CN207158308U - A kind of sample conveying device of sample detection - Google Patents

Abstract

The utility model discloses a kind of sample conveying device of sample detection, solves the function that detection means in the prior art does not possess loading and unloading, the problem of needing artificial sample presentation to detection station one by one, a kind of sample conveying device of sample detection, including fixed station, it is opened in the cavity on fixed station top and is opened in the injection port of cavity side, transmission sample is provided with cavity to the transfer assembly of detection station, the injection port be connected with hold sample hold plate, described hold is provided with suction disc directly over plate, the suction disc bottom is connected with the suction nozzle of adsorption sample, the fixed station is provided with driving suction disc and is increased to No. two high-order cylinders such as transfer assembly, No. two cylinders of driving are provided with the cavity sample is delivered to No. three cylinders of transfer assembly entrance to realize that suction disc moves horizontally close to transfer assembly；Realize that sample presentation program is simply efficient, not only save substantial amounts of manpower and materials, and also improve the detection efficiency of whole process, reduce the labour of worker.

Description

A kind of sample conveying device of sample detection

Technical field

Detection device technical field is the utility model is related to, more specifically, it relates to a kind of sample presentation dress of sample detection Put.

Background technology

In modern manufacturing industry, detection technique, which has been obtained, to be widely applied, and the means and method of detection are also further various. Required precision and appearance requirement all more and more higher of each company when fabricating product to product, this is often just needed to use This method is detected to be detected to product in process and after processing, to avoid and reduce defective products Produce.

The back side of phone housing typically can all be printed with brand mark, need in process of production to the outer of its these trade mark See and size accurately detected, detection means does not possess the function of loading and unloading in the prior art, in detection process, it is necessary to Manually one by one feeding to detection station so that staff is needed in detection always other on duty, not only expends a large amount of people Power material resources, and detection efficiency is also reduced, therefore a kind of new technical scheme of offer is provided and goes solve above-mentioned technical problem.

Utility model content

For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of sample conveying device of sample detection, Function with automatic sample conveying, be advantageous to improve detection efficiency.

Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of sample detection is sent Sampling device, including fixed station, it is opened in the cavity on fixed station top and is opened in the injection port of cavity side, be provided with cavity Transmit sample to the transfer assembly of detection station, the injection port and be connected with the plate that holds for holding sample, it is described hold plate just on Side is provided with suction disc, and the suction disc bottom is connected with the suction nozzle of adsorption sample, and the fixed station is provided with driving suction disc and is increased to transmit No. two high-order cylinders such as component, the cavity is interior to be provided with No. two cylinders of driving close to transfer assembly to realize that suction disc moves horizontally Sample is delivered to No. three cylinders of transfer assembly entrance.

By using above-mentioned technical proposal, sample is positioned over and held on plate, drive suction disc to transport downwards by No. two cylinders Move and drive suction discs to rise to and transfer assembly isometry position, No. three cylinders by suction nozzle adsorption sample, then No. two cylinders drivings No. two cylinders are driven to drive suction disc that sample is delivered into transfer assembly arrival end again, sample is delivered to detection station by transfer assembly, real Existing automatic sample conveying, makes sample presentation program simply efficient, not only saves substantial amounts of manpower and materials, and also improve the inspection of whole process Efficiency is surveyed, reduces the labour of worker.

Further, the transfer assembly includes transfer station group, is arranged at the conveyer belt of transfer station group, above the conveyer belt Provided with several roller bearings, described roller bearing one end is connected to the both sides of transfer station group, and the rolling sleeve is provided with roller, and the roller supports Touch the sample of conveyer belt transport.

By using above-mentioned technical proposal, sample is transported by conveyer belt, and the roller of conveyer belt both sides connection passes through conflict The sample of conveyer belt is positioned over, one side roller conflicting sample, reduces the phenomenon generation that sample departs from conveyer belt, on the other hand, Roller suppresses sample, increases the frictional force between roller and sample, and conveyer belt drives roller to rotate, and further promotes sample with biography Band is sent to move.

Further, the plate arranged on left and right sides that holds is connected with baffles, and the plate that holds connects close to one end of conveyer belt There is conflict plate.

By using above-mentioned technical proposal, sample is put into and holds plate, and by contradicting the baffles and conflict plate on right side, Sample is set neatly to place, meanwhile, setting of the baffles with contradicting plate plays a part of limitation sample disengaging and holds plate.

Further, projection is connected between the baffles, projection, which is connected to, holds plate injection port.

By using above-mentioned technical proposal, hold plate sample presentation mouth and be provided with the projection for contradicting sample, limit sample to sample presentation mouth Slide, realize that neat being positioned over of sample holds plate.

Further, gas blow pipe is provided with directly over the conveyer belt, gas blow pipe is connected with blow head close to one end of conveyer belt.

By using above-mentioned technical proposal, the gas blow pipe that is set above conveyer belt, gas blow pipe is by blow head to conveyer belt On sample blow, play a part of in cleaning sample accompanying dust, and then improve detection precision.

Further, the blow head is set to flat.

By using above-mentioned technical proposal, blow head is arranged to flat, cleaning area of the increase blow head to sample, carries Cleaning efficiency of the high blow head to sample.

Further, the width of the blow head is 5-8cm.

By using above-mentioned technical proposal, the width of blow head is set to 5-8cm, blow head minimum widith and Sample Width one Cause, play the dust more fully cleared up on sample, preferably improve detection precision.

Further, the gas blow pipe is made up of universal ring pipe.

By using above-mentioned technical proposal, gas blow pipe is made up of universal ring pipe, and universal ring pipe can be with multi-faceted tune Angle is saved, further improves the cleaning area and efficiency of gas blow pipe.

Further, the fixed station side offers storage tank, and driving is accommodated in the storage tank and holds plate lifting No.1 cylinder, the No.1 cylinder, which is located at, holds plate bottom.

By using above-mentioned technical proposal, the driving of No.1 cylinder holds plate rising, and the sample in plate is held for suction disc absorption, The sample presentation efficiency of sample is improved, so as to improve the detection efficiency of sample.

In summary, the utility model has the advantages that：

One：The suction disc and suction nozzle of setting, the lifting of suction disc is controlled by No. two cylinders, realizes that suction disc is adsorbed by suction nozzle Sample, and sample is delivered into transfer assembly upper surface by No. three cylinders, sample is delivered to detection zone by transfer assembly, realizes sample The automatic sample conveying of product, substantial amounts of manpower and materials are saved, improve detection efficiency；

Secondly：The roller of conveyer belt both sides is connected to, roller conflicting sample, reduces the phenomenon hair that sample departs from conveyer belt It is raw, meanwhile, roller compacting sample, the frictional force between roller and sample is increased, is easy to roller to rotate and promote with conveyer belt Sample forwards；

Thirdly：The gas blow pipe set above conveyer belt, gas blow pipe play a part of clearing up sample surfaces dust, and gas blow pipe is set The blow head of flat is put, cleaning area of the increase blow head to sample, further improves detection precision.

Brief description of the drawings

Fig. 1 is the overall structure diagram of the present embodiment；

Fig. 2 is the structural representation of transfer assembly in the present embodiment；

Fig. 3 is enlarged diagram at the A in Fig. 2；

Fig. 4 is the attachment structure schematic diagram of gas blow pipe in the present embodiment；

Fig. 5 is enlarged diagram at the B in Fig. 4；

Fig. 6 is enlarged diagram at the C in Fig. 4.

In figure：1st, fixed station；11st, storage tank；12nd, No.1 cylinder；121st, No.1 piston；2nd, cavity；21st, observation window； 211st, door body；22nd, injection port；23rd, outlet；24th, display screen；25th, keyboard；26th, mouse；3rd, transfer assembly；31st, the first transmission Platform；32nd, the second transfer station；33rd, roller bearing；331st, roller；34th, gas blow pipe；341st, blow head；35th, drive shaft；351st, driver； 36th, No. four cylinders；361st, connecting plate；37th, marker pen；371st, elastic component；372nd, it is written；373rd, round platform；38th, conveyer belt；4th, prop up Support mechanism；5th, support column；51st, support bar；52nd, camera；6th, square column；61st, fixed plate；62nd, appearance detecting instrument；7th, hold Plate；71st, baffles；72nd, plate is contradicted；73rd, projection；74th, No. two cylinders；741st, No. two pistons；742nd, No. three pistons；743rd, inhale Plate；744th, suction nozzle；75th, No. three cylinders；8th, sample box is received.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

A kind of sample conveying device of sample detection, as shown in figure 1, including fixed station 1, the upper end of fixed station 1 offers cavity 2, The side of cavity 2 offers observation window 21, the side of observation window 21 is hinged with door body 211, and the biography for being used for transmitting sample is provided with cavity 2 Sending component 3, transfer assembly 3 are connected to bottom in cavity 2, the side wall of the cavity 2 corresponding to the both ends of the length direction of transfer assembly 3 The injection port 22 and outlet 23 for sample disengaging are offered respectively, and upper surface is connected with display screen 24, cavity 2 in cavity 2 Interior to be placed with keyboard 25 positioned at the side of transfer assembly 3, the side of keyboard 25 is placed with the mouse 26 used in override display screen 24.

As shown in figure 1, the side of transfer assembly 3 is provided with support column 5 close to one end of injection port 22, support column 5 is welded in chamber Lower end in body 2, support column 5 are fixed with L-type support bar 51, and the other end of L-type support bar 51 is connected with camera 52, camera 52 Directly over conveyer belt group.

The side of the remote injection port 22 of support column 5 is provided with square column 6, and square column 6 is connected with fixed plate close to upper end 61, fixed plate 61 is connected with appearance detecting instrument 62, and appearance detecting instrument 62 is located at the surface of transfer assembly 3.

Sample is taken pictures by camera 52, and the information transmission that will take pictures is to display screen 24, by captured pattern-information It is compared with the standard database in display screen 24, whether detection sample is qualified.

As shown in Figures 2 and 3, the bottom of injection port 22 of cavity 2, which is welded with, holds plate 7, holds the both sides of plate 7 and is welded with barrier Plate 71, it is connected between baffles 71 and contradicts plate 72, contradicts plate 72 and be connected to baffles 71 close to one end of transfer assembly, contradict Plate 72 is mutually perpendicular to baffles 71, is contradicted plate 72 and is connected to bottom in cavity 2, holds one end weldering of the plate 7 away from injection port 22 Projection 73 is connected to, projection 73 plays a part of the sample that barrier is held in plate 7 and slid from the port of export of plate 7 is held.

Hold the suction disc 743 that adsorption sample is provided with directly over plate 7, the bottom of suction disc 743 is connected with suction nozzle 744, on suction disc 743 End is connected with No. two cylinders 74 that control suction disc 743 lifts, and is provided with No. two pistons 742 between No. two cylinders 74 and suction disc 743, and two By driving No. two pistons 742 to promote 743 upper and lower motions of suction disc, suction disc 743 passes through the adsorption sample of suction nozzle 744 and transported for number cylinder 74 Transport to the position contour with transfer assembly 3.

No. two cylinders 74 are connected with No. three pistons 741, No. three other end of piston 741 connections close to one end of transfer assembly 3 In No. three cylinders 75, No. three cylinders 75 are welded in the upper end of injection port 22, and No. three cylinders 75 are by driving No. three drivings of piston 741 two Number cylinder 74 moves horizontally, real so as to realize that No. two cylinders 74 drive suction discs 743 close to the arrival end level of transfer assembly 3 Existing suction disc 743 transports sample to the porch of transfer assembly 3, and after sample enters transfer assembly 3, sample is with transfer assembly 3 Horizontal direction is transported to detection station.

Hold and be connected with No.1 cylinder 12 between plate 7 and the bottom of cavity 2, offered in fixed station 1 and accommodate No.1 cylinder 12 Storage tank 11, the upper end activity of No.1 cylinder 12 is plugged with No.1 piston 121, and No.1 piston 121 contradicts the bottom for holding plate 7, The lifting for holding plate 7 can be realized by the driving No.1 of No.1 cylinder 12 piston 121, the driving of No.1 cylinder 12 holds plate 7 and transported upwards Defeated sample supplies the adsorption sample of suction disc 743, improves the sample presentation efficiency of sample.

As shown in Figure 4 and Figure 5, transfer assembly 3 include be welded in cavity 2 supporting mechanism 4, be arranged at supporting mechanism 4 Transfer station group and be arranged at the conveyer belt 38 of transfer station group, transfer station group includes the first transfer station 31 and the second transfer station 32, the first transfer station 31 and the second transfer station 32 are set to L-type, and the first transfer station 31 and the second transfer station 32 are respectively equipped with individually Conveyer belt 38.

The both sides of conveyer belt 38 are respectively equipped with roller bearing 33, and roller bearing 33 is arranged with roller 331, and the one end of roller bearing 33 is welded in transmission The side of the first transfer station 31 and the second transfer station 32 with 38 both sides, roller 331 are uniformly distributed in the both sides of conveyer belt 38.

Sample is placed in the upper surface of conveyer belt 38, and by the conflict of roller 331, reduces sample and depart from showing for conveyer belt 38 As occurring, while the frictional resistance driving roller 331 between roller 331 and sample rotates with conveyer belt 38, and promotes sample edge The direction of transfer of conveyer belt 38 moves.

Transfer station group is plugged with drive shaft 35 close to one end of outlet 23, and conveyer belt 38 is surrounded with outside drive shaft 35, The both ends of drive shaft 35 protrusion transfer station group is set, and one end that drive shaft 35 protrudes on the outside of transfer station group is connected with driver 351, this Driver 351 uses motor in embodiment, and driver 351 drives drive shaft 35 to operate and drive conveyer belt 38 to surround transfer station group Rotate.

The surface of conveyer belt 38 is provided with gas blow pipe 34, and gas blow pipe 34 uses universal ring pipe, gas blow pipe in the present embodiment 34 are placed in the side of the second transfer station 32, and the one end of gas blow pipe 34 is provided with the blow head 341 for cleaning sample surface dirt, blows The other end of pipe 34 is connected to lower end in cavity 2, and blow head 341 is arranged to flat, and the width of blow head 341 is set to 6cm, played Increase the effect of cleaning area of the blow head 341 to sample surfaces dust.

As shown in Figure 4 and Figure 6, the position of the outlet end of conveyer belt 38 is provided with marking appliance, marking appliance includes mark Pen 37, No. four cylinders 36 for driving marker pen 37 and the elastic component 371 being sheathed on outside marker pen 37, No. four cylinders 36 are connected to The upper end of second transfer station 32, No. four upper ends of cylinder 36 are connected with connecting plate 361, and marker pen 37 is plugged in the protrusion of connecting plate 361 four The end face of number cylinder 36, one end of elastic component 371 are welded in the bottom of marker pen 37, and the other end is welded in the bottom of connecting plate 361 Portion, is threaded with the round platform 373 of limit markers pen 37 on connecting plate 361, and the bottom of marker pen 37 is connected with nib 372, No. four Cylinder 36 controls marker pen 37 to move downward, and marker pen 37 extrudes elastic component 371, and elastic component 371 deforms upon, and passes through elastic component 371 elastic-restoring force driving marker pen 37 moves upwards.Realize mark of the marker pen 37 to sample, detect the sample that finishes by Conveyer belt 38, which is sent to, receives sample box 8, receives sample box 8 and is connected to outlet 23.

The course of work and principle：Injection port 22 be connected with hold sample hold plate 7, both sides are welded with baffles 71, sample Product are made sample neatly place, are passed through No. two cylinders 74 and drive suction discs 743 by the conflict plate 72 between contradicting connection baffles 71 Move down and adsorption sample, the adsorption sample of suction disc 743 rise, drive No. two cylinders to drive suction disc by sample by No. three cylinders 75 Product deliver to the arrival end of transfer assembly 3, and sample is arranged at the rolling of transfer assembly both sides by passing through in the transmit process of transfer assembly 3 The conflict of wheel 331, drives sample to be transported along transfer assembly 3, transports at detection station, gas blow pipe 34 clears up sample surfaces Dust and taken pictures by camera 52, transfer information to display screen 24, and by with the normal data ratio in display screen 24 To rear, underproof sample is marked by marker pen 37, is ultimately transmitted the receipts sample box 8 for being connected to outlet 23.

This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but As long as all protected in right of the present utility model by Patent Law.

Claims (9)

1. a kind of sample conveying device of sample detection, including fixed station (1), it is opened in the cavity (2) on fixed station (1) top and opens Injection port (22) located at cavity (2) side, for the interior transmission sample that is provided with of cavity (2) to the transfer assembly (3) of detection station, it is special Sign is：The injection port (22) be connected with hold sample hold plate (7), described hold is provided with suction disc directly over plate (7) (743), suction disc (743) bottom is connected with the suction nozzle (744) of adsorption sample, and the fixed station is provided with driving suction disc (743) No. two high-order cylinders (74) such as transfer assembly are increased to, No. two cylinders (74) of driving are provided with the cavity (2) close to transmission Component (3) delivers to sample No. three cylinders (75) of transfer assembly (3) entrance to realize that suction disc (743) moves horizontally.

2. a kind of sample conveying device of sample detection according to claim 1, it is characterized in that：The transfer assembly (3) includes Transfer station group, the conveyer belt (38) for being arranged at transfer station group, conveyer belt (38) top is provided with several roller bearings (33), described Roller bearing (33) one end is connected to the both sides of transfer station group, and the roller bearing (33) is arranged with roller (331), and the roller (331) is supported Touch the sample of conveyer belt (38) transport.

3. a kind of sample conveying device of sample detection according to claim 2, it is characterized in that：It is described to hold plate (7) left and right two Side is connected with baffles (71), and the plate (7) that holds is connected with conflict plate (72) close to one end of conveyer belt (38).

4. a kind of sample conveying device of sample detection according to claim 3, it is characterized in that：Connect between the baffles (71) Projection (73) is connected to, the projection (73), which is connected to, holds plate (7) arrival end.

5. a kind of sample conveying device of sample detection according to claim 4, it is characterized in that：Directly over the conveyer belt (38) Provided with gas blow pipe (34), the gas blow pipe (34) is connected with blow head (341) close to one end of conveyer belt (38).

6. a kind of sample conveying device of sample detection according to claim 5, it is characterized in that：The blow head (341) is set to Flat.

7. a kind of sample conveying device of sample detection according to claim 6, it is characterized in that：The width of the blow head (341) Spend for 5-8cm.

8. a kind of sample conveying device of sample detection according to claim 7, it is characterized in that：The gas blow pipe (34) is by universal Ring pipe is made.

9. a kind of sample conveying device of sample detection according to claim 1, it is characterized in that：Open fixed station (1) side Provided with storage tank (11), the No.1 cylinder (12) that driving holds plate (7) lifting, the No.1 are accommodated in the storage tank (11) Cylinder (12), which is located at, holds plate (7) bottom.