CN212040579U - Blood sampling test-tube rack - Google Patents

Abstract

The utility model discloses a blood sampling test-tube rack, including sealed lid, the shell body, the test-tube rack, rotary device, the mouth of taking, the tegillum of taking, block arch and shell fragment, sealed lid sets up on the shell body, rotary device sets up the inside at the shell body, the test-tube rack sets up on rotary device, the mouth of taking sets up on the shell body, the tegillum of taking sets up on the shell body, with the mouth phase-match of taking, a plurality ofly block protruding even setting on the test-tube rack, with every test tube socket one-to-one, the shell fragment sets up on the shell body, it blocks the arch to withstand, the utility model discloses a blood sampling test-tube rack, adopt revolution mechanic test-tube rack, once stir a rotatory test tube of taking, guarantee on the one hand that the test tube is clean, avoid flying foam to pollute other test tubes, on the other hand effectively maintains the order of heparin tube.

Description

Blood sampling test-tube rack

Technical Field

The utility model relates to the field of medical equipment, in particular to blood sampling test-tube rack.

Background

The blood sampling test-tube rack is the appurtenance that is used for the heparin tube to place, can insert the heparin tube in the test-tube rack after the nurse's blood sampling, because present test-tube rack is row form shelf structure, wholly exposes in the air, appears the heparin tube easily and pollutes, secondly the heparin tube inserts behind the shelf, because the heparin tube difference is not big, causes the mistake of heparin tube on the shelf to take and put by mistake easily, gives the inconvenience that blood sampling work brought.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that an adopt revolution mechanic test-tube rack is provided, once stir a rotatory test tube of taking, guarantee on the one hand that the test tube is clean, avoid the droplet to pollute other test tubes, on the other hand effectively maintains the order of heparin tube, avoids taking the blood sampling test-tube rack of misplacing the test tube by mistake to solve the above-mentioned multinomial defect that leads to among the prior art.

In order to achieve the above object, the present invention provides the following technical solutions: the utility model provides a blood sampling test-tube rack, including sealed lid, the shell body, the test-tube rack, rotary device, the mouth of taking, the tegillum of taking, block arch and shell fragment, sealed lid sets up on the shell body, rotary device sets up the inside at the shell body, the test-tube rack sets up on rotary device, the mouth of taking sets up on the shell body, the tegillum of taking sets up on the shell body, with the mouth phase-match of taking, a plurality of protruding even settings on the test-tube rack that block, with every test tube socket one-to-one, the shell fragment sets up on the shell body, it blocks the arch to withstand.

Preferably, a gap matched with the small taking cover is reserved on the sealing cover.

Preferably, rotary device includes rotary bin, air vent, lower stand, rotary disk and chassis, and rotary bin is the cylinder tube-shape, and the test-tube rack sets up around rotary bin, and a plurality of air vents evenly set up on rotary bin, and lower stand sets up in rotary bin's bottom, and the rotary disk is connected with lower stand to the embedding chassis.

Preferably, the test-tube rack includes ring frame, test tube socket, top position mark ring and direction sign, and the ring frame intussuseption is set up on rotatory storehouse, and a plurality of test tube sockets evenly set up on the ring frame, and top position mark ring sets up on two of them test tube sockets, and the direction sign sets up on the ring frame.

Preferably, the initial position mark ring comprises an initial position first ring and an initial position second ring, the initial position first ring and the initial position second ring are continuously arranged on the two test tube sockets, the initial position first ring is a convex red ring, and the initial position second ring is a convex green ring.

The beneficial effect of adopting above technical scheme is: the utility model discloses a blood sampling test-tube rack adopts the revolution mechanic test-tube rack, stirs the rotatory test tube of taking once, guarantees on the one hand that the test tube is clean, avoids other test tubes of droplet pollution, on the other hand effectively maintains the order of taking the blood sampling tube, avoids taking the test tube by mistake, sealed covering leaves the breach that matches with the little lid of taking, covers sealed lid during blood sampling, opens the little lid of taking, leaves the mouth of taking, can realize only exposing a blood sampling tube at every turn, rotary device includes rotary bin, air vent, lower stand, rotary disk and chassis, and rotary bin is the cylinder tube-shape, and the test-tube rack sets up around rotary bin, and a plurality of air vents evenly set up on rotary bin, and lower stand sets up in rotary bin's bottom, and the rotary disk is connected with lower stand to imbed the chassis, and the rotary device of this structure can realize the rotation of test-tube rack on the one hand, is convenient for taking the blood sampling tube, on the other hand, the rotary bin in the structure can be used for placing ice bags and achieving the purpose of freezing and storing blood samples, the test tube rack comprises a ring frame, test tube sockets, initial position mark rings and direction marks, the ring frame is embedded and arranged on the rotary bin, the test tube sockets are uniformly arranged on the ring frame, the initial position mark rings are arranged on two of the test tube sockets, the direction marks are arranged on the ring frame, the test tube rack of the structure is used for placing blood collection tubes, the initial position mark rings on the test tube rack can clearly identify the initial positions of the blood collection tubes, the direction marks can clearly identify the rotating directions, the sequential error of the blood collection tubes is effectively prevented, the initial position mark rings comprise initial position one rings and initial position two rings, the initial position one rings and the initial position two rings are continuously arranged on the two test tube sockets, the initial position one rings are convex red rings, the initial position two rings are convex green rings, the structure of the double initial position mark rings is arranged, on the one hand, the initial position can be more striking, on the other hand, the rotation direction can be verified, and the probability of errors in the order of the blood sampling tubes is further reduced.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a schematic view of the structure of the rotating apparatus shown in FIG. 1;

wherein, 1, sealing cover; 2. an outer housing; 3. a test tube rack; 4. a rotating device; 5. taking the mouth; 6. taking the small cover; 7. a blocking projection; 8. a spring plate; 9. rotating the bin; 10. a vent hole; 11. a lower upright post; 12. rotating the disc; 13. a chassis; 14. a ring frame; 15. a test tube socket; 16. a start position scale ring; 17. direction identification; 18. a ring is arranged at the initial position; 19. the initial position is two rings.

Detailed Description

Preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

Fig. 1-2 show a specific embodiment of the present invention: the utility model provides a blood sampling test-tube rack, including sealed lid 1, shell body 2, test-tube rack 3, rotary device 4, the mouth of taking 5, the tegillum 6 of taking, block arch 7 and shell fragment 8, sealed lid 1 sets up on the shell body 2, rotary device 4 sets up the inside at shell body 2, test-tube rack 3 sets up on rotary device 4, the mouth of taking 5 sets up on shell body 2, the tegillum 6 of taking sets up on shell body 2, with the mouth of taking 5 phase-matches, a plurality ofly block protruding 7 and evenly set up on test-tube rack 3, with every test tube socket 15 one-to-one, shell fragment 8 sets up on shell body 2, withstand and block protruding 7, this device adopts revolution mechanic test-tube rack 3, once stir a rotatory test tube of taking, guarantee on the one hand that the test tube is clean, avoid flying foam to pollute other test tubes, on the other hand effectively maintains the order of taking the test tube.

The sealed lid 1 is left with and takes little lid 6 assorted breach, covers sealed lid 1 during the blood sampling, opens little lid 6 of taking, reserves the mouth of taking 5, can realize only exposing a heparin tube at every turn.

Combine the rotary device 4 that fig. 2 shows to include rotary bin 9, the air vent 10, lower stand 11, rotary disk 12 and chassis 13, rotary bin 9 is the cylinder tube-shape, test-tube rack 3 sets up around rotary bin 9, a plurality of air vents 10 evenly set up on rotary bin 9, lower stand 11 sets up the bottom at rotary bin 9, rotary disk 12 is connected with lower stand 11, and embedding chassis 13, rotary device 4 of this structure can realize the rotation of test-tube rack 3 on the one hand, be convenient for take the heparin tube according to the order, rotary bin 9 in this structure on the other hand can be used for placing the ice bag, play the purpose of freezing the storage to the blood sample.

The test-tube rack 3 includes ring frame 14, test tube socket 15, top position mark ring 16 and direction sign 17, ring frame 14 nested set up on rotatory storehouse 9, a plurality of test tube sockets 15 evenly set up on ring frame 14, top position mark ring 16 sets up on two of them test tube sockets 15, direction sign 17 sets up on ring frame 14, the test-tube rack 3 of this structure is used for placing the heparin tube, the initiating position of heparin tube can be made clear and definite to top position mark ring 16 on it, direction sign 17 can make clear and definite the direction of rotation, effectively prevent that the heparin tube order from makeing mistakes.

The mark ring 16 of initial position includes that an initial position ring 18 and an initial position two rings 19, and an initial position ring 18 and an initial position two rings 19 set up on two test tube sockets 15 in succession, and wherein an initial position ring 18 is protruding red ring, and an initial position two rings 19 are protruding green ring, and two initial position mark ring 16's structural setting can make the initial position more striking on the one hand, and on the other hand can verify the direction of rotation, has further reduced the probability that the heparin tube order was made mistakes.

Need further explain the utility model relates to a blood sampling test-tube rack 3's implementation principle is numbering test tube socket 15 according to the hospital bed number before the blood sampling, the serial number order begins clockwise serial number from a ring 18 of position, cover sealed lid 1 during the blood sampling, open the little lid 6 of taking and leave the mouth of taking 5, rotate test-tube rack 3 to the position of a ring 18 of position, the heparin tube after the first blood sampling of hospital bed number inserts a ring 18 of position, clockwise rotation test-tube rack 3, shell fragment 8 blocks arch 7 by last during the rotation and changes to next and block arch 7, the heparin tube inserts corresponding test tube socket 15 can after taking a blood sample in proper order.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, many modifications and improvements can be made without departing from the inventive concept, and all of them belong to the protection scope of the present invention.

Claims (5)

1. The utility model provides a blood sampling test-tube rack, a serial communication port, including sealed lid, the shell body, the test-tube rack, rotary device, the mouth of taking, the tegillum of taking, block arch and shell fragment, sealed lid sets up on the shell body, rotary device sets up the inside at the shell body, the test-tube rack sets up on rotary device, the mouth of taking sets up on the shell body, the tegillum of taking sets up on the shell body, with the mouth phase-match of taking, a plurality of archs that block evenly set up on the test-tube rack, with every test tube socket one-to-one, the shell fragment sets up on the shell body, it blocks the arch to withstand.

2. The blood collection test tube rack of claim 1, wherein the sealing cover is provided with a notch matching with the small access cover.

3. The blood sampling test tube rack of claim 1, wherein the rotating device comprises a rotating bin, vent holes, a lower upright post, a rotating disk and a chassis, the rotating bin is cylindrical, the test tube rack is arranged around the rotating bin, the vent holes are uniformly arranged on the rotating bin, the lower upright post is arranged at the bottom of the rotating bin, and the rotating disk is connected with the lower upright post and embedded into the chassis.

4. The blood sampling test-tube rack of claim 1, characterized in that, the test-tube rack includes ring frame, test tube socket, initial position mark ring and direction sign, and the ring frame nestification sets up on rotatory storehouse, and a plurality of test tube socket evenly set up on the ring frame, and initial position mark ring sets up on two of them test tube socket, and the direction sign sets up on the ring frame.

5. The blood collection test tube rack of claim 4, wherein the initial position marker ring comprises an initial position first ring and an initial position second ring, the initial position first ring and the initial position second ring are continuously arranged on the two test tube sockets, the initial position first ring is a convex red ring, and the initial position second ring is a convex green ring.

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