CN210811087U - Intelligent blood sampling system - Google Patents

Abstract

The utility model discloses an intelligence blood sampling system, including test tube preparation device, blood sampling table, test tube conveyor and sample collection device, blood sampling table, test tube conveyor are located between test tube preparation device and the sample collection device, and test tube conveyor is located the desktop below of blood sampling table, and test tube preparation device includes main part, test tube option module and labels the subassembly, and test tube option module and label the subassembly and be fixed in the main part, and the both ends that test tube conveyor is relative are equipped with input channel and delivery channel respectively, and input channel's one end is located test tube conveyor top, input channel's the other end is located the main part, output channel's one end with test tube conveyor links to each other, and delivery channel's the other end is located the sample collection device. The utility model provides an intelligence blood sampling system improves the test tube and selects and the rate of accuracy of labelling, improves the work efficiency of blood sampling, reduces the error rate.

Description

Intelligent blood sampling system

Technical Field

The utility model relates to a blood sampling equipment field, more specifically the utility model relates to an intelligence blood sampling system that says so.

Background

At present, when a hospital collects blood into a vein of a patient, under a common condition, a blood collecting person selects different test tubes according to different examination items, then the blood collecting person manually pastes a label on the test tube, information such as the name of the patient and the examination items is printed on the label, and the blood is collected on a blood collecting table after the label is pasted. However, at the peak of blood sampling, errors in test tube selection and label pasting easily occur, which leads to complaints of patients, and meanwhile, the efficiency of manual labeling is low, errors easily occur, and the working efficiency is affected.

Disclosure of Invention

An object of the utility model is to provide an intelligence blood sampling system, this intelligence blood sampling system improve the test tube and select and the rate of accuracy of labelling, improve the work efficiency of blood sampling, reduce the error rate.

The technical scheme is as follows:

intelligent blood sampling system, including test tube preparation device, blood sampling table, test tube conveyor and sample collection device, blood sampling table, test tube conveyor are located test tube preparation device with between the sample collection device, test tube conveyor is located the desktop below of blood sampling table, test tube preparation device includes main part, test tube selection subassembly and the subassembly of labelling are fixed in the main part, the relative both ends of test tube conveyor are equipped with input channel and delivery channel respectively, input channel's one end is located test tube conveyor top, input channel's the other end is located in the main part, delivery channel's one end with test tube conveyor links to each other, delivery channel's the other end is located on the sample collection device.

Different blood sampling test tubes that different inspection items used are placed respectively on test tube preparation device, when intelligence blood sampling system ran, the test tube selection subassembly selects the test tube that corresponds according to the inspection item of difference, remove the test tube to the subassembly of labelling after selecting the test tube, the subassembly of labelling pastes the label that corresponds on the test tube of selection, be printed on the label with patient's name, information such as inspection item, also can be printed on the label with the two-dimensional code, the back is pasted to the label, the test tube gets into test tube conveyor from input channel on, test tube conveyor transports the test tube to the desktop below of blood sampling table, the blood sampling personnel take the test tube from test tube conveyor and take a blood sample, put into test tube conveyor again after the blood sampling is accomplished on, test tube conveyor carries the test tube after will taking a blood sample to the sample collection device on through output channel. The intelligent blood sampling system of this application can accomplish the test tube automatically and select, label, test tube transportation and the process of collecting, avoids the test tube to select the mistake, improves the test tube and selects and label the rate of accuracy, reduces the error rate, improves the work efficiency of the whole process of taking a blood sample.

Be equipped with the test tube in the main part and place the position, the test tube option module is located the test tube is placed a top, the test tube option module includes first mobile rail, two second mobile rail, snatchs portion, first driving motor and two second driving motor, two the second mobile rail is fixed in the relative both sides limit of main part, the both ends of first mobile rail activity respectively set up on two second mobile rail, two second driving motor with first mobile rail links to each other, and two second driving motor drives first mobile rail slides around on two second mobile rail, snatch the portion activity set up in on the first mobile rail, first driving motor with it links to each other to snatch the portion, first driving motor drives snatch the portion and be in the horizontal slip on the first mobile rail. The position that the portion of snatching placed according to the test tube of difference is different, removes to snatch different test tubes after its position is adjusted through first movable guide and second movable guide, and the portion of snatching removes through the regulation of its position of driving motor drive, and the drive mode is simple, and the drive effect is good.

The subassembly of labelling is located the below of subassembly is selected to the test tube, the subassembly of labelling includes first fixing base, label roller bearing, printer and pastes the fixed part, first fixing base, printer and paste the fixed part and be fixed in the main part, the label roller bearing rotate set up in on the first fixing base, the label roller bearing is located the printer entrance side, it is located to paste the fixed part the outlet side of printer. The label is placed on the label roller bearing, the change and the placing of label are convenient for to the label roller bearing, the one end of label is placed in the printer entrance, the printer of this application can peel off the all-in-one for the label printing, the label gets into the printer from the printer entrance, patient's information etc. is printed on the label, then the label exports from the printer exit, the label of output is on it peeled off from the label from type paper, the label of output gets into to paste the fixed part and carries out the pasting of label, the printing of label, it is intelligent higher to peel off, the printing efficiency of label is high.

Paste the fixed part and include first mounting, two pressure strips and two and compress tightly actuating mechanism, first mounting includes unable adjustment base, fixed curb plate and fixed roof, unable adjustment base with fixed roof is relative, the both ends of fixed curb plate respectively with unable adjustment base reaches fixed roof links to each other, the last first spacing hole that is equipped with of unable adjustment base, be equipped with the spacing hole of second on the fixed roof, first spacing hole with the spacing hole of second is corresponding, the spacing hole of second with first spacing hole site in input channel's top, two pressure strips with fixed curb plate is relative, and two pressure strips link to each other with two drive mechanism that compress tightly respectively.

The utility model provides a test tube after the portion of snatching will select removes to pasting the fixed part, and the test tube gets into between unable adjustment base and the fixed roof from the spacing hole of second, and the test tube is located between fixed curb plate and two pressure strips, and the label after printing enters into from the printer exit and pastes the fixed part, and the label is located between test tube and two pressure strips, compresses tightly actuating mechanism drive pressure strip and compresses tightly the label on the test tube. Paste label back test tube on the test tube and get into input channel from unable adjustment base's first spacing hole, get into test tube conveyor through input channel.

Paste the fixed part and still include first regulation mounting, second regulation mounting, first regulation mounting is located the top that the mounting was adjusted to the second, first regulation mounting includes first slip table cylinder and the first fixed plate that links to each other with first slip table cylinder, the mounting is adjusted to the second includes second slip table cylinder and the second fixed plate that links to each other with the second slip table cylinder, first slip table cylinder with the second slip table cylinder is located respectively one side of fixed curb plate, first fixed plate the second fixed plate passes be located behind the fixed curb plate unable adjustment base with between the fixed roof, be equipped with the spacing hole of third on the first fixed plate, the spacing hole of third with first spacing hole is corresponding.

First slip table cylinder can drive first fixed plate and remove, second slip table cylinder can drive the second fixed plate and remove, get into the spacing hole of third after passing the spacing hole of second bottom of the test tube, the second fixed part is located the below of first fixed plate, do not set up spacing hole on the second fixed plate, the spacing hole of second and the spacing hole of third carry on spacingly to the test tube, the test tube is labeled and is accomplished the back, second slip table cylinder drives the second fixed plate and removes, the bottom position that the second fixed plate shifted out the test tube, the test tube gets into first spacing hole, get into input channel from first spacing hole.

Test tube conveyor includes first conveyer belt, second conveyer belt and a plurality of first test tube removal subassembly and a plurality of second test tube removal subassembly at least, first conveyer belt with the second conveyer belt is adjacent, be provided with a plurality of removal boxes on the first conveyer belt, first test tube removal subassembly with the second test tube removal subassembly sets up relatively, first test tube removal subassembly is located a side of first conveyer belt, the second test tube removal subassembly is located a side of second conveyer belt, output channel is located the one end of second conveyer belt, input channel is located the removal box top of first conveyer belt.

The utility model provides a first test tube removes subassembly and second test tube and removes what subassembly is preferred is the slip table cylinder, the test tube gets into in the removal box on the first conveyer belt from input channel, first conveyer belt drives the test tube and removes to first removal subassembly and second between removing the subassembly, then first removal subassembly will be equipped with the removal box of test tube and remove to the second conveyer belt on, the blood sampling personnel takes out the test tube to take a blood sample in removing the box, the test tube takes out the back second test tube and removes the subassembly and will remove the box and remove to first conveyer belt, put into the test tube after the blood sampling personnel take a blood and carry to the sample collection device on the second conveyer belt.

The first conveying belt is provided with a plurality of first shielding plates, the first shielding plates are distributed on the first conveying belt at intervals, the movable box is located between two adjacent first shielding plates, the length of the movable box is matched with the distance between the two first shielding plates, and the width of the movable box is larger than the distance between the first conveying belt and the second conveying belt. The movable box is fixed between the two first shielding plates, the movable box cannot fall off from the first conveying belt, and the movable box cannot fall off from the first conveying belt and the second conveying belt in the process of moving from the first conveying belt to the second conveying belt or from the second conveying belt to the first conveying belt.

Blood sampling table includes table main part and bottom plate, the bottom plate is fixed in the table main part, the bottom plate with form between the table main part and hold the chamber, test tube conveyor is fixed in on the bottom plate, and test tube conveyor is located hold the intracavity, table main part upper surface is equipped with gets mouth of pipe and rotating baffle, rotating baffle with get mouth of pipe phase-match, rotating baffle shelters from get the mouth of pipe, rotating baffle activity set up in the table main part, it is located to get the mouth of pipe second conveyer belt top. Rotating baffle shelters from getting the mouth of pipe, removes to getting mouth of pipe below back when the test tube, through getting the test tube in the mouth of pipe after rotatory shielding plate, the taking out of test tube is comparatively convenient, when need not getting the test tube, rotating baffle shelters from and gets and can not cause the influence to the use of blood sampling table behind the mouth of pipe.

The intelligent blood sampling system further comprises a control unit, and the test tube selecting assembly, the labeling assembly and the test tube conveying device are all connected with the control unit.

The sample collecting device comprises a collecting vehicle and a collecting frame, wherein the collecting frame is positioned on the collecting vehicle, and the other end of the output channel is positioned above the collecting frame. The test tube is carried to the collection frame of collection vehicle in from second transfer passage, and the test tube can be carried through the collection vehicle after the test tube is collected.

It should be noted that:

the foregoing descriptions of "first, second, and third …" are merely used for identification of names, and do not indicate a specific number or order.

Drawings

FIG. 1 is a schematic structural diagram of an intelligent blood collection system of the present embodiment;

FIG. 2 is a schematic structural view of the test tube preparing apparatus of the present embodiment;

FIG. 3 is another schematic structural view of the test tube preparing apparatus of the present embodiment;

FIG. 4 is a schematic structural view of the labeling assembly of the present embodiment;

FIG. 5 is a schematic view of the first fixing member and the pressing plate of the present embodiment after combination;

FIG. 6 is a schematic structural view of the test tube transport apparatus of the present embodiment;

FIG. 7 is a schematic structural view of the blood collection table of the present embodiment;

FIG. 8 is a schematic view of the structure of the sample collection device of the present embodiment;

description of reference numerals:

100. a test tube preparation device; 200. a blood collection table; 300. a sample collection device; 110. a main body; 120. a tube selection assembly; 130. a labeling assembly; 140. placing a test tube; 500. a test tube; 121. a first moving guide rail; 122. a second moving guide; 123. a grasping section; 131. a first fixed seat; 132. a label roller; 133. a sticking fixing part; 1331. a compression plate; 1332. a fixed base; 1333. fixing the side plate; 1334. fixing a top plate; 1335. a first limit hole; 1336. a second limiting hole; 1337. a first adjustment fixture; 1338. a second adjustment fixture; 410. a first conveyor belt; 420. a second conveyor belt; 430. a first cuvette moving assembly; 440. a second cuvette moving assembly; 450. moving the cartridge; 460. a first shielding plate; 210. a table main body; 220. a base plate; 230. taking a pipe opening; 310. a collection vehicle; 320. a collection frame; 240. a separator.

Detailed Description

The following describes embodiments of the present invention in detail.

As shown in fig. 1, the present embodiment discloses an intelligent blood sampling system, which includes a test tube preparation device 100, a blood sampling table 200, a test tube conveying device and a sample collection device 300, wherein the blood sampling table 200 and the test tube conveying device are located between the test tube preparation device 100 and the sample collection device 300, and the test tube conveying device is located below a table top of the blood sampling table 200. As shown in fig. 2, the test tube preparing apparatus 100 includes a main body 110, a test tube selecting assembly 120, and a labeling assembly 130, and the test tube selecting assembly 120 and the labeling assembly 130 are fixed to the main body 110. The opposite both ends of test tube conveyor are equipped with input channel and output channel respectively, and input channel's one end is located test tube conveyor top, and input channel's the other end is located main part 110, and output channel's one end links to each other with test tube conveyor, and output channel's the other end is located sample collection device 300.

The intelligent blood sampling system of this embodiment further includes a control unit (not shown in the figure), the test tube selecting assembly 120, the labeling assembly 130, and the test tube conveying device are all connected to the control unit, the control unit is an existing common control unit, the control unit is a control computer, etc., and the operation of the intelligent blood sampling system is controlled by the control unit.

During blood sampling inspection, different blood sampling test tubes are used according to different inspection items, different blood sampling test tubes are respectively placed on the test tube preparation device 100 in the embodiment, when the intelligent blood sampling system operates, the control unit controls the test tube selection assembly 120 to select the corresponding test tube 500 according to different inspection items, the test tube 500 is moved to the labeling assembly 130 after the test tube 500 is selected, the labeling assembly 130 sticks a corresponding label on the selected test tube 500, the label is printed with information of names, inspection items and the like of patients, the label can also be printed with a two-dimensional code, and after the label is stuck, on test tube 500 got into test tube conveyor from input channel, test tube conveyor transported test tube 500 to the desktop below of blood sampling table 200, and the blood sampling personnel took the test tube from test tube conveyor and take a blood sample, put into test tube conveyor again with the test tube after the blood sampling is accomplished on, test tube conveyor passes through delivery channel with the test tube after the blood sampling and carries to sample collection device 300 on. The intelligent blood sampling system of this embodiment can accomplish the test tube automatically and select, label, test tube transportation and the process of collecting, avoids the test tube to select the mistake, improves the test tube and selects and label the rate of accuracy, reduces the error rate, improves the work efficiency of the whole process of taking a blood sample.

The main body 110 of the test tube preparing apparatus 100 of the present embodiment is provided with a test tube placing position 140, and the test tube placing position 140 is preferably plural, and different test tubes are placed on different test tube placing positions 140. As shown in fig. 3, the test tube selecting assembly 120 is located above the test tube placing position 140, and the test tube selecting assembly 120 includes a first moving rail 121, two second moving rails 122, a grasping portion 123, a first driving motor, and two second driving motors. The two second moving rails 122 are fixed on two opposite sides of the main body 110, two ends of the first moving rail 121 are movably disposed on the two second moving rails 122, the two second driving motors are connected with the first moving rail 121, and the two second driving motors drive the first moving rail 121 to slide back and forth on the two second moving rails 122. The grabbing part 123 is movably arranged on the first moving guide rail 121, the first driving motor is connected with the grabbing part 123, and the first driving motor drives the grabbing part 123 to slide left and right on the first moving guide rail 121. The portion 123 that snatchs of this embodiment is including snatching the manipulator, should snatch the manipulator and be the current manipulator commonly used, should snatch it and open and close of control such as manipulator accessible cylinder to the completion is to snatching and putting down of test tube, should snatch the manipulator still can link to each other with another cylinder, snatchs the manipulator through cylinder control and reciprocates.

The position that the portion of snatching placed according to the test tube of difference is different, removes to snatch different test tubes after adjusting its position through first movable guide rail 121 and second movable guide rail 122, and the portion of snatching 123 removes through the regulation of its position of driving motor drive, and the drive mode is simple, and the drive is effectual.

As shown in fig. 4, the labeling assembly 130 is located below the test tube selecting assembly 120, and the labeling assembly 130 includes a first fixing seat 131, a label roller 132, a printer (not shown) and a fixing portion 133, the first fixing seat 131, the printer and the fixing portion 133 are fixed on the main body 110, the label roller 132 is rotatably disposed on the first fixing seat 131, the label roller 132 is located on an inlet side of the printer, and the fixing portion 133 is located on an outlet side of the printer. The label is placed on label roller bearing 132, label roller bearing 132 is convenient for the change of label and places, the one end of label is placed in the printer entrance, the printer of this embodiment can be for the label print peel off all-in-one, this label print peel off all-in-one is the printing peel off all-in-one that uses on the market that has now, the label gets into the printer from the printer entrance, patient's information etc. prints on the label, then the label is exported from the printer exit, the label of output is on it from type paper peeling off from the label, the label of output gets into to paste fixed part 133 and carries out the pasting of label, the printing of label, it is more intelligent to peel off.

As shown in fig. 5, the adhesive fixing portion 133 includes a first fixing member, two pressing plates 1331 and two pressing driving mechanisms, the first fixing member includes a fixing base 1332, a fixing side plate 1333 and a fixing top plate 1334, the fixing base 1332 is opposite to the fixing top plate 1334, two ends of the fixing side plate 1333 are respectively connected to the fixing base 1332 and the fixing top plate 1334, the fixing base 1332 is provided with a first limiting hole 1335, the fixing top plate 1334 is provided with a second limiting hole 1336, the first limiting hole 1335 corresponds to the second limiting hole 1336, the second limiting hole 1336 and the first limiting hole 1335 are located above the input channel, the two pressing plates 1331 are opposite to the fixing side plate 1333, the two pressing plates 1331 are respectively connected to the two pressing driving mechanisms, and the pressing driving mechanisms may be a driving motor or a driving cylinder, etc. Two of this embodiment compress tightly and are equipped with a fixed plate between the fixed plate, and the fixed plate links to each other with first fixing base 131, and two compress tightly the fixed plate and link to each other with this fixed plate activity respectively, and these two compress tightly the fixed plate and can turn over in the middle of to first mounting and compress tightly the label on the test tube under compressing tightly actuating mechanism's fixed.

The test tube after the portion 123 that snatchs of this embodiment will select moves to first mounting on, and the test tube gets into between unable adjustment base 1332 and the fixed roof 1334 from spacing hole 1336 of second, and the test tube is located between fixed curb plate 1333 and two pressure strips 1331, and the label after printing enters into first mounting from the printer exit, and the label is located between test tube and two pressure strips 1331, compresses tightly actuating mechanism drive pressure strip 1331 and compresses tightly the label on the test tube. After the test tube is labeled, the test tube enters the input channel from the first limiting hole 1335 of the fixing base 1332 and enters the test tube conveying device through the input channel.

The adhesive fixing portion 133 further includes a first adjusting fixing piece 1337 and a second adjusting fixing piece 1338, the first adjusting fixing piece 1337 is located above the second adjusting fixing piece 1338, the first adjusting fixing piece 1337 includes a first sliding table cylinder and a first fixing plate connected with the first sliding table cylinder, the second adjusting fixing piece 1338 includes a second sliding table cylinder and a second fixing plate connected with the second sliding table cylinder, the first sliding table cylinder and the second sliding table cylinder are located on one side of the fixing side plate 1333 respectively, the first fixing plate and the second fixing plate pass through the fixing side plate 1333 and then are located between the fixing base 1332 and the fixing top plate 1334, the first fixing plate and the second fixing plate move back and forth in the fixing side plate 1333, a third limiting hole is formed in the first fixing plate, and the third limiting hole corresponds to the first limiting hole 1335.

First slip table cylinder can drive first fixed plate and remove, second slip table cylinder can drive the second fixed plate and remove, get into the spacing hole of third behind the spacing hole 1336 of second is passed to the test tube bottom, the second fixed part is located the below of first fixed plate, do not set up spacing hole on the second fixed plate, the spacing hole 1336 of second and the spacing pore pair test tube of third carry on spacingly, the test tube is labeled and is accomplished the back, second slip table cylinder drives the second fixed plate and removes, the bottom position that the second fixed plate shifted out the test tube, the test tube gets into first spacing hole 1335, get into input channel from first spacing hole 1335.

As shown in fig. 6, the test tube conveying device at least includes a first conveying belt 410, a second conveying belt 420, a plurality of first test tube moving assemblies 430 and a plurality of second test tube moving assemblies 440, the first conveying belt 410 is adjacent to the second conveying belt 420, a plurality of moving boxes 450 are disposed on the first conveying belt 410, the first test tube moving assemblies 430 and the second test tube moving assemblies 440 are disposed oppositely, the first test tube moving assemblies 430 are disposed on one side of the first conveying belt 410, the second test tube moving assemblies 440 are disposed on one side of the second conveying belt 420, the output channel is disposed at one end of the second conveying belt 420, and the input channel is disposed above the moving boxes 450 of the first conveying belt 410.

The first test tube of this embodiment removes subassembly 430 and second test tube and removes that subassembly 440 is preferred for the slip table cylinder, the test tube gets into in the removal box 450 of first conveyer belt 410 from input channel, first conveyer belt 410 drives the test tube and removes to between first removal subassembly and the second removal subassembly, then first removal subassembly will be equipped with the removal box 450 of test tube and remove to second conveyer belt 420 on, the blood sampling personnel takes out the test tube to take a blood sample from removing in the box 450, the test tube takes out back second test tube and removes on the box 450 will remove to first conveyer belt 410, put into the test tube after the blood sampling personnel's blood sampling and carry to sample collection device 300 on the second conveyer belt 420.

The first conveyor belt 410 is provided with a plurality of first shielding plates 460, the plurality of first shielding plates 460 are distributed on the first conveyor belt 410 at intervals, the movable box 450 is located between two adjacent first shielding plates 460, the length of the movable box 450 is matched with the distance between the two first shielding plates 460, and the width of the movable box 450 is greater than the distance between the first conveyor belt 410 and the second conveyor belt 420. The movable box 450 is fixed between the two first shielding plates 460, the movable box 450 does not fall off the first conveyor 410, and the movable box 450 does not fall off between the first conveyor 410 and the second conveyor 420 during the movement of the movable box 450 from the first conveyor 410 to the second conveyor 420 or from the second conveyor 420 to the first conveyor 410.

As shown in fig. 7, blood sampling table 200 includes table main body 210 and bottom plate 220, bottom plate 220 is fixed in on table main body 210, form between bottom plate 220 and the table main body 210 and hold the chamber, test tube conveyor is fixed in on bottom plate 220, and test tube conveyor is located and holds the intracavity, table main body 210 upper surface is equipped with gets mouth of pipe 230 and rotating damper, rotating damper with get mouth of pipe 230 phase-match, rotating damper shelters from and gets mouth of pipe 230, rotating damper activity sets up on table main body 210, it is located second conveyer belt 420 top to get mouth of pipe 230. Rotating baffle shelters from getting mouth of pipe 230, removes to getting behind mouth of pipe 230 below when the test tube, through getting the test tube in the mouth of pipe 230 after the rotatory shielding plate, the taking out of test tube is comparatively convenient, when need not get the test tube, rotating baffle shelters from and gets and can not lead to the fact the influence to blood sampling table 200's use behind the mouth of pipe 230.

As shown in fig. 8, the sample collection device 300 includes a collection cart 310 and a collection frame 320, wherein the collection frame 320 is disposed on the collection cart 310, and the other end of the output channel is disposed above the collection frame 320. The test tubes are transported from the second transport path into the collecting frame 320 of the collecting cart 310, and after the test tubes are collected, the test tubes can be transported by the collecting cart 310.

Can be provided with a plurality of baffles 240 on the blood sampling table 200 of this embodiment, a plurality of baffles 240 separate into a plurality of blood sampling positions with blood sampling table 200, all be equipped with on each blood sampling position and get mouth of pipe 230 and rotatory shielding plate, each blood sampling position below all is equipped with relative first test tube removal subassembly 430 and the second test tube removal subassembly 440 that sets up, test tube preparation device 100 selects different test tubes according to the blood sampling demand on the blood sampling position of difference, test tube conveyor will select the test tube after the selection carry to specific blood sampling position below.

The above are only specific embodiments of the present invention, and the protection scope of the present invention is not limited thereby; any replacement and improvement made on the basis of not violating the conception of the utility model belong to the protection scope of the utility model.

Claims (10)

1. The intelligent blood sampling system is characterized by comprising a test tube preparation device, a blood sampling table, a test tube conveying device and a sample collecting device, the blood sampling table and the test tube conveying device are positioned between the test tube preparation device and the sample collection device, the test tube conveying device is positioned below the table top of the blood sampling table, the test tube preparation device comprises a main body, a test tube selection assembly and a labeling assembly, the test tube selecting component and the labeling component are fixed on the main body, the two opposite ends of the test tube conveying device are respectively provided with an input channel and an output channel, one end of the input channel is positioned above the test tube conveying device, the other end of the input channel is positioned on the main body, one end of the output channel is connected with the test tube conveying device, and the other end of the output channel is positioned on the sample collecting device.

2. The intelligent blood collection system of claim 1, wherein the main body is provided with a test tube placement site, the test tube selecting component is positioned above the test tube placing position and comprises a first moving guide rail, two second moving guide rails, a grabbing part, a first driving motor and two second driving motors, the two second moving guide rails are fixed on two opposite side edges of the main body, two ends of the first moving guide rail are respectively and movably arranged on two second moving guide rails, two second driving motors are connected with the first moving guide rail, the two second driving motors drive the first moving guide rail to slide back and forth on the two second moving guide rails, the grabbing part is movably arranged on the first moving guide rail, the first driving motor is connected with the grabbing part, the first driving motor drives the grabbing part to slide left and right on the first moving guide rail.

3. The intelligent blood collection system of claim 1, wherein the labeling assembly is located below the test tube selection assembly, the labeling assembly comprises a first fixing seat, a label roller, a printer and a paste fixing part, the first fixing seat, the printer and the paste fixing part are fixed on the main body, the label roller is rotatably arranged on the first fixing seat, the label roller is located on an inlet side of the printer, and the paste fixing part is located on an outlet side of the printer.

4. The intelligent blood collection system of claim 3, wherein the adhesive fixing portion comprises a first fixing member, two pressing plates and two pressing driving mechanisms, the first fixing member comprises a fixing base, a fixing side plate and a fixing top plate, the fixing base is opposite to the fixing top plate, two ends of the fixing side plate are respectively connected with the fixing base and the fixing top plate, the fixing base is provided with a first limiting hole, the fixing top plate is provided with a second limiting hole, the first limiting hole corresponds to the second limiting hole, the second limiting hole and the first limiting hole are located above the input channel, the two pressing plates are opposite to the fixing side plate, and the two pressing plates are respectively connected with the two pressing driving mechanisms.

5. The intelligent blood collection system of claim 4, wherein the adhesive fixing portion further comprises a first adjustment fixing member and a second adjustment fixing member, the first adjustment fixing member is located above the second adjustment fixing member, the first adjustment fixing member comprises a first sliding table cylinder and a first fixing plate connected with the first sliding table cylinder, the second adjustment fixing member comprises a second sliding table cylinder and a second fixing plate connected with the second sliding table cylinder, the first sliding table cylinder and the second sliding table cylinder are respectively located on one side of the fixing side plate, the first fixing plate and the second fixing plate are located between the fixing base and the fixing top plate after penetrating through the fixing side plate, a third limiting hole is formed in the first fixing plate, and the third limiting hole corresponds to the first limiting hole.

6. The intelligent blood sampling system according to any one of claims 1 to 5, wherein the test tube conveying device comprises at least a first conveyor belt, a second conveyor belt, and a plurality of first test tube moving assemblies and a plurality of second test tube moving assemblies, the first conveyor belt is adjacent to the second conveyor belt, the first conveyor belt is provided with a plurality of moving boxes, the first test tube moving assemblies are arranged opposite to the second test tube moving assemblies, the first test tube moving assemblies are located on one side edge of the first conveyor belt, the second test tube moving assemblies are located on one side edge of the second conveyor belt, the output channel is located at one end of the second conveyor belt, and the input channel is located above the moving boxes of the first conveyor belt.

7. The intelligent blood sampling system of claim 6, wherein a plurality of first shielding plates are disposed on the first conveyor belt, the plurality of first shielding plates are spaced apart on the first conveyor belt, the movable box is located between two adjacent first shielding plates, the length of the movable box matches with the distance between the two first shielding plates, and the width of the movable box is greater than the distance between the first conveyor belt and the second conveyor belt.

8. The intelligent blood collection system according to claim 7, wherein the blood collection table comprises a table body and a bottom plate, the bottom plate is fixed on the table body, a containing cavity is formed between the bottom plate and the table body, the test tube conveying device is fixed on the bottom plate and is located in the containing cavity, the upper surface of the table body is provided with a tube taking opening and a rotating baffle, the rotating baffle is matched with the tube taking opening, the rotating baffle covers the tube taking opening, the rotating baffle is movably arranged on the table body, and the tube taking opening is located above the second conveyor belt.

9. The intelligent blood collection system of any one of claims 1 to 5, further comprising a control unit, wherein the test tube selection assembly, the labeling assembly, and the test tube transfer device are all connected to the control unit.

10. The intelligent blood collection system of any one of claims 1 to 5, wherein the sample collection device comprises a collection cart and a collection frame, the collection frame is located on the collection cart, and the other end of the output channel is located above the collection frame.

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