KR102020065B1 - Blood collecting tube labeling device - Google Patents

Abstract

The present invention relates to a labeling device for a blood collecting tube. More specifically, the labeling device for a blood collecting tube comprises: a labeling housing having an installation space therein; a labeling unit arranged on the labeling housing to supply a label with corresponding information printed thereon to the blood collecting tube to attach the label; a second labeling unit arranged on the labeling housing to cut a label sheet with corresponding information printed thereon to discharge the label sheet; and a label control unit to control the labeling unit and the second labeling unit. One or more among the labeling unit and the second labeling unit are controlled by the label control unit to attach the label to the blood collecting tube or discharge the label sheet with the corresponding information printed thereon. According to the present invention, a blood collecting tube required for a corresponding individual is selected, and a label with corresponding personal information printed thereon is attached to the corresponding blood collecting tube to prevent conventional medical accidents where blood collecting tubes are changed and replace manual labeling to improve work efficiency.

Description

Blood collecting tube labeling device

The present invention relates to an automatic labeling device, and more particularly, to a device for placing a blood vessel supplied to it, automatically printing a predetermined personal and blood test information on a label, and then automatically attaching the blood vessel to the blood vessel. In other words, the present invention relates to a blood collection tube automatic labeling device that can fundamentally prevent a blood collection-related medical accident, which has been conventionally performed, and can dramatically improve the work efficiency of a medical field.

In general, as the technology of clinical trials has advanced rapidly, extensive blood tests, including serum biochemistry, serum immunoassays, and hemocytometers, have contributed greatly to the prevention and early diagnosis of the disease.

Blood tests are placed in a collection vessel, a special container, during the process of collecting, storing, transporting, and processing a certain amount of blood, regardless of the subject or type of test.

On the other hand, a blood collection tube containing each blood collection tube is printed with a label describing the individual and blood test information, and then attached to the blood collection tube to prevent medical accidents from changing with other blood collection tubes.

However, in the past, as a worker prints a label with personal and blood test information directly and attaches it to a blood vessel by hand, a mistake such as incorrectly attaching a label containing information of another person during a busy task frequently occurs to automate it. Technology has been developed and used.

Conventional automation device is disclosed in the registered patent No. 0866410, the blood vessel is gripped by the label attached to the discharge to the outside.

However, this conventional apparatus is accommodated in a state in which a pile of blood collection tubes is stored in a pallet, and each blood collection tube is dropped down and grasped, and then transported inside to attach and discharge the blood collection tube. Falling structure is complicated, there is a problem that a separate cost occurs.

In addition, as the blood collection tube is dropped and gripped by at least one pallet in which the blood collection tube pile is stored, the falling blood collection tube is inclined, causing frequent failure.

Accordingly, there is an urgent need for the development of a technology that is simple in structure and that can supply a blood vessel and attach a label printed with personal and blood test information.

Accordingly, the present invention has been made in order to solve the above problems, a labeling housing having an installation space therein, a labeling unit for supplying and attaching a label having the information printed thereon to the blood collection tube and attached thereto; And a second labeling unit provided in the labeling housing for cutting and discharging the label paper on which the information is printed, and a label control unit for controlling the labeling unit and the second labeling unit, wherein the labeling unit controls the labeling unit. At least one of the second and second labeling parts is controlled to attach a label to a blood collection tube or to discharge a label sheet on which the information is printed, to select a blood collection tube necessary for the individual, and to display the label on which the personal information is printed. By attaching it to, it prevents medical accidents that change the conventional blood collection tube, and also replaces manual labeling. It is an object to provide a blood collection tolerance labeling apparatus which can improve the work efficiency and.

The present invention for achieving the above object is provided with a labeling housing having an installation space therein, a labeling unit for supplying and attaching a label printed with the information to the blood collection tube, the labeling housing is provided in the labeling housing And a second labeling unit for cutting and discharging label paper on which information is printed, and a labeling unit for controlling the labeling unit and the second labeling unit, wherein any one of the labeling unit and the second labeling unit is controlled by the label control unit. One or more are controlled to label the blood collection tube or to eject a label with the information printed thereon.

Preferably, the installation space portion is partitioned into a first installation space portion and a second installation space portion, the labeling housing has a first installation space portion open to the upper side and the second installation space portion opened to one side, A labeling body formed to partition the first installation space and the second installation space, a labeling upper plate provided for opening and closing the first installation space, a labeling side plate door for opening and closing the second installation space, and the labeling upper portion The upper plate opening and closing portion for opening and closing the first installation space by sliding or moving the plate in the labeling body.

And the upper plate opening and closing portion, the opening and closing guide rail provided on each side plate of the labeling body, the opening and closing guide frame provided on the upper labeling plate to move along the opening and closing guide rail, and maintains the closed state of the installation space And a locking portion provided to secure the labeling upper plate to the labeling body.

In addition, the locking portion is elastic, the locking hook is provided on the front end of the labeling upper plate, the locking jaw formed in the labeling body so that the locking hook is caught, and pressing the locking hook to detach from the locking jaw It includes a release button, provided for.

The locking unit further includes a moving elastic part for opening the installation space by moving the upper labeling plate by the elastic force when the release button is operated.

In addition, the labeling unit is provided in the labeling housing, the label supply means for separating and supplying a label from the label paper, a label printing unit for printing the information on the label conveyed by the label supply means, and the label supply means Label attaching means for attaching the corresponding label supplied from the blood collection tube, and the label printing unit receives the information signal transmitted from the label control unit and prints the information on the label conveyed by the label supply means And, it is automatically attached to the blood collection tube by the labeling means.

The label supply means is provided on the label supply plate part so as to mount the label roll on which the label roll having the plurality of empty labels is rolled, the label supply plate part provided in the first installation space part of the labeling body. The label supply rod, a label recovery rod provided in the label supply plate to recover the label paper separated from the label roll mounted on the label supply rod, and is transported to the label recovery rod mounted on the label supply rod. And a label separating unit for separating and discharging the label to the label attaching means by changing the direction of the label sheet, and a recovery motor for rotating the label collection rod to recover the label sheets from which the plurality of labels are separated.

In addition, the label supply plate, the label recovery rod, the label separation unit, the recovery motor is provided, the first label supply plate is installed on the labeling body, the second label supply plate provided with the label supply rod, the second A supply hinge portion rotatably connecting the label supply plate to the first label supply plate at an angle, a plate fixing part for fixing the second label supply plate in parallel with the first label supply plate, and the plate fixing part In the case of operating the, and the elastic elastic portion for rotating the second label supply plate upward by the elastic force, and includes, by operating the plate fixing the second label supply plate upwards by the rotating elastic portion After replacing the label roll in the label supply rod while rotating at an angle, press the second label supply plate downward to Thus value.

And the labeling means, the blood collection tube mounting portion for mounting the blood collection tube supplied from the upper side, the mounting driving unit for moving the collected blood vessel downward by moving the blood collection tube, the blood collection tube mounted by Rotating the blood vessel, the attachment main roller for attaching the label supplied from the label supply means to the blood collection tube, the attachment driving unit for rotating the attachment main roller, the attachment for pressing the mounted blood collection tube to the attachment main roller And a sub-roller, and a pressure driving part for moving the attachment sub-roller in a direction opposite to the attachment main roller.

In addition, it has a guide hole therein, a guide cap for guiding the blood collection tube to the blood collection tube, it is further included.

And the guide hole of the guide cap, the cross-sectional area is gradually reduced from the upper end to the lower end.

In addition, the blood collection tube is a product label is attached to a portion of the outer circumference, the label sensor for measuring the product label position of the blood vessel mounted by the blood collection vessel further comprises, the received the signal of the label sensor The label control unit attaches a label to control the supply time of the label supply means so as to check the inside of the blood collection tube from the outside.

The second labeling portion has a second labeling space portion therein, a second labeling frame provided at a lower end of the front surface of the labeling housing so as to be located in the second installation space portion, and a second discharge port. A second labeling door rotatably provided on the second labeling frame to open and close the part, a second locking part for fixing the second labeling door to the labeling frame, and a label roll wound with a label having a plurality of blank labels; A second label supply rod provided in the second installation space portion to be rotatably mounted, a second label moving portion for moving the label paper mounted on the second label supply rod, the label conveyed by the second label moving portion A second label cutting unit for printing the information, and a second label cutting unit for cutting the label paper on which the information is printed by the second label printing unit. In addition, the label paper on which the information is printed by the second label printing unit is cut by the second label cutting unit while being discharged to the second discharge port by the second label moving unit.

The second locking part may include a second fixing protrusion formed on the second labeling door, a second rotating protrusion provided to be rotatable on the second labeling frame so as to be caught by the second fixing protrusion, and the second rotating protrusion. And a second release elastic part for rotating the second release lever, and a second moving elastic part for opening the second labeling door by an elastic force.

The label control unit may further include a database storing personal information, and an operation unit for selecting the individual and blood test information of the database.

In addition, the operation unit is a touch screen.

The operation unit is provided to be detachably attached to the labeling housing and communicates with the label control unit by at least one of wired and wireless.

As described above, according to the automatic blood vessel labeling apparatus according to the present invention, by selecting the blood vessel required by the individual and attaching a label printed with the individual and blood test information to the blood vessel, the conventional blood vessel is changed. It is a very useful and effective invention to prevent medical accidents, as well as to replace the labeling used by hand, thereby improving work efficiency.

1 is a view showing a labeling apparatus according to the present invention,
2 is a view showing a labeling housing according to the invention,
3 is a view showing a labeling unit according to the present invention,
4 is a view showing a label supply plate portion according to the present invention,
5 is a view showing a labeling means according to the invention,
6 is a view showing a second labeling unit according to the present invention;
7 is a view showing a label control unit according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. The detailed description, which will be given below with reference to the accompanying drawings, is intended to explain exemplary embodiments of the present invention and is not intended to represent the only embodiments in which the present invention may be practiced. The following detailed description includes specific details in order to provide a thorough understanding of the present invention. However, one of ordinary skill in the art appreciates that the present invention may be practiced without these specific details.

In some instances, well-known structures and devices may be omitted or shown in block diagram form centering on the core functions of the structures and devices in order to avoid obscuring the concepts of the present invention.

Throughout the specification, when a part is said to "comprising" (or including) a component, this means that it may further include other components, except to exclude other components unless specifically stated otherwise. do. In addition, the term "... part" described in the specification means a unit for processing at least one function or operation. Also, "a or an", "one", "the", and the like are used differently in the context of describing the present invention (particularly in the context of the following claims). Unless otherwise indicated or clearly contradicted by context, it may be used in the sense including both the singular and the plural.

In describing the embodiments of the present invention, if it is determined that a detailed description of a known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, terms to be described below are terms defined in consideration of functions in the embodiments of the present invention, which may vary according to intentions or customs of users and operators. Therefore, the definition should be made based on the contents throughout the specification.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a view showing a labeling apparatus according to the present invention, Figure 2 is a view showing a labeling housing according to the present invention, Figure 3 is a view showing a labeling unit according to the present invention, Figure 4 is FIG. 5 is a view showing a label supply plate part, FIG. 5 is a view showing a label attaching means according to the present invention, FIG. 6 is a view showing a second labeling part according to the present invention, and FIG. 7 is a label according to the present invention. It is a figure which shows a control part.

As shown in the drawing, the blood vessel labeling device 10 includes a labeling housing 100, a labeling unit 200, a second labeling unit 300, and a label control unit 400.

The labeling housing 100 forms an installation space 102 therein.

In addition, the labeling unit 200 is provided in the labeling housing 100 to supply and attach the label 22 on which the information is printed to the blood collection tube 30.

The second labeling unit 300 is provided in the labeling housing 100 to cut and discharge the label paper 20 on which the information is printed.

In addition, the label controller 400 is provided to control the labeling unit 200 and the second labeling unit 300.

According to the blood vessel labeling device 10, at least one of the labeling unit 200 and the second labeling unit 300 is controlled by the label control unit 400 to attach the label 22 to the blood vessel 30. Or discharge the label paper 20 on which the information is printed.

For this purpose, the installation space 102 is partitioned into a first installation space 102a and a second installation space 102b.

The labeling housing 100 includes a labeling body 110, a labeling upper plate 120, a labeling side plate door 130, and an upper plate opening and closing portion 140 as shown in FIG. 2.

The labeling body 110 has a first installation space portion 102a open to the inside and a second installation space portion 102b open to one side, and the first installation space portion 102a and the second installation space portion. 102b is formed to be partitioned.

In addition, the upper labeling plate 120 is provided for opening and closing of the first installation space (102a).

The labeling side plate door 130 is provided to open and close the second installation space portion 102b.

And the upper plate opening and closing portion 140 is provided to open and close the first installation space (102a) by sliding or fixing the labeling upper plate 120 in the labeling body (110).

Here, the upper plate opening and closing portion 140 includes an opening and closing guide rail 142, the opening and closing guide frame 144 and the locking portion 146.

The opening and closing guide rails 142 are provided on both side plates 150 of the labeling body 110, respectively.

And the opening and closing guide frame 144 is provided on the labeling upper plate 120 to be moved along the opening and closing guide rail 142.

The locking part 146 is provided to fix the labeling upper plate 120 to the labeling body 110 to maintain the closed state of the upper first installation space 102a.

Here, the front end portion of the opening and closing guide frame 144 is located on the front side than the front end of the pair of mounting frame provided with the discharge portion of the blood collection tube preparation device for supplying the blood collection tube 30 is provided with a labeling portion and the discharge portion The center of gravity of the upper plate 120 is located in front of the center.

Accordingly, the moving distance of the upper labeling plate 120 is increased.

The locking unit 146 includes a locking hook 1462, a locking jaw 1464, and a locking release button 1466.

The locking hook 1462 is elastic and is provided at the front end portion of the upper labeling plate 120.

The locking jaw 1464 is formed on the labeling body 110 so that the locking hook 1462 is hooked.

The unlock button 1466 is provided to depress the locking hook 1462 from the locking jaw 1464.

The locking part 146 further includes a moving elastic part 1468.

The movable elastic part 1468 is provided to move the upper labeling plate 120 by the elastic force to open the first installation space 102a when the lock release button 1466 is operated.

And the labeling unit 200, as shown in Figure 3, includes a label supply means 210, a label printing unit 220 and a label attachment means 230.

The label supply means 210 is provided in the labeling housing 100 to separate and supply the label 22 from the label paper 20.

In addition, the label printing unit 220 is provided to print the corresponding information on the label 22 conveyed by the label supply means 210.

The label attachment means 230 is provided to attach the label 22 supplied from the label supply means 210 to the mounted blood collection tube 30.

Looking at the operation state of the labeling unit 200, the label printer 220 receives the information signal transmitted from the label control unit 400 and the corresponding information to the label 22 conveyed by the label supply means 230 It is printed, and is automatically attached to the blood collection tube 30 by the labeling means 230.

The label supply means 210 includes a label supply plate 211, a label supply rod 212, a label recovery rod 213, a label separator 214, and a recovery motor 215.

The label supply plate 211 is provided in the first installation space 102a of the labeling body 110.

In addition, the label supply rod 212 is provided on the label supply plate portion 211 so as to mount the label roll on which the label paper 20 having a plurality of empty labels 22 is rotatable.

The label recovery rod 213 is provided in the label supply plate 211 to wind up and recover the label paper 20 from which the label 22 is separated from the label roll mounted on the label supply rod 212.

And the label separation unit 214 is mounted on the label supply rod 212 to switch the direction of the label paper 20 is transferred to the label recovery rod 213 to discharge the label 22 to the label attachment means 230 .

The recovery motor 215 is provided to rotate the label recovery rod 213 to recover the label paper 20 from which the plurality of labels 22 are separated.

Here, the label printing unit 220 is detachably provided to the label separating unit 214, one end is connected by a hinge, the other end can be separated by operating the lever in a state caught by the hook.

And the label supply plate 211 is shown in Figure 4, the first label supply plate 2111 and the second label supply plate 2112, the supply hinge portion 2113, plate fixing portion 2114 and rotation An elastic portion 2115 is included.

The first label supply plate 2111 is provided with a label recovery rod 213, a label separator 214, a recovery motor 216, and is installed on the labeling body 110.

And the second label supply plate 2112 is provided with a label supply rod (212).

The supply hinge part 2113 connects the second label supply plate 2112 to the first label supply plate 2111 so as to be rotatable at an angle.

In addition, the plate fixing part 2114 is provided to fix the second label supply plate 2112 in parallel with the first label supply plate 2111.

The rotating elastic part 2115 is provided to rotate the second label supply plate 2112 upward by the elastic force when the plate fixing part 2114 is operated.

Looking at the operating state of the label supply plate portion 211, by operating the plate fixing portion 2114, the label in the state in which the second label supply plate 2112 is rotated upward by a predetermined angle by the rotating elastic portion 2115 After replacing the label roll in the supply rod 212, the second label supply plate (2112) is pressed down to its original position.

Thus, the label roll can be easily replaced without opening the first installation space 102a completely.

In particular, the pair of mounting frames of the blood vessel preparation device is located on the front surface of the upper surface of the labeling upper plate 120, the opening distance of the first installation space (102a) is limited.

At this time, the label roll can be easily replaced by rotating the second label supply plate 2112 upward.

And the label attachment means 230, as shown in Figure 5, the blood collection tube 231 and the mounting driving unit 232, the attachment main roller 233, the attachment driving unit 234, the attachment sub-roller 235 and pressure The driver 236 is included.

In FIG. 5, it shows with a top view and sectional drawing along the A-A line.

The blood collection tube 231 is provided to mount the blood collection tube 30 supplied from the upper side.

In addition, the cradle driving unit 232 is provided to move the blood collection tube 231 to move the mounted blood collection tube downward.

Attached main roller 233 is provided to rotate the blood vessel 30 mounted by the blood vessel placement unit 231, to attach the label 22 supplied from the label supply means 210 to the blood vessel 30 do.

And the attachment driving unit 234 is provided to rotate the attachment main roller 233.

The attachment subroller 235 is provided to press the mounted blood collection tube 30 to the attachment main roller 233.

In addition, the pressure driving unit 236 is provided to move the attachment sub roller 235 in the attachment main roller 233 direction or the opposite direction.

Looking at the operation state of the label attachment means 230, the blood collection tube 231 is supplied to the upper side in the state in which the blood collection tube 231 is moved in the direction of the attachment main roller 233 by the attachment driving unit 234 do.

The attachment main roller 233 is moved to the attachment main roller 233 in the direction of the attachment main roller 233 by the pressure driving unit 236, and the attachment main roller 233 is attached to the attachment driving unit 234. Rotated by

Thus, the label 22 supplied from the label supply means 210 is supplied and attached between the blood collection tube 30 and the attachment main roller 233 to be rotated.

Here, the label attachment means 230 further includes a guide cap 237.

The guide cap 237 has a guide hole 237a therein, and is provided to guide the blood collection tube 30 to the blood collection tube 231.

The guide hole 237a of the guide cap 237 is gradually reduced in cross-sectional area from the upper end to the lower end.

The label attachment means 230 further includes a label sensor 238.

For reference, the blood collection tube 30 is supplied with a product label of the manufacturer attached to a part of the outer circumference when manufacturing.

The label sensor 238 has a product label attached to a portion of the outer circumferential surface of the blood collection tube 30, and is provided to measure the product label position of the blood collection tube 30 mounted by the blood collection tube 231.

The label control unit 400 receiving the signal of the label sensor 238 attaches a label 22 to control the point of supply of the label supply means 210 to check the inside of the blood collection tube 30 from the outside.

This is to prevent the attached label 22 and the product label from covering the inside of the blood collection tube 30, so that the amount of collected blood can be easily identified with the naked eye.

As shown in FIG. 6, the second labeling unit 300 includes a second labeling frame 310, a second labeling door 320, a second locking part 330, a second label supplying rod 340, The second label moving unit 350, the second label printing unit 360, and the second label cutting unit 370 are included.

The second labeling frame 310 has a second labeling space portion 312 therein, and is provided at the front lower end of the labeling housing 100 to be located in the second installation space portion 102b.

The second labeling frame 310 is formed with a second inlet 312 for introducing the label paper mounted on the second label supply rod 340.

In addition, the second labeling door 320 has a second discharge port 322, and is provided to be rotatable in the second labeling frame 310 to open and close the second labeling space portion 312.

The second locking part 330 is provided to fix the second labeling door 320 to the second labeling frame 310.

In addition, the second label supply rod 340 is provided in the second installation space 102b to mount the label roll on which the label paper 20 having the plurality of empty labels 22 is rotatable.

The second label moving unit 350 is provided to move the label paper 20 mounted on the second label supply rod 340.

In addition, the second label printing unit 360 is provided to print the corresponding information on the label 22 conveyed by the second label moving unit 350.

The second label cutting unit 370 is provided to cut the label paper 20 on which the information is printed by the second label printing unit 360.

Looking at the operation state of the second labeling unit 300, the label paper 20, the corresponding information is printed by the second label printing unit 360 to the second discharge port 322 by the second label moving unit 350. It is cut by the second label cut portion 370 in the discharged state.

Of course, the label paper 20 cut by the second label cutting portion 370 is one label 22 is formed, it is preferable that the worker can be easily disadvantaged by cutting so that only a part of the label paper 20 remains.

Here, the second locking part 330 includes a second fixing protrusion 332, a second rotating protrusion 334, a second release lever 336 and a second moving elastic portion 338.

The second fixing protrusion 332 is formed on the second labeling door 320.

The second rotating protrusion 334 is provided to be rotatable in the second labeling frame 310 so as to be caught by the second fixing protrusion 332.

The second release lever 336 is provided to rotate and release the second labeling door 320 while leaving the second fixing protrusion 332 by rotating the second rotating protrusion 334.

In addition, the second moving elastic part 338 is provided between the second rotary protrusion 334 and the second release lever 336 is provided to press in the mutual direction by the elastic force.

Here, the second rotating protrusion 334 is provided to be rotatable only inward, and when the second release lever 336 is rotated to the outside, is pushed by the second moving elastic portion 338 is rotated together, the first The fixed state of the two fixing protrusions 332 is released.

As shown in FIG. 7, the label control unit 400 includes a database 410 and an operation unit 420, and the database 410 stores personal and blood test information.

The database 410 is configured to be linked to the database of the hospital or the database of the hospital.

In addition, the operation unit 420 is provided to select the individual and blood test information of the database 410, and is provided to select the type and number of blood vessels required by the individual.

The operation unit 420 may be configured as a touch screen to check a list and a state to be selected and easily operate.

Here, the label supply means 210, the label printing portion 220, the label attaching means 230 is provided in the labeling housing 100 is preferably protected from external impact.

And the operation unit 420 is preferably provided on the front side to be identified from the outside of the labeling housing 100, is provided to be detachable and communicates with the label control unit 400 in any one or more of the wired and wireless.

10: labeling device 100: labeling housing
110: labeling body 120: labeling upper plate
130: labeling side plate door 140: upper plate opening and closing
200: labeling unit 210: label supply means
220: label printing unit 230: label attachment means
300: second labeling unit 310: second labeling frame
320: second labeling door 330: second locking part
340: second label supply rod 350: second label moving part
360: second label printing unit 370: second label cutting unit
400: label control unit 410: database
420: control panel

Claims (10)

A labeling housing having an installation space therein;
A labeling unit provided in the labeling housing for supplying and attaching a label on which information is printed to a blood collection tube;
A second labeling unit provided in the labeling housing to cut and discharge the label paper on which the information is printed; And
And a label control unit for controlling the labeling unit and the second labeling unit.
At least one of the labeling unit and the second labeling unit is controlled by the label control unit to attach a label to a blood collection tube or to discharge a label sheet on which information is printed.
The labeling housing,
A labeling body having a first installation space part open upward and a second installation space part open to one side, wherein the first installation space part and the second installation space part are partitioned;
A labeling upper plate provided for opening and closing the first installation space;
A labeling side plate door for opening and closing the second installation space; And
And an upper plate opening and closing portion for opening and closing the first installation space by sliding or moving the labeling upper plate from the labeling body.
The second labeling unit,
A second labeling frame having a second labeling space therein and provided at a lower end of the front surface of the labeling housing so as to be located in the second installation space;
A second labeling door having a second discharge port and rotatably provided in the second labeling frame to open and close the second labeling space;
A second locking part for fixing the second labeling door to a second labeling frame;
A second label supply rod provided on the second installation space to rotatably mount a label roll having a plurality of blank labels wound thereon;
A second label moving unit for moving the label paper mounted on the second label supply rod;
A second label printing unit for printing corresponding information on a label conveyed by the second label moving unit; And
And a second label cutting unit for cutting the label paper on which the information is printed by the second label printing unit.
Labeling apparatus for blood vessels, characterized in that the label is printed by the second label printing portion is cut by the second label cutting portion in the state discharged to the second discharge port by the second label moving unit. delete The method of claim 1, wherein the labeling unit,
Label supply means provided in the labeling housing for separating and supplying a label from a label;
A label printing unit for printing corresponding information on a label conveyed by the label supply means; And
And label attachment means for attaching the corresponding label supplied from the label supply means to the blood collection vessel.
The label printing unit receives the information signal transmitted from the label control unit and prints the corresponding information on the label conveyed by the label supply means, and the label attaching means for automatically collecting blood vessels, characterized in that attached to the blood collection tube Labeling device. The method of claim 3, wherein the label supply means,
A label supply plate part provided in the first installation space part of the labeling body;
A label supply rod provided on the label supply plate to rotatably rotate the label roll on which label sheets having a plurality of empty labels are wound;
A label recovery rod provided on the label supply plate to wind up and recover the label paper from which the label is separated from the label roll mounted on the label supply rod;
A label separation unit mounted on the label supply rod to switch the direction of the label paper to be transported to the label recovery rod to separate the label into the label attachment means; And
And a recovery motor for rotating the label recovery rod to recover the label sheets from which the plurality of labels are separated. The method of claim 4, wherein the label supply plate portion,
A first label supply plate provided with the label recovery rod, a label separator, and a recovery motor and installed on the labeling body;
A second label supply plate provided with the label supply rod;
A supply hinge part rotatably connecting the second label supply plate to the first label supply plate at an angle;
A plate fixing part for fixing the second label supply plate in a state parallel to the first label supply plate; And
When the plate fixing part is operated, a rotating elastic part for rotating the second label supply plate upward by the elastic force; includes,
After the plate fixing part is operated, the label roll is replaced by the label supply rod while the second label supply plate is rotated upward by an angle by the rotating elastic part, and then the second label supply plate is pressed downward. Labeling device for blood vessels, characterized in that the original position. The method of claim 3, wherein the labeling means,
Blood collection tube for mounting the blood collection tube supplied from the upper side;
Mounting driving unit for moving the blood collection tube to the lower side by moving the blood collection vessel;
An attachment main roller for rotating the blood collection tube placed by the blood collection tube unit and attaching the label supplied from the label supply unit to the blood collection tube;
An attachment driving part for rotating the attachment main roller;
An attachment sub-roller for pressurizing the mounted blood collection tube with the attachment main roller; And
And a pressure driving part for moving the attachment sub-roller in the attachment main roller direction or the opposite direction. The method of claim 6,
The blood collection tube has a product label attached to a part of the outer peripheral surface,
Label sensor for measuring the product label position of the blood vessel mounted by the blood vessel mounting portion; further includes,
The label control unit receiving the signal of the label sensor is controlled labeling device for blood vessels, characterized in that to attach the label to check the inside of the blood vessel by controlling the supply time of the label supply means. delete The method of claim 1, wherein the second locking portion,
A second fixing protrusion formed on the second labeling door;
A second rotating protrusion provided to be rotatable in the second labeling frame so as to be caught by the second fixing protrusion;
A second release lever for rotating the second rotating protrusion; And
And a second moving elastic part for opening the second labeling door by the elastic force. The method of claim 1, wherein the label control unit,
A database storing personal information; And
And a manipulation unit for selecting the individual and blood test information of the database.

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