook 106 and the second suspension hook 118 extend out to cabin
Outside 132, convenient for the first accordion conveyer 110 and the first suspension hook 106 are hung connect it is fixed and by the second accordion conveyer
112 and second suspension hook 118 hang and connect fixation.
In some embodiments of the utility model, as shown in Figure 4 and Figure 6, each perpendicular support arm 134 is configured to scalable
State, so that cabin 132 is capable of being raised and lowered.
It is being configured to Telescoping in the present solution, passing through and each erecting support arm 134, is enabling cabin 132 relative to branch
Support seat raising and lowering.When checking that equipment is loaded on transport vehicle 146, by declining cabin 132, inspection can be reduced and set
Standby whole height reduces the transhipment difficulty of equipment body so as to better meet highway transportation requirement.
Wherein, it should be noted that when cabin 132 declines, the first suspension hook 106 and the second suspension hook 118 also can be corresponding
Decline, it is preferable that when cabin 132 drops to extreme lower position, then the first accordion conveyer 110 is hung with the first suspension hook 106 and is connect
Fixed and the second accordion conveyer 112 and the second suspension hook 118 hang and connect fixation.
It is of course also possible to make the first accordion conveyer 110 and the first suspension hook when cabin 132 being selected to be in other positions
106 hang and connect fixed and the second accordion conveyer 112 and the second suspension hook 118 hangs and connects fixation, can satisfy transhipment requirement i.e.
It can.
In some embodiments of the utility model, as shown in Figure 1 to Figure 3, under transition state, all first delivery sections
114 and all second delivery sections 116 be vertically arranged, positioned at head end the first delivery section 114 one end by hinge with it is defeated
Enter end connection, the other end hangs socket part and the first suspension hook 106 by first and be cooperatively connected, positioned at the second delivery section 116 of head end
One end is connect by hinge with output end, and the other end hangs socket part by second and the second suspension hook 118 is cooperatively connected, positioned at tail end
First delivery section 114 and between the second delivery section 116 of tail end by be removably secured connecting rod 120 realize it is relatively solid
It is fixed.
In the present solution, all first delivery sections 114 and all second delivery sections 116 are equal by under transition state
It is vertically arranged, one end positioned at the first delivery section 114 of head end is connect by hinge with input terminal, and the other end hangs by first and connects
Portion and the first suspension hook 106 are cooperatively connected, and one end positioned at the second delivery section 116 of head end is connect by hinge with output end, separately
One end hangs socket part and the second suspension hook 118 by second and is cooperatively connected, the first delivery section 114 positioned at tail end and the positioned at tail end
Between two delivery sections 116 by be removably secured connecting rod 120 realize it is relatively fixed, make the first accordion conveyer 110 and
After second accordion conveyer 112 folds, compact overall structure, and it is fixed, further improve stability and reliability.
Wherein, optionally, fixed connecting rod 120 and the connection type between the first delivery section 114 of tail end include but
It is not limited to be clamped and be bolted.Fixed connecting rod 120 and the connection type between the second delivery section 116 of tail end include
But it is not limited to be clamped and be bolted.
In some embodiments of the utility model, as shown in Fig. 2, checking equipment further include: the first limit base 122, if
Between the first delivery section 114 and fixed conveyer 108 for being located at head end, for limiting the first delivery section for being located at head end
114 tilt to output extreme direction；Second limit base 124, set on the second delivery section 116 and fixed conveyer for being located at head end
Between 108, tilted for limiting the second delivery section 116 for being located at head end to extreme direction is inputted.
In the present solution, by being arranged first between the first delivery section 114 in fixed conveyer 108 and positioned at head end
Limit base 122 can limit the first delivery section 114 positioned at head end to output extreme direction inclination, further improve all the
Stability and reliability when one delivery section 114 is superimposed together.By in fixed conveyer 108 and positioned at the second of head end
Second limit base 124 is set between delivery section 116, and the second delivery section 116 that can be limited positioned at head end is inclined to output extreme direction
Tiltedly, the stability and reliability when all second delivery sections 116 are superimposed together are further improved.
In some embodiments of the utility model, as shown in Figures 1 to 5, fixed conveyer 108 includes parallel to each other
The fixed conveyer in a left side 108 and right fixed conveyer 108, the first accordion conveyer 110 includes parallel to each other left the
One accordion conveyer 110 and right first accordion conveyer 110, the second accordion conveyer 112 include a left side parallel to each other
Second accordion conveyer 112 and right second accordion conveyer 112；Wherein, left first accordion conveyer 110, left fixation
Formula conveyer 108 and left second accordion conveyer 112 are successively cooperatively connected, right first accordion conveyer 110, right fixation
Formula conveyer 108 and right second accordion conveyer 112 are successively cooperatively connected.
In the present solution, including left fixed conveyer 108 parallel to each other and right fixation by fixed conveyer 108
Formula conveyer 108, the first accordion conveyer 110 include the first accordion conveyer of a left side 110 and right first folding parallel to each other
Stacked conveyer 110, the second accordion conveyer 112 include the second accordion conveyer of a left side 112 and the right side second parallel to each other
Accordion conveyer 112 makes left first accordion conveyer 110, left fixed conveyer 108 and left second collapsible conveying
Machine 112 is successively cooperatively connected, right first accordion conveyer 110, right fixed conveyer 108 and right second collapsible conveying
Machine 112 is successively cooperatively connected, and can form two conveyer belts parallel to each other under inspection state, both can be used for individually
Article is conveyed, can be used for whole conveying article, practicability with higher.
Optionally, the spacing between two conveyer belts parallel to each other is equal to the spacing between the left and right wheel of vehicle 140,
When article is vehicle 140, two conveyer belts parallel to each other, which are moved synchronously, passes through portal frame 104 with transport vehicles 140, with reality
Now to the safety inspection of vehicle 140.
Optionally, the position that two conveyer belts parallel to each other correspond to radiographic source is provided with detector 138.
Optionally, the both ends of every conveyer belt are separately installed with a ramp plate 136, so that vehicle is stably entered or sailed
Portal frame out, to obtain more visible and stable fluoroscopy images.
In some embodiments of the utility model, as shown in Figures 2 and 3, equipment is checked further include: the first fixed link
128, it is located at position in the first delivery section 114 and right first accordion conveyer 110 of head end in left first accordion conveyer 110
It is fixedly connected between the first delivery section 114 of head end by the first fixed link 128；Second fixed link 126, a left side second are collapsible
It is located at the first conveying of head end in conveyer 112 in the first delivery section 114 of head end and right second accordion conveyer 112
It is fixedly connected between portion 114 by the second fixed link 126.
In the present solution, by the first fixed link 128 of setting, it is being located at the of head end in left first accordion conveyer 110
It is located between the first delivery section 114 of head end in one delivery section 114 and right first accordion conveyer 110 and passes through the first fixed link
128 are fixedly connected, and keep the first delivery section 114 for being located at head end in left first accordion conveyer 110 and the right side first collapsible defeated
It send the first delivery section 114 in machine 110 positioned at head end relatively fixed, improves in left first accordion conveyer 110 and be located at head
The whole knot being located between the first delivery section 114 of head end in first delivery section 114 at end and right first accordion conveyer 110
Structure stability, reliability are higher.
By the way that the second fixed link 126 is arranged, make the first delivery section for being located at head end in left second accordion conveyer 112
114 and right second accordion conveyer 112 in be located at it is fixed by the second fixed link 126 between the first delivery section 114 of head end
Connection makes the first delivery section 114 for being located at head end in left second accordion conveyer 112 and right second accordion conveyer 112
In be located at head end the first delivery section 114 it is relatively fixed, improve and be located at the first of head end in left second accordion conveyer 112
The overall structure being located between the first delivery section 114 of head end in delivery section 114 and right second accordion conveyer 112 is stablized
Property, reliability is higher.
In some embodiments of the utility model, as shown in figure 3, first hangs socket part including being formed in the first fixed link
The first bending slot 130 at 128 intermediate position, second hang socket part include be formed in the second fixed link 126 intermediate position
Eighty percent discount curved groove.
In the present solution, hanging socket part by first includes being formed in first bending at the intermediate position of the first fixed link 128
Slot 130 enables the first suspension hook 106 to be fixed in the first bending slot 130.Hanging socket part by second includes being formed in second
The second bending slot at the intermediate position of fixed link 126, enables the second suspension hook 118 to be fixed in the second bending slot.
In some embodiments of the utility model, fixed conveyer 108 includes first be fixedly connected with pedestal 102
Track support, first be rotatably arranged in the first track support convey roller group, the above the first conveying roller group
One vehicle-carrying plate and for drive first conveying roller group rotation first driving device, the first vehicle-carrying plate can first conveying
Roller group drives the first track support of lower edge to move back and forth；Each first delivery section 114 includes the second track support, rotationally sets
Set the second conveying roller group in the second track support, the second vehicle-carrying plate above the second conveying roller group and for driving
Second driving device of dynamic second conveying roller group, the second vehicle-carrying plate can drive the second track support of lower edge reciprocal in the second roller group
Movement；Each second delivery section 116 includes third track support, the third being rotatably arranged in third track support conveying
Roller group, the third vehicle-carrying plate above third conveying roller group and the third driving device for driving third conveying roller group,
Third vehicle-carrying plate can move back and forth under the drive of third roller group along third track support.
In the present solution, fixed conveyer 108, the first accordion conveyer 110 and the second accordion conveyer 112
Have the advantages that overall structure is simple, be connected with each other after it is reliable and stable.
In some embodiments of the utility model, as shown in figure 5, checking equipment further include: radiographic source is mounted on cabin
In 132；Detector 138 is mounted in the perpendicular feeler arm of perpendicular 134 side of support arm, and/or is mounted on two supports
In horizontal feeler arm between seat.
In the present solution, being mounted on perpendicular support arm by installing radiographic source in cabin 132, and by detector 138
In the perpendicular feeler arm of 134 sides and/or in the horizontal feeler arm that is mounted between two support bases, can using radiographic source to
Article divergent-ray on fixed conveyer 108, and ray is received using detector 138 to realize radiant image, thus real
Now to the safety inspection of article.
In some embodiments of the utility model, as shown in Figure 6 to 8, equipment is checked further include: at least two is flexible
Component 142 is set on pedestal 102, have on each telescopic component 142 can to the supporting leg 144 stretched out below pedestal 102,
To realize the spacing between adjustment base 102 and supporting surface by the stretching motion of supporting leg 144；Wherein, when spacing is greater than fortune
When the height of defeated vehicle 146, transport vehicle 146 can be travelled to the lower section of pedestal 102, be set with making to check after the contraction of supporting leg 144
It is standby to be loaded on transport vehicle 146.
In the present solution, having on each telescopic component 142 by the way that at least two telescopic components 142 are arranged on pedestal 102
Have can to the supporting leg 144 stretched out below pedestal 102, can by the stretching motion of supporting leg 144 come adjustment base 102 with
Spacing between supporting surface, realization make to check equipment opposite support face raising and lowering.Wherein, when pedestal 102 and supporting surface it
Between spacing be greater than transport vehicle 146 height when, transport vehicle 146 can be travelled to the lower section of pedestal 102, in supporting leg 144
After contraction, make to check that equipment is loaded on transport vehicle 146.
Through the above scheme, it does not need using hanging device, can will quickly and easily check that equipment is loaded in transport vehicle
On 146 or it will check that equipment is unloaded from transport vehicle 146, with simple, the easy to loading and unloading advantage of overall structure, meanwhile,
During handling check equipment, makes to check that equipment is not susceptible to shake, improve safety and reliability.
Wherein, optionally, all supporting legs 144 are located at the opposite sides of 102 lower section of pedestal, in 146 row of transport vehicle
When sailing to the lower section of equipment body, it is not susceptible to collide between supporting leg 144 and transport vehicle 146.
Optionally, supporting surface includes but is not limited to the upper surface on ground and equipment mounting platform.
Optionally, article includes but is not limited to following one or combinations thereof: vehicle 140 and container.
In some embodiments of the utility model, as shown in figure 9, under transition state, it is entire to check that equipment is packed into cabinet
In body 148, cabinet body 148 includes frame, and the clamshell being fixed on frame.
Optionally, above-mentioned clamshell includes top plate and bottom plate, left plate, right side plate, front side board and back side panel.
In conclusion inspection equipment provided by the utility model, by the way that under transition state, all first delivery sections are overlapped
It hangs together and with the first suspension hook and connects fixation, all second delivery sections, which are superimposed together and hang with the second suspension hook, connects fixation, reduces
The overall dimensions of first accordion conveyer and the second accordion conveyer, and can be improved the first accordion conveyer with
And the second overall stability between accordion conveyer and portal frame, make the first accordion conveyer and second collapsible
Conveyer is not susceptible to shake, and further, so that checking equipment when transporting by transport vehicle transition, overall structure is tight
Gather, space hold is small, stationarity and highly-safe, transhipment difficulty is greatly reduced, and meet highway transportation requirement.
In the present invention, term " first ", " second ", " third " are only used for the purpose of description, and should not be understood as
Indication or suggestion relative importance；Term " multiple " then refers to two or more, unless otherwise restricted clearly.Term " peace
Dress ", " connected ", " connection ", the terms such as " fixation " shall be understood in a broad sense, can also be with for example, " connection " may be a fixed connection
It is to be detachably connected, or be integrally connected；" connected " can be directly connected, can also be indirectly connected through an intermediary.It is right
For those skilled in the art, can understand as the case may be above-mentioned term in the present invention specifically contain
Justice.
In the description of the utility model, it is to be understood that term " on ", "lower", "left", "right", "front", "rear" etc. refer to
The orientation or positional relationship shown be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description the utility model and
Simplify description, rather than the device or unit of indication or suggestion meaning there must be specific direction, with specific orientation construction
And operation, it is thus impossible to be construed as a limitation of the present invention.
In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc.
Mean that particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least the one of the utility model
In a embodiment or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment
Or example.Moreover, the particular features, structures, materials, or characteristics of description can be in any one or more embodiment or examples
In can be combined in any suitable manner.
The above is only the preferred embodiments of the utility model, are not intended to limit the utility model, for this field
Technical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model,
Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (12)
1. a kind of inspection equipment characterized by comprising
Pedestal is provided with portal frame on the pedestal, the first suspension hook and the second suspension hook is provided at the top of the portal frame；
Fixed conveyer set on the lower section of the portal frame, and is fixedly connected with the base；
First accordion conveyer is connect by hinge with the input terminal of the fixed conveyer, and described first is collapsible defeated
Sending machine includes at least two first successively hinged delivery sections；
Second accordion conveyer is connect by hinge with the output end of the fixed conveyer, and described second is collapsible defeated
Sending machine includes at least two second successively hinged delivery sections；
Wherein, under inspection state, all first delivery sections and all second delivery sections are along described fixed
The conveying direction of conveyer is in one line, to cooperate with the fixed conveyer, realizes that conveying article passes through the gate-type frame
Frame；
Under transition state, all first delivery sections are superimposed together, and hang with first suspension hook and connect fixation, Suo Yousuo
It states the second delivery section to be superimposed together, and is hung with second suspension hook and connect fixation.
2. inspection equipment according to claim 1, which is characterized in that
The portal frame includes for installing the cabin of radiographic source and being respectively arranged at described in both ends and the support of the cabin
The lower end of two perpendicular support arms of cabin, each perpendicular support arm is fixedly connected with the base；
Wherein, under inspection state, first suspension hook and second suspension hook are accommodated in the cabin, in transition state
Under, first suspension hook and second suspension hook are extend out to outside the cabin.
3. inspection equipment according to claim 2, which is characterized in that
Each perpendicular support arm is configured to Telescoping, so that the cabin is capable of being raised and lowered.
4. inspection equipment according to any one of claim 1 to 3, which is characterized in that
Under transition state, all first delivery sections and all second delivery sections are vertically arranged, and are located at head end
One end of first delivery section connect with the input terminal by hinge, the other end passes through first and hangs socket part and described first
Suspension hook is cooperatively connected,
One end positioned at second delivery section of head end is connect by hinge with the output end, and the other end hangs by second and connects
Portion and second suspension hook are cooperatively connected,
First delivery section positioned at tail end and between second delivery section positioned at tail end pass through the company of being removably secured
Bar is realized relatively fixed.
5. inspection equipment according to claim 4, which is characterized in that further include:
First limit base is used for agretope between first delivery section and the fixed conveyer for being located at head end
It is tilted in first delivery section of head end to the output extreme direction；
Second limit base is used for agretope between second delivery section and the fixed conveyer for being located at head end
It is tilted in second delivery section of head end to the input extreme direction.
6. inspection equipment according to claim 4, which is characterized in that
The fixed conveyer includes the fixed conveyer in a left side and right fixed conveyer parallel to each other, and described first folds
Formula conveyer includes the first accordion conveyer of a left side and right first accordion conveyer parallel to each other, and described second is collapsible defeated
Sending machine includes the second accordion conveyer of a left side and right second accordion conveyer parallel to each other；
Wherein, left first accordion conveyer, the fixed conveyer in the left side and left second accordion conveyer
Successively it is cooperatively connected, right first accordion conveyer, the fixed conveyer in the right side and described right second collapsible defeated
Machine is sent successively to be cooperatively connected.
7. inspection equipment according to claim 6, which is characterized in that further include:
First fixed link, be located in left first accordion conveyer head end first delivery section and right first folding
It is fixedly connected between first delivery section of head end by first fixed link in stacked conveyer；
Second fixed link, be located in left second accordion conveyer head end first delivery section and right second folding
It is fixedly connected between first delivery section of head end by second fixed link in stacked conveyer.
8. inspection equipment according to claim 7, which is characterized in that
Described first to hang socket part include the first bending slot for being formed in the intermediate position of first fixed link, and described second hangs and connect
Portion includes the second bending slot for being formed in the intermediate position of second fixed link.
9. inspection equipment according to any one of claim 1 to 3, which is characterized in that
The fixed conveyer includes the first track support being fixedly connected with the base, is rotatably arranged in described
First in one track support conveys roller group, the first vehicle-carrying plate above the first conveying roller group and for driving
The first driving device of the first conveying roller group rotation, first vehicle-carrying plate can be in the case where the first conveying roller group drive
It is moved back and forth along first track support；
Each first delivery section includes the second track support, be rotatably arranged in second track support second
Convey roller group, the second vehicle-carrying plate above the second conveying roller group and for driving the second conveying roller group
Second driving device, second vehicle-carrying plate can drive the second track support described in lower edge reciprocal in the second conveying roller group
Movement；
The third that each second delivery section includes third track support, is rotatably arranged in the third track support
Convey roller group, the third vehicle-carrying plate above third conveying roller group and for driving the third conveying roller group
Third driving device, the third vehicle-carrying plate can convey roller group in the third and drive third track support described in lower edge reciprocal
Movement.
10. inspection equipment according to claim 2 or 3, which is characterized in that further include:
Radiographic source is mounted in the cabin；
Detector is mounted in the perpendicular feeler arm of the perpendicular support arm side, and/or be mounted on two support bases it
Between horizontal feeler arm in.
11. inspection equipment according to any one of claim 1 to 3, which is characterized in that further include:
At least two telescopic components are set on the pedestal, and having on each telescopic component can be to the pedestal lower section
The supporting leg of stretching, to realize the spacing adjusted between the pedestal and supporting surface by the stretching motion of the supporting leg；
Wherein, when the spacing be greater than transport vehicle height when, the transport vehicle can be travelled to the lower section of the pedestal, with
After the supporting leg is shunk, it is loaded in the inspection equipment on the transport vehicle.
12. inspection equipment according to any one of claim 1 to 3, which is characterized in that
The article includes following one or combinations thereof: vehicle and container.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821457024.XU CN209044070U (en) | 2018-09-06 | 2018-09-06 | Check equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821457024.XU CN209044070U (en) | 2018-09-06 | 2018-09-06 | Check equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209044070U true CN209044070U (en) | 2019-06-28 |
Family
ID=67032573
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821457024.XU Active CN209044070U (en) | 2018-09-06 | 2018-09-06 | Check equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209044070U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109298456A (en) * | 2018-09-06 | 2019-02-01 | 北京华力兴科技发展有限责任公司 | Check equipment |
-
2018
- 2018-09-06 CN CN201821457024.XU patent/CN209044070U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109298456A (en) * | 2018-09-06 | 2019-02-01 | 北京华力兴科技发展有限责任公司 | Check equipment |
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