WO2018188182A1 - Blood collection tube preparation device - Google Patents

Abstract

A blood collection tube preparation device, comprising: a blood collection tube storage unit (1), located on the upper portion and being able to store at least two kinds of blood collection tubes; a first blood collection tube conveying unit (2) is provided cooperatively beneath the discharge port of the blood collection tube storage unit (1); a second blood collection tube conveying unit (3) is provided cooperatively at the discharge end of the first blood collection tube conveying unit (2); a label printing unit (5) and a label pasting unit (6) for pasting a printed label to a blood collection tube are provided at the discharge end of the second blood collection tube conveying unit (3); a first recovering unit (7) for storing a blood collection tube pasted with a label is provided under the discharge port of the label pasting unit (6); the first recovering unit (7) cooperates with a tray transfer unit (32) by means of a first tray conveying unit (9); the tray transfer unit (32) cooperates, by means of a second tray conveying unit (10), with a second recovering unit (8) located above the tray transfer unit; and one side of the second recovering unit (8) is provided with a hand-pasted label printer (11) for printing, cutting and distributing a hand-pasted label. The present invention enables blood collection tube distributing, blood collection tube conveying, label printing and pasting, and tray conveying to be highly automated.

Description

Blood collection tube preparation device Technical field

The invention relates to a blood collection tube preparation device, belonging to the technical field of medical equipment.

Background technique

From the current application point of view, the blood collection tube preparation device is divided into a large-scale machine that issues all the blood collection tubes in one place and a small-sized machine that is individually issued after the small-sized devices are installed in plural. Large-scale devices have high processing power and can be issued in large quantities in a short period of time. Otherwise, all releases must be stopped in the event of a failure. On the other hand, since a small unit is in operation, even one malfunction does not affect the operation of other machines.

However, most of the small machines are set up on the work table. For the blood collection business, the small machines are placed on a narrow table, the space utilization is unreasonable, and there is a sense of oppression for the blood collector and the patient.

Summary of the invention

The object of the present invention is to overcome the deficiencies of the prior art, and to provide a blood collection tube preparation device, which is used for blood preparation in the blood collection before the blood collection inspection stage, and selects different types of blood collection tubes according to the blood collection instruction of the doctor, and A label with information such as the patient ID and the contents of the blood collection instruction is attached, and the blood collection tubes are respectively mounted on the tray.

The object of the invention is achieved by the following technical solutions:

The blood collection tube preparation device is characterized in that: the blood collection tube storage unit is arranged to accommodate at least two kinds of blood collection tubes in the upper part, and the first delivery unit of the blood collection tube for collecting the blood collection tube is arranged under the discharge port of the blood collection tube storage unit, and the blood collection tube is arranged. The discharge end of the first conveying unit is connected to a second delivery unit for collecting a blood collection tube, and the running direction of the second delivery unit of the blood collection tube Vertically opposite to the running direction of the first delivery unit of the blood collection tube, the discharge end of the second delivery unit of the blood collection tube is provided with a label printing unit for printing a label and a label sticking unit for attaching the printed label to the blood collection tube, and the label is pasted. A first recycling unit for accommodating the labeled blood collection tube is arranged below the discharge opening of the unit, the first recycling unit is connected to the tray delivery unit through the first conveying unit of the tray, and the tray delivery unit is located through the second conveying unit of the tray The upper second recycling unit is coupled, and one side of the second recycling unit is provided with a hand-printed printer for printing and cutting the hand-applied label.

Further, in the blood collection tube preparation device, the blood collection tube storage unit includes a storage box body and an operation cam, a supplementary roller, and a vibration plate provided therein, and the obliquely arranged vibration plate and the auxiliary roller are formed to facilitate the blood collection of the blood collection tube. The narrow space, the running cam is arranged in a narrow space position, and the outer edge of the running cam is axially provided with a loading trough for receiving the blood collection tube provided in the narrow space.

Further, in the above blood collection tube preparation device, the first delivery unit of the blood collection tube is a belt conveying unit, and a discharge sensor is disposed at a discharge end of the first conveying unit, and a discharge inclined plate is arranged in the discharge port of the discharge port.

Further, the blood collection tube preparation device described above, wherein the belt conveying unit comprises an endless belt, a front pulley and a rear pulley, and the annular timing belt is tensioned on the front pulley and the rear pulley, and the driving motor and the front belt The wheel or rear pulley drive connection drives the ring timing belt to operate.

Further, the blood collection tube preparation device described above, wherein the blood collection tube second delivery unit includes a belt conveying mechanism and a direction detecting sensor disposed on both sides for detecting a falling direction of the blood collection tube and for detecting a position of the blood collection tube The in-position detecting sensor is provided with a push plate for pushing the blood collection tube to the label sticking unit at an upper portion of the belt conveying mechanism, and the running direction of the push plate is perpendicular to the running direction of the belt conveying mechanism.

Further, in the above blood collection tube preparation device, the label attachment unit includes a sticker rotating roller, an auxiliary roller, and a push roller, and the auxiliary roller and the push roller are located at the pasting rotation. On both sides of the lower side of the roller, the advancing roller is mounted on the linear motion mechanism, and a space between the advancing roller and the splicing rotary roller is formed to facilitate the entry of the blood collection tube provided by the second delivery unit of the blood collection tube, and the auxiliary roller and the splicing rotary roller are formed to facilitate printing. The space into which the label enters, the slewing roller, the auxiliary roller and the advancing roller form a space for supporting and holding the blood collection tube, and is supported by a three-point type, and a space for facilitating the discharge of the blood collection tube is formed between the propulsion roller and the auxiliary roller, and a discharge guide swash plate is provided. The discharge guide of the discharge guide swash plate faces the first recovery unit.

Further, in the blood collection tube preparation device described above, the portion of the blood collection tube discharge space is provided with a discharge guide swash plate, and the discharge guide for discharging the guide swash plate faces the first recovery unit.

Further, in the blood collection tube preparation device described above, the label printing unit includes a label paper feeding mechanism, a printer, a peeling plate, and a liner winding mechanism which are sequentially arranged in a label paper conveying direction, and the label paper feeding mechanism is directed to the printer The label paper is provided, and the label paper printed by the printer is peeled off into a printing label and a backing paper by a peeling plate, and the printing label is supplied to the label sticking unit, and the backing paper is wound by the liner winding mechanism.

Further, in the above blood collection tube preparation device, the label paper discharge mechanism is a unwinding roller, and the liner winding mechanism is a winding roller, and the power unit is drivingly connected to the winding roller to drive the operation thereof.

Further, the blood collection tube preparation device described above, wherein the blood collection tube storage unit, the first delivery unit, the blood collection tube second delivery unit, the label printing unit, the label attachment unit, the first recovery unit, the second recovery unit, and the tray The first conveying unit, the second conveying unit of the tray, the tray delivery unit and the hand-printing printer are all fixed on the frame, and the frame is connected to the moving base through a drawer mechanism, and the housing for forming the containing space is mounted on the moving base.

Further, in the above blood collection tube preparation device, one side of the second recovery unit is provided with a blood collection tube take-out port, and a shutter mechanism is attached beside the blood collection tube take-out port.

The invention has significant advantages and beneficial effects compared with the prior art, and is embodied in the following aspect:

A plurality of blood collection tube storage units provide a designated blood collection tube, and are sent to a label attachment unit and a label printing unit at a position of a labeling unit for label attachment, and the printed label is attached to a blood collection tube, and a labeled blood collection tube is attached for distribution. A recycling unit recovers the tray containing the blood collection tube, and the tray containing the blood collection tube is sent to the second recovery unit through the tray conveying unit, and the blood collection tube is taken from the blood collection tube outlet to take out the blood collection tube necessary for the patient inspection, and the hand print printer prints the cutting release hand. Labeling, labeling the hand-applied label with patient information on the selected blood collection tube, and affixing the blood collection tube after the label is hand-held in the recycling department; the whole process is automated, and the degree of intelligence is high;

2 plurality of blood collection tube storage units are arranged and arranged, the label printing unit and the label attachment unit are arranged under the blood collection tube storage unit, the collection tube is transported to the upper part of the device after the blood collection tube is recovered, and the hand sticker printer is arranged near the blood collection tube outlet, which is convenient for the blood collection person to Easy to remove blood collection tube and hand label;

3 In the first recycling unit, only the blood collection tube is recovered, and the hand label is issued at the position that the blood collection person sees in the second recovery unit, so that there is no possibility that the hand label is lost, and the correct distribution can be performed;

4 The device can be arranged beside the blood collection table or under the blood collection table, which not only makes effective use of the table space, but also facilitates easy removal of the blood collection tube, the pressure of the inorganic device; the blood collection tube, the blood collection tube, the label printing and paste, the tray transportation It is highly automated and can perform blood collection operations with high efficiency.

DRAWINGS

Figure 1: Schematic diagram of the structure of the device of the present invention;

Figure 2: Schematic diagram of the structure of the blood collection tube storage unit;

Figure 3: Schematic diagram of the rotational position of the running cam of the blood collection tube storage unit;

Figure 4: Schematic diagram of the arrangement of the first delivery unit of the blood collection tube and the second delivery unit of the blood collection tube;

Figure 5: Schematic diagram of the structure of the second delivery unit of the blood collection tube;

Figure 6 is a schematic view showing the connection structure of the label printing unit and the label sticking unit;

Figure 7 is a schematic view showing the connection structure of the first recovery unit and the second recovery unit;

Figure 8 is a schematic view of the pull-down structure of the device of the present invention.

The meanings of the various reference numerals in the figure are as follows:

detailed description

For a clearer understanding of the technical features, objects and effects of the present invention, the specific embodiments are described in detail with reference to the accompanying drawings.

As shown in FIG. 1 , the blood collection tube preparation device includes a blood collection tube storage unit 1 that can accommodate at least two kinds of blood collection tubes in the upper portion, and the blood collection storage unit 1 is arranged below the discharge port for the blood collection storage unit 1 a first delivery unit 2 for collecting a blood collection tube, and a discharge end of the first delivery unit 2 of the blood collection tube is arranged with a second delivery unit 3 for transmitting a blood collection tube, and the second delivery unit 3 of the blood collection tube is operated. The direction is perpendicular to the running direction of the first delivery unit 2 of the blood collection tube, the slider unit 4 acts as a push, and the discharge end of the second delivery unit 3 of the blood collection tube is provided with a label printing unit 5 for printing labels and for printing The label is attached to the label attachment unit 6 of the blood collection tube, and a first recovery unit 7 for accommodating the labeled blood collection tube is disposed below the discharge opening of the label attachment unit 6, and the issued blood collection tube is put into the first recovery unit 7, first The recycling unit 7 is engaged with the tray delivery unit 32 via the tray first conveying unit 9, and the tray delivery unit 32 is engaged with the second recycling unit 8 located above it by the tray second conveying unit 10, and the tray second conveying unit 10 will tray Lifted up to the upper portion, a hand sticker printer 11 for printing a cut-out hand sticker is disposed on one side of the second recovery unit 8.

The designated blood collection tube is supplied from the plurality of blood collection tube storage units 1, and the blood collection tube to which the label is to be attached can be accommodated in accordance with the type of blood collection tube, and at least two blood collection tube storage units 1 are provided. The blood collection tube A is transported to the label attachment unit 6 and the label printing unit 5 through the blood collection tube first delivery unit 2 and the blood collection tube second delivery unit 3 for label attachment, and the information of the examinee is printed on the label, and the printed information is printed. The label is attached to the blood collection tube, and the blood collection tube to which the label is attached is issued. The first recovery unit 7 recovers the tray containing the blood collection tube, and the tray containing the blood collection tube passes through the tray first conveying unit 9, the tray delivery unit 32, and the tray. The second transport unit 10 is transported to the second recovery unit 8, and the blood collection tube at the second recovery unit 8 is selected from the blood collection tube outlet 33 to take out the blood collection tube necessary for the patient examination, and the hand print printer 11 prints the cut release label. A hand-applied label with patient information is attached to the blood collection tube, and the blood collection tube after the label is attached is stored in the collection unit. The whole process is automated and highly intelligent.

Two or more blood collection tube storage units 1 are arranged in line, and the label printing unit 5 and the label attachment unit 6 are disposed below the blood collection tube storage unit 1. After the blood collection tube is recovered, the tray is transported to the upper portion of the device, and the blood collection tube can be easily taken out.

The device can be placed under the blood collection table or next to the table, with equipment traditionally placed on the table In comparison, not only the space on the table is effectively utilized, but also the pressure of the machine is not available, and the blood collection operation process can be smoothly performed.

As shown in FIG. 2 and FIG. 3, the blood collection tube storage unit 1 includes a storage case, an operation cam 12, a supplementary roller 15, and a vibration plate 14 provided therein, and the inclined vibration plate 14 and the auxiliary roller 15 are formed to facilitate blood collection. In the narrow space of the material, the running cam 12 is disposed in a narrow space position, and the outer edge of the running cam 12 is provided with a loading groove 17 for receiving the blood collection tube provided in the narrow space.

A plurality of storage boxes store the blood collection tubes according to the type, and the stored blood collection tubes can be horizontally placed regardless of the direction of the test tube cap. According to the instruction to dispense the blood collection tube, the operation cam 12 is operated, and the blood collection tube stacked on the upper portion is taken at the loading groove 17 (groove) on the outer circumference of the operation cam 12. The sensor 13 is used to detect the confirmation to obtain further rotation. When the running cam 12 is rotated to the feeding position, the blood collection tube is supplied to the lower blood collection tube first conveying unit 2. The vibrating plate 14 and the auxiliary roller 15 in the housing case are driven by the motor 16 to operate.

As shown in FIG. 4, the blood collection tube first conveying unit 2 is a belt conveying unit, and the discharging end of the first conveying unit 2 is arranged with a detecting sensor, and the discharging port is connected and provided with a guiding swash plate 18. The belt conveying unit comprises an annular timing belt, a front pulley and a rear pulley. The annular timing belt is tensioned on the front pulley and the rear pulley, and the driving motor is drivingly connected with the front pulley or the rear pulley to drive the annular timing belt to operate.

The blood collection tube A sent from the blood collection tube storage unit 1 naturally falls onto the blood collection tube first transport unit 2, and the blood collection tube first transport unit 2 transports the blood collection tube A horizontally forward, and the front end detection sensor detects the blood collection tube. The blood collection tube is supplied to the blood collection tube second delivery unit 3 through the guide swash plate 18.

As shown in Fig. 5, the blood collection tube second transport unit 3 includes a belt transport mechanism 19, and direction detecting sensors 20 for detecting the falling direction of the blood collecting tubes arranged on both sides, and an in-position detecting sensor 21 for detecting the arrival position of the blood collecting tubes. The upper portion of the belt conveying mechanism 19 is provided with a push plate 22 for pushing the blood collection tube to the label sticking unit 6, and the running direction of the push plate 22 is perpendicular to the running direction of the belt conveying mechanism 19.

The blood collection tube A supplied from the blood collection tube storage unit 1 slides down from the guide swash plate 18, and is vertically swayed and dropped onto the conveyor belt 19, and the blood collection tube can be transported to the left direction, and the blood collection tube can be moved to the left and left in a fallen state. The direction detecting sensor 20 detects the falling direction of the blood collecting tube, and then the conveying belt 19 transports the blood collecting tube to the right end. When the right end in-position detecting sensor 21 detects the blood collecting tube, the conveying belt 19 stops operating and waits for the supply instruction of the label sticking unit 6. If there is a supply instruction from the label sticking unit 6, the push plate 22 performs a push operation, the blood collection tube rolls, and the blood collection tube enters the label sticking unit 6.

As shown in FIG. 6, the label sticking unit 6 includes a sticking rotary roller 29, an auxiliary roller 28, and a push roller 27. The auxiliary roller 28 and the pusher roller 27 are located on both sides below the sticking rotary roller 29, and the push roller 27 is mounted on the linear motion mechanism. Between the advancing roller 27 and the splicing slewing roller 29, a space for facilitating the entry of the blood collection tube provided by the second blood transport unit 3 is formed, and a space for facilitating the printing of the label is formed between the auxiliary roller 28 and the splicing roller 29, and the slewing roller 29 is pasted. The auxiliary roller 28 and the advancing roller 27 form a space for supporting and holding the blood collection tube, and are supported by a three-point type. A space for facilitating the discharge of the blood collection tube is formed between the propulsion roller 27 and the auxiliary roller 28, and a discharge guide swash plate 31 is provided, and the discharge guide is provided. The discharge of the swash plate 31 is directed toward the first recovery unit 7. A discharge guide swash plate 31 is provided at a portion where the blood collection tube discharge space, and a discharge guide for discharging the guide swash plate 31 faces the first recovery unit 7.

The label printing unit 5 includes a label paper discharge mechanism 25, a printer 23, a peeling plate 24, and a liner winding mechanism 26 which are sequentially disposed in the label paper conveying direction, and the label paper discharging mechanism 25 supplies the label paper to the printer 23 by the printer 23 The printed label paper is peeled off into a print label and a liner by the release sheet 24, and the print label is supplied to the label attachment unit 6, and the liner is wound by the liner winding mechanism 26. The label paper discharge mechanism 25 is a unwinding roller, and the liner winding mechanism 26 is a winding roller, and the power unit is drivingly coupled to the winding roller to drive the operation.

The push roller 27 pushes the blood collection tube to the support holding space formed by the swing roller 29, the auxiliary roller 28, and the push roller 27, and the swing roller 29, the auxiliary roller 28, and the push roller 27 constitute a three-point hold. The printer 23 prints the label, and the peeling plate 23 peels the printed label from the label liner and conveys it to the front (between the auxiliary roller 28 and the splicing roller 29), and at the same time pastes When the rotary roller 29 is operated to rotate the blood collection tube, the output label is attached to the outer circumferential surface of the blood collection tube, and when the label is rotated, the barcode scanner 30 detects the barcode, and the position where the printed label is attached can be adjusted. After the printed label is pasted, the linear motion mechanism drives the advancement roller 27 to retreat, and the blood collection tube to which the label has been attached is released, and the blood collection tube to which the label has been attached is dropped along the discharge guide swash plate 31, and is stored in the first recovery unit 7. .

As shown in Fig. 7, one side of the second recovery unit 8 is provided with a blood collection tube take-out port 33, and a shutter mechanism 34 is attached to the blood collection tube take-out port 33.

The return tray loaded with the labeled blood collection tube is transported horizontally by the tray first transport unit 9 and transported to the tray transfer unit 32, and then the tray second transport unit 10 transports the tray to the upper second recovery unit 8, The tray first conveying unit 9 is a horizontal conveying mechanism, and the tray second conveying unit 10 is a vertical lifting direction conveying mechanism. A shutter mechanism 34 is provided at the blood collection tube take-out port 33, and the tray is opened when the tray is raised, and the hand print printer 11 prints the cut label.

As shown in FIG. 8, the blood collection tube storage unit 1, the first transport unit 2, the blood collection tube second transport unit 3, the label printing unit 5, the label sticking unit 6, the first recovery unit 7, the second recovery unit 8, and the tray A transport unit 9, a tray second transport unit 10, a tray transfer unit 32, and a hand print printer 11 are all fixed to the frame, and the rack is connected to the mobile base 35 through a drawer mechanism 36, and the mobile base 35 is mounted for forming a package. The outer casing 37 of the space. The entire device can be withdrawn or fed from the outer casing 37 by the drawer mechanism 36.

The present invention is provided with a first recovery unit 7 for storing a blood collection tube to which a printed label has been attached, a second recovery unit 8 for storing a blood collection tube to which a hand-labeled label has been attached, and a tray first conveying unit 9 for horizontally conveying the tray for vertical The tray second conveying unit 10 of the conveying tray, the tray second conveying unit 10 is located at the foremost side of the apparatus, and the second recycling unit 8 has a shutter mechanism 34 for opening and closing the outlet. The second recovery unit 8 is located at the upper part of the device, and the hand-held printer 11 is disposed near the blood collection tube outlet 33, so that the blood collection person can more easily take out the blood collection tube and the hand-label. Blood collection, blood collection, label printing and paste, and tray transport are highly automated. In the first recovery unit, only the blood collection tube is recovered, and the hand-label is issued at the position that the blood collection person sees in the second recovery unit, so that is not There is a possibility that the hand label is lost, and it can be issued correctly.

In summary, the device of the invention has unique design and novel structure, and can be arranged beside the blood collection table or under the blood collection table, which not only effectively utilizes the table space, but also facilitates easy removal of the blood collection tube, and the pressure of the inorganic device can be highly efficient. Perform blood collection operations.

It should be noted that the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. The above description should be understood and implemented by those skilled in the relevant art, so that the other Equivalent changes or modifications made by the spirit of the invention should be included in the scope of the patent application.

Claims (11)

The blood collection tube preparation device is characterized in that it comprises a blood collection tube storage unit (1) which can accommodate at least two kinds of blood collection tubes in the upper portion, and a blood collection tube for transmitting the blood collection tube is arranged under the discharge port of the blood collection tube storage unit (1). a first conveying unit (2), a discharge end of the first delivery unit (2) of the blood collection tube is arranged with a second delivery unit (3) for transmitting a blood collection tube, and a second delivery unit (3) The running direction is perpendicular to the running direction of the first delivery unit (2) of the blood collection tube, and the discharge end of the second delivery unit (3) of the blood collection tube is provided with a label printing unit (5) for printing labels and for printing The label is attached to the label sticking unit (6) of the blood collection tube, and a first recovery unit (7) for accommodating the labeled blood collection tube is disposed below the discharge opening of the label sticking unit (6), and the first recycling unit (7) passes The tray first conveying unit (9) is engaged with the tray intersection unit (32), and the tray intersection unit (32) is coupled to the second recycling unit (8) located above the tray by the tray second conveying unit (10), and second One side of the recycling unit (8) is arranged for printing and cutting Line hand labeling of hand attached printer (11). The blood collection tube preparation device according to claim 1, wherein the blood collection tube storage unit (1) includes a storage case, an operation cam (12) provided therein, a supplementary roller (15), and a vibration plate (14). The obliquely arranged vibrating plate (14) and the auxiliary roller (15) form a narrow space for facilitating the discharge of the blood vessel, and the running cam (12) is arranged in a narrow space, and the outer edge of the running cam (12) is provided in the axial direction for The receiving trough (17) of the blood collection tube provided in the narrow space is received. The blood collection tube preparation device according to claim 1, wherein the blood collection tube first conveying unit (2) is a belt conveying unit, and the discharge end of the first conveying unit (2) is provided with a detecting sensor, which is out The inlet transition is provided with a guiding swash plate (18). The blood collection tube preparation device according to claim 3, wherein the belt conveying unit comprises an endless belt, a front pulley and a rear pulley, and the annular timing belt is tensioned on the front pulley and the rear pulley to drive The motor is connected to the front pulley or the rear pulley to drive the ring timing belt. A blood collection tube preparation apparatus according to claim 1, wherein said blood collection tube second delivery unit (3) comprises a belt conveying mechanism (19) and a direction disposed on both sides for detecting a falling direction of the blood collection tube a detecting sensor (20) and an in-position detecting sensor (21) for detecting a position at which the blood collecting tube reaches the position, and an upper portion of the belt conveying mechanism (19) is provided with a push plate (22) for pushing the blood collecting tube to the label sticking unit (6), and pushing The running direction of the plate (22) is perpendicular to the running direction of the belt conveying mechanism (19). The blood collection tube preparation device according to claim 1, wherein the label applying unit (6) comprises a bonding rotary roller (29), an auxiliary roller (28), and a pushing roller (27), an auxiliary roller (28) and The advancing roller (27) is located on both sides below the slewing roller (29), the propulsion roller (27) is mounted on the linear motion mechanism, and the second roller is facilitated between the advancing roller (27) and the splicing roller (29). The space provided by the unit (3) for entering the blood collection tube, the auxiliary roller (28) and the splicing rotary roller (29) form a space for printing the label, and the slewing roller (29), the auxiliary roller (28) and the advancing roller are attached ( 27) forming a space for supporting and holding the blood collection tube, supporting the three points, forming a space for facilitating the discharge of the blood collection tube between the advancing roller (27) and the auxiliary roller (28), and providing a discharge guiding swash plate (31) for discharging the guiding The discharge of the swash plate (31) is directed toward the first recovery unit (7). The blood collection tube preparation device according to claim 6, wherein a portion of the blood collection tube discharge space is provided with a discharge guide swash plate (31), and a discharge guide for discharging the guide swash plate (31) faces the first recovery unit. (7). The blood collection tube preparation apparatus according to claim 1, wherein said label printing unit (5) comprises a label paper discharge mechanism (25), a printer (23), and a peeling plate (sequentially arranged in the label paper conveying direction). 24) and a liner winding mechanism (26), the label paper feeding mechanism (25) supplies the label paper to the printer (23), and the label paper printed by the printer (23) is peeled off into a printed label by the peeling plate (24). The backing paper, the printed label is supplied to the label sticking unit (6), and the backing paper is wound by the liner winding mechanism (26). The blood collection tube preparation device according to claim 8, wherein the label paper discharge mechanism (25) is a unwinding roller, and the liner winding mechanism (26) is a winding roller, a power unit and a winding roller. Drive the connection and drive it to work. The blood collection tube preparation device according to claim 1, wherein the blood collection tube storage unit (1), the first delivery unit (2), the blood collection tube second delivery unit (3), and the label printing unit (5) a label sticking unit (6), a first recycling unit (7), a second recycling unit (8), a tray first conveying unit (9), a tray second conveying unit (10), a tray delivery unit (32), and a hand The printer (11) is fixed to the frame, and the frame is connected to the moving base (35) through a drawer mechanism (36), and a casing (37) for forming a containing space is mounted on the moving base (35). The blood collection tube preparation device according to claim 1, wherein one side of the second recovery unit (8) is provided with a blood collection tube outlet (33), and a shutter mechanism is mounted beside the blood collection tube outlet (33). .

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