KR102594380B1 - Onebody type glucometer - Google Patents

Abstract

The present invention relates to an integrated blood sugar measuring device. According to the present invention, the blood collection function and the blood sugar analysis function can be performed using a single body, making it easy to store and carry, and the strip and lancet are easy to attach and detach, making it convenient even for the visually impaired. It can be used easily.

Description

Onebody type glucometer}

The present invention relates to an integrated blood sugar measurement device, and more specifically, to a technology that allows blood collection and blood sugar analysis functions to be performed using a single body.

Diabetic patients and pre-diabetic patients must undergo periodic blood sugar tests to manage their health. To test blood sugar, users use a portable blood sugar measuring device.

Blood sugar can be determined by measuring the concentration of glucose contained in the blood, and analysis is usually done by applying blood collected from fingers or toes to a biosensor called a strip or measurement strip.

Therefore, in order to measure blood sugar in the past, it is necessary to have a blood sugar measuring device, a lancing device, as well as a strip and a lancet, which has the problem of being inconvenient to store and carry.

In addition, visually impaired people face difficulties in the process of inserting and removing a lancet from a blood collection device and inserting and removing a strip from a measuring device.

Meanwhile, the prior art for blood collection devices required for measuring blood sugar levels includes Korea Patent Publication No. 10-2020-0016070 (2020.02.14, 'Painless Blood Collection Device'), and the prior art related to blood sugar measurement devices includes Korea Publication Patent No. No. 10-2011-0095198 (2011.08.24. ‘Blood glucose meter and strip storage device with strip storage device’), etc.

The present invention was developed to solve the problems of the prior art as described above. By allowing blood collection and blood sugar analysis functions to be performed using a single body, storage and carrying are easy, and strips and lancets can be easily attached and detached. The purpose is to provide technology that makes it easy for even visually impaired people to use it conveniently.

The integrated blood sugar measuring device according to the present invention for achieving the above object includes a main body having a drawer mounting space formed on the side, and a lancet coupling portion and a strip connection port provided inside the drawer mounting space; a mounting drawer that is mounted and enters and exits the drawer mounting space of the main body, and is formed with a lancet mounting space in which a lancet is mounted and a strip mounting space in which a strip is mounted; And a shooting unit that operates the lancet coupled to the lancet coupling unit to strike.

Here, the mounting drawer has an open top and an inner space divided into a lancet mounting space and a strip mounting space, a lancet access hole is formed in front of the lancet mounting space, and the strip is exposed in front of the strip mounting space. A drawer body formed into a ball; Lancet support pieces installed on both sides of the lancet mounting space of the drawer body to closely support the lancet mounted in the lancet mounting space; and strip support pieces installed on both sides of the strip mounting space of the drawer main body to closely support the strip mounted in the strip mounting space.

In addition, inclined surfaces that contact the rear of the lancet support piece are formed on both sides of the lancet coupling portion of the main body, and inclined surfaces that contact the rear of the strip support piece are formed on both sides of the strip connection port, and the lancet support piece and A front locking portion protruding inward is formed at the front of the strip support piece, so that when the drawer main body retreats, the front locking portion of the lancet support piece pushes the lancet to retreat together, and the front locking portion of the strip support piece pushes the strip. Retract together, and when the rear of the lancet support piece and the rear of the strip support piece retreat in a state in contact with the lancet support piece contact surface and the strip support piece contact surface, the front portion of the lancet support piece opens outward and the lancet The restraint is released, and the front portion of the strip support piece also spreads outward, thereby releasing the restraint on the strip, allowing the front of the strip to be exposed to the outside through the strip exposure hole.

In addition, a side hook is formed on the side of the lancet coupling part of the main body, the lancet coupling part is connected to the inside of the main body by a lancet coupling spring, and the shooting part is rotatably coupled to the main body, and is located on one side. An extension portion having a shooting button exposed to the outside of the main body and having a locking hook hooked to a side hook of the lancet coupling portion on the other side; And a shooting unit spring that provides elastic force to the extension part so that the locking hook comes into close contact with the side of the lancet coupling portion. By including a, when the lancet is coupled to the lancet coupling portion and retreats, the side hook is caught by the locking hook. The lancet coupling spring is maintained in a compressed state, and when the shooting button is pressed and the locking hook is released, the lancet coupled to the lancet coupling unit will protrude forward due to the elastic restoring force of the lancet coupling spring. You can.

In addition, it may further include a draw-out portion that releases the coupling between the strip and the lancet coupled to the strip connection port and the lancet coupling portion.

In addition, a pull-out protrusion is formed to protrude at the rear of the lancet mounting space and the strip mounting space of the drawer main body, so that when the mounting drawer is pulled out to the front of the main body, the pull-out protrusion moves forward together and is attached to the lancet coupling part. The combined lancet and the strip connected to the strip connection port can be pushed and pulled out together to the front.

In the integrated blood sugar measuring device according to the present invention, both blood collection and blood analysis can be performed after mounting the lancet and strip in the mounting drawer attached to the main body, making it easy to store and carry. That is, in the past, it was necessary to prepare a blood collection device, a blood sugar analyzer, a strip storage box, and a lancet storage box, but in the present invention, extra lancets and strips can be stored in the storage space of the mounting drawer, and both blood collection and blood sugar analysis can be performed with just one integrated blood sugar measuring device. This makes it easy to store and carry.

In addition, in the past, the process of mounting a lancet to a lancing machine and a strip to a blood glucose analyzer were very cumbersome, but in the integrated blood sugar measuring device according to the present invention, after mounting the lancet and strip in the lancet mounting space and the strip mounting space, respectively, Simply push the mounting drawer into the main body to mount, strike, and connect the strip at once. When you're done using it, open the mounting drawer, pull out the strip and lancet through the drawer at the same time, and shake them out in the trash to dispose of consumables. The disposal procedure is also simple. Therefore, there is no need to accurately insert and remove a lancet from a small lancing device or precisely insert and remove a strip from a small hole in a blood glucose analyzer, so even visually impaired people can use it conveniently.

Figure 1 is a perspective view illustrating an integrated blood sugar measuring device according to an embodiment of the present invention.
Figure 2 is a perspective view illustrating an open state of the mounting drawer in the integrated blood sugar measuring device shown in Figure 1.
Figure 3 is a conceptual diagram illustrating the state in which the mounting drawer is coupled to the main body of the integrated blood sugar measuring device shown in Figure 1.
Figure 4 is a diagram for explaining the process of mounting a lancet to a mounting drawer in the integrated blood sugar measuring device shown in Figure 1.
FIG. 5 is a diagram illustrating a process in which a strip is mounted on a mounting drawer in the integrated blood sugar measuring device shown in FIG. 1.
Figure 6 is a diagram illustrating the process of discharging used strips and lancets from the integrated blood sugar measuring device shown in Figure 1.
Figure 7 is a diagram for explaining the structure of the strip connection port and the draw-out portion in the integrated blood sugar measuring device shown in Figure 1.
Figure 8 is a diagram illustrating the structure of a mounting drawer and a strip connection port in an integrated blood sugar measuring device according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the attached drawings. However, some components that are unrelated to the gist of the invention will be omitted or compressed, but the omitted components are not necessarily components that are unnecessary in the present invention, and may be used in combination by those skilled in the art to which the present invention pertains. You can.

Figure 1 is a perspective view illustrating an integrated blood sugar measuring device according to an embodiment of the present invention, Figure 2 is a perspective view illustrating an open state of the mounting drawer in the integrated blood sugar measuring device shown in Figure 1, and Figure 3 is a It is a conceptual diagram for explaining the state in which the mounting drawer is coupled to the main body in the integrated blood sugar measuring device shown in Figure 1, and Figure 4 is a conceptual diagram for explaining the process in which the lancet is mounted on the mounting drawer in the integrated blood sugar measuring device shown in Figure 1. It is a drawing, and Figure 5 is a diagram for explaining the process of mounting the strip to the mounting drawer in the integrated blood sugar measuring device shown in Figure 1, and Figure 6 is a strip and lancet that have been used in the integrated blood sugar measuring device shown in Figure 1. This is a diagram to explain this discharge process.

As shown in Figures 1 to 6, the integrated blood sugar measuring device 1 according to an embodiment of the present invention largely includes a main body 10, a mounting drawer 20, a shooting unit 50, and a drawing unit 60. do.

Prior to the explanation, A or B written after the configuration name covered in the following description distinguishes the configuration name associated with the strip support piece 32 of the mounting drawer 20 and the same configuration name associated with the lancet support piece 42. It is only an identifier and has no special meaning.

The main body 10 is provided to surround and protect the mounting drawer 20, perform blood sugar analysis through the strip 70 mounted on the mounting drawer 20, and then output it on the screen or in voice. For this purpose, a display 11 is provided on the outside of the main body 10 to output analysis information, etc. on a screen, and a drawer mounting space 12 is provided inside the main body 10, and one open side of the main body 10 is provided. Through this, the mounting drawer 20 can enter the drawer mounting space 12.

In addition, drawer movement rails 13 are formed on both sides of the main body 10 so that the mounting drawer 20 can slide. In addition, inside the main body 10, a strip connection port 14 is provided at a position corresponding to the strip mounting space 30 of the mounting drawer 20, and a lancet coupling portion 15 is provided at a position corresponding to the lancet mounting space 40. ) is provided.

The lancet coupling portion 15 is manufactured to a size that can maintain the inserted state when the lancet 80 is coupled, and a side hook 15a is formed on one side of the lancet coupling portion 15. Additionally, the lancet coupling portion 15 is connected to the inner wall of the main body 10 by a lancet coupling spring 16.

Meanwhile, on both sides of the strip connection port 14, strip support piece contact surfaces 17 are formed in an inclined form so that the width between them narrows from the front (referring to the outer direction of the main body) to the rear, and the lancet coupling portion 15 ) are also formed on both sides of the lancet support piece contact surfaces 18 in an inclined form so that the width between them becomes narrower from the front to the rear. The roles of the strip support piece contact surface 17 and the lancet support piece contact surface 18 will be described again below.

In addition, a sliding groove 19 is formed on the upper part of the main body 10 to extend forward and backward, and the sliding block 61 of the lead-out portion 60 is exposed to the outside of the main body 10 through the sliding groove 19.

The mounting drawer (20) is mounted in the drawer mounting space (12) of the main body (10) and can enter and exit the main body (10), and the strip (70) and lancet (80) can be installed through the open upper part of the mounting drawer (20). It can be mounted or pulled out. This mounting drawer 20 largely includes a drawer main body 21, a strip support piece 32, and a lancet support piece 42.

The drawer body 21 has an open top and the interior is divided into a plurality of spaces. Referring to Figures 2 and 3, the drawer body 21 is divided from the top into a storage space 22, a strip mounting space 30, and a lancet mounting space 40 in the drawing. The storage space 22 is a space where extra strips 70 or lancets 80 are stored, the strip mounting space 30 is a space where the strips 70 required for analysis are mounted, and the lancet mounting space 40 is a space where the lancet 80 necessary for blood collection is installed.

In addition, a strip exposure hole 31 is formed in the drawer body 21 in front of the strip mounting space 30, and a lancet access hole 41 is formed in front of the lancet mounting space 40.

The strip support pieces 32 have a certain length front and rear, and a pair is installed at a certain distance from both walls forming the strip mounting space 30. In addition, the strip support pieces 32 installed on both sides of the strip mounting space 30 are bent or bent at a certain angle so that the distance between them increases from the front to the back, and are fixed at a certain point at the rear. ) is rotatably installed on the drawer body 21. In addition, the front of the strip support piece 32 is supported on both walls of the strip mounting space 30 by the restoration spring A (35).

In addition, the front of the strip support piece 32 is formed with a front locking portion A (33) that protrudes toward the center of the strip mounting space 30, and the rear of the strip support piece 32 is formed with the strip mounting space 30. A rear locking portion A (34) is formed that protrudes outward.

The lancet support pieces 42 have a certain length front and rear, and a pair is installed at a certain distance from both walls forming the lancet mounting space 40. In addition, the lancet support pieces 42 installed on both sides of the lancet mounting space 40 are curved or bent at a certain angle so that the distance between them increases from the front to the back, and have a fixed hinge B (46) at a certain point in the rear. ) is rotatably installed on the drawer body 21. In addition, the front of the lancet support piece 42 is supported on both walls of the lancet mounting space 40 by the restoration spring B (45).

In addition, the front of the lancet support piece 42 is formed with a front locking portion B (43) that protrudes toward the center of the lancet mounting space 40, and the rear of the lancet support piece 42 is formed into the lancet mounting space 40. A rear locking portion B (44) is formed that protrudes outward.

The shooting unit 50 is provided to allow the lancet 80 mounted in the lancet mounting space 40 of the mounting drawer 20 to protrude through the lancet access hole 41 in front of the drawer main body 21. This shooting part 50 includes a shooting button 51, an extension part 52, a shooting part hinge 53, a locking hook 54, and a shooting part spring 55.

The shooting button 51 protrudes out of the main body 10 through the side of the main body 10, and an extension part 52 is installed inside the main body 10 in a long form extending from the shooting button 51. . A hook 54 is formed at the end of the extension portion 52, and the hook 54 is in close contact with the side of the lancet coupling portion 15. In addition, one point of the extension part 52 is rotatably installed on the inner upper surface of the main body 10 by the shooting part hinge 53, and the shooting button 51 is formed based on the shooting part hinge 53. A shooting spring 55 is installed at a certain point behind the extension portion 52. That is, the shooting unit spring 55 provides elastic force between the extension part 52 and the main body 10.

The pull-out portion 60 is provided to simultaneously pull out the strip 70 inserted into the strip connection port 14 and the lancet 80 inserted into the lancet coupling portion 15, and includes a sliding block 61 and a strip push portion. (62) and a lancet push portion (63).

The sliding block 61 protrudes out of the main body 10 through the sliding groove 19 at the top of the main body 10, and inside the main body 10, it is divided into strips extending in both directions from the sliding block 61. A push part 62 and a lancet push part 63 are provided. At this time, the strip push portion 62 and the lancet push portion 63 are provided at positions that allow entry and exit through the rear wall of the strip connection port 14 and the lancet coupling portion 15, respectively.

The operation process of the shooting unit 50 and the drawing unit 60 will be discussed again below.

Hereinafter, after mounting the lancet 80 and the strip 70 using the integrated blood sugar measuring device 1 according to an embodiment of the present invention, blood collection and blood sugar analysis are performed, and the used lancet 80 and The process of removing the strip 70 will be explained.

First, as shown in Figure 1, with the mounting drawer 20 inserted inside the main body 10, the user pushes the front part of the drawer main body 21 so that the mounting drawer 20 is pulled out from the main body 10. do. That is, the mounting drawer 20 is coupled to the main body 10 through a push-lock, push-open structure, so that when the mounting drawer 20 is pressed from the outside, it is locked, and when pressed again, it is pulled out by elastic force. This push-lock/push-open structure is not shown in detail in the drawings, but since it is a technology commonly used in drawer structures, detailed description will be omitted.

As shown in Figure 2, when the mounting drawer 20 is pulled out from the main body 10, the user removes the extra strip 70 and lancet 80 stored in the storage space 22 and places them in each strip mounting space ( 30) and enters the lancet mounting space (40). Among these, the process of mounting the lancet 80 will first be explained through Figure 4.

Figure 4 is a diagram for explaining the process of mounting the lancet 80 to the mounting drawer 20. First, as shown in (a) of Figure 4, the lancet 80 is entered through the open upper part of the drawer body 21 in a state in which the mounting drawer 20 is pulled out. That is, the user points the needle part of the lancet (80) toward the front of the mounting drawer (20), points the rear of the lancet (80) toward the main body (10), and then places the needle on the lancet support piece in the lancet mounting space (40). Insert it between (42).

When the installation of the lancet 80 is completed, the front of the lancet support piece 42 presses both sides of the lancet 80 with the elastic force of the restoration spring B (45), as shown in (a) of Figure 4. In addition, both front edges of the lancet (80) are hung on the front locking portion B (43) in front of the lancet support piece (42).

In this state, when the user pushes the drawer main body 21 into the main body 10, the drawer main body 21 enters the inside of the main body 10 as shown in (b) of Figure 4. At this time, the lancet ( 80) is pushed backward together while being hung on the front locking portion B (43) in front of the lancet support piece (42), and eventually the rear portion of the lancet (80) is inserted into the lancet engaging portion (15).

Of course, Figure 4 shows only the lancet mounting space 40 portion of the drawer main body 21, but in actual use, the strip 70 is mounted in the strip mounting space 30 as shown in Figure 5 (a). After that, the lancet 80 and the strip 70 enter the inside of the main body 10 at once.

Referring again to (b) of Figure 4, when the drawer main body 21 almost enters the inside of the main body 10, the rear of the lancet 80 is partially inserted into the lancet coupling portion 15 and the lancet support piece 42 The rear locking portion B (44) formed at the rear comes into contact with the lancet support piece contact surface (18). The lancet support piece contact surface 18 is formed to be inclined in the direction toward the lancet coupling portion 15 as it goes rearward.

Therefore, when the user additionally pushes the drawer main body 21 into the main body 10 in the state of Figure 4 (b), the rear locking portion B 44 at the rear of the lancet support piece 42 is connected to the lancet support piece contact surface 18. You enter by sliding along the slope. Accordingly, the rear of the lancet support piece 42 enters a state in contact with the inclined surface of the lancet support piece contact surface 18 and is pushed inward toward the lancet coupling portion 15. That is, as the entire lancet support piece 42 rotates with respect to the fixed hinge B 46, the front portion of the lancet support piece 42 spreads outward.

The process of opening the front locking portion B (43) in front of the lancet support piece (42) outward is not done all at once. That is, as the lancet support piece 42 enters the main body 10, the rear locking portion B (44) moves along the slope of the lancet support piece contact surface 18, and the front locking portion B (43) gradually opens. . Therefore, even if the front part of the lancet support piece (42) is opened, if both front edges of the lancet (80) are still caught on the front locking portion B (43), the drawer body (21) is moved into the main body (10). In the process of entry, the lancet support piece 42 pushes the lancet 80 toward the lancet coupling portion 15, and thus the lancet 80 is completely inserted into the lancet coupling portion 15. Furthermore, the lancet coupling portion 15 also retreats additionally while compressing the lancet coupling spring 16.

When the lancet coupling portion 15 retracts while compressing the lancet coupling spring 16, the side hook 15a formed on the side of the lancet coupling portion 15, as shown in (c) of FIG. 4, is connected to the shooting portion 50. It passes by the catching hook (54). Therefore, even if the user removes the force pushing the drawer body 21, the lancet coupling portion 15 remains caught on the locking hook 54 of the shooting portion 50, and the lancet coupling spring 16 is also compressed. status will be maintained.

As shown in (c) of Figure 4, when the lancet 80 is coupled to the lancet coupling portion 15, the needle portion in front of the lancet 80 is not exposed to the outside of the drawer body 21. In this state, when the user places his or her finger on the lancet hole (41) for blood collection and presses the shooting button (51), the extension portion (52) rotates based on the shooting hinge (53) and engages the locking hook (54). rotates in the outward direction of the lancet coupling portion (15).

Accordingly, the side hook 15a of the lancet coupling portion 15 is released from the locking hook 54, and at the same time, the lancet coupling portion 15 is strongly pushed forward due to the compressed elastic force of the lancet coupling spring 16. It pops out. That is, the lancet 80 coupled to the lancet coupling portion 15 also protrudes strongly, and the needle portion in front of the lancet 80 is pulled outward from the lancet access hole 41. Therefore, the needle in front of the lancet (80) may penetrate deep into the skin and cause a wound while strongly hitting the finger that is touching the lancet access hole (41).

Afterwards, the user conducts analysis by applying blood from the finger to the end of the strip 70 exposed outside the strip exposure hole 31. Of course, the process of mounting the strip 70 must be performed first.

Figure 5 is a diagram for explaining the process of mounting the strip 70 to the mounting drawer 20. First, as shown in (a) of Figure 5, the strip 70 is introduced through the open upper part of the drawer body 21 in a state in which the mounting drawer 20 is pulled out. That is, the user inserts the strip 70 between the strip support pieces 32 of the strip mounting space 30 with the blood collection portion facing forward.

When the installation of the strip 70 is completed, the front of the strip support piece 32 presses both sides of the strip 70 with the elastic force of the restoration spring A (35), as shown in (a) of Figure 5. In addition, both sides of the front edge of the strip 70 are caught on the front locking portion A (33) in front of the strip support piece (32).

In this state, when the user pushes the drawer main body 21 into the main body 10, the drawer main body 21 enters the inside of the main body 10, as shown in (b) of Figure 5. At this time, the strip ( 70) is pushed backward together while being hung on the front locking portion A (33) in front of the strip support piece (32), and eventually the rear portion of the strip (70) is inserted into the strip connection port (14).

As shown in (b) of Figure 5, when the drawer main body 21 almost enters the inside of the main body 10, the rear of the strip 70 is partially inserted into the strip connection port 14 and the strip support piece 32 The rear locking portion A (34) formed at the rear comes into contact with the strip support piece contact surface (17). The strip support piece contact surface 17 is formed to be inclined in the direction toward the strip connection port 14 as it goes rearward.

Therefore, when the user additionally pushes the drawer main body 21 into the main body 10 in the state (b) of Figure 5, the rear locking portion A 34 at the rear of the strip support piece 32 is connected to the strip support piece contact surface 17. You enter by sliding along the slope. Accordingly, the rear of the strip support piece 32 enters a state in contact with the inclined surface of the strip support piece contact surface 17 and is pushed inward toward the strip connection port 14. That is, as the entire strip support piece 32 rotates with respect to the fixed hinge A (36), the front portion of the strip support piece 32 spreads outward.

The process of opening the front locking portion A (33) in front of the strip support piece (32) outward is not done all at once. That is, as the strip support piece 32 enters the main body 10, the rear locking portion A (34) moves along the slope of the strip support piece contact surface 17, and the front locking portion A (33) gradually opens. . Therefore, even if the front portion of the strip support piece (32) is spread, if both front edges of the strip (70) are still caught on the front locking portion A (33), the drawer body (21) may be moved into the main body (10). During the entry process, the strip support piece 32 pushes the strip 70 in the direction of the strip connection port 14, and thus the strip 70 is completely inserted into the strip connection port 14.

After the strip 70 is completely inserted into the strip connection port 14, the front of the strip support piece 32 is opened outward. Accordingly, the strip 70 is now supported by the strip support piece 32. Not bound. Therefore, when the drawer main body 21 additionally enters the direction of the main body 10, the strip support piece 32 slides and retreats while in contact with the side of the strip 70, and eventually the front portion of the strip 70 As shown in (c) of Figure 5, it is exposed to the outside through the strip exposure hole 31 in front of the drawer main body 21. Therefore, the user can apply blood to the part exposed outside the strip exposure hole 31, and the control unit (not shown) built into the main body 10 analyzes the strip 70 connected through the strip connection port 14. Thus, blood sugar information can be acquired and displayed on the screen through the display 11.

Figure 6 is a diagram to explain the process of discharging the used strip 70 and lancet 80. That is, blood is collected using the lancet 80, and when the blood analysis is completed using the strip 70, the user pushes the drawer main body 21 so that the entire drawer mounting part is attached to the main body as shown in (a) of Figure 6. (10) Make it protrude outward.

At this time, since the strip 70 and the lancet 80 are inserted into the strip connection port 14 and the lancet coupling portion 15, respectively, even if the drawer body 21 protrudes, the strip 70 and the lancet 80 are pulled out together. It may not work. For this purpose, the strip 70 and the lancet 80 are pulled out from the main body 10 using the pull-out portion 60.

That is, as shown in (a) of Figure 6, if the strip 70 and the lancet 80 are coupled to the strip connection port 14 and the lancet coupling portion 15, respectively, the sliding block of the draw-out portion 60 (61) It also becomes a state of retreat. In this state, when the user pushes the sliding block 61 forward, the strip push unit 62 and the lancet push unit 63 push the rear of the strip 70 and the lancet 80 forward together. Therefore, the strip 70 and the lancet 80 are separated from the strip connection port 14 and the lancet coupling portion 15, and the lancet is installed in the strip mounting space 30 of the drawer body 21, which is pulled out to the front of the main body 10. It is discharged to space 40. Afterwards, the user turns over the main body 10 with the mounting drawer 20 pulled out and shakes it, so that the strip 70 and the lancet 80 simultaneously come out through the open upper part of the drawer main body 21 and are disposed of. You can.

Figure 7 is a conceptual diagram to explain in more detail the process of drawing out the strip 70 while the drawing part 60 is coupled to the strip connection port 14. As shown in Figure 7, a moving groove 14a is formed on the upper part of the strip connection port 14 through which the strip push part 62 of the lead-out part 60 can pass. Therefore, when the sliding block 61 of the draw-out portion 60 is moved forward while the strip 70 is coupled to the strip connection port 14, the strip push portion 62 extending from the sliding block 61 is moved forward. They move forward together along the moving groove 14a of the strip connection port 14, and accordingly, the strip push unit 62 pushes the strip 70 forward, so that the strip 70 and the strip connection port 14 ) can be released.

Although not illustrated in the drawing, a moving groove is formed in the lancet coupling portion 15 through which the lancet push portion 63 can pass, so that when the sliding block 61 of the pull-out portion 60 is moved forward, the strip push When the unit 62 pushes the strip 70, the lancet push unit 63 pushes the lancet 80 coupled to the lancet coupling unit 15 together to release the coupling.

Figure 8 is a diagram for explaining an integrated blood sugar measurement device according to another embodiment of the present invention. More specifically, in the integrated blood sugar measuring device 1 shown in Figure 8, even if the pull-out portion 60 is not provided separately, when the mounting drawer 20 is pulled out from the main body 10, the strip connection port 14 and the lancet The strip 70 and the lancet 80 coupled to the coupling portion 15 are pulled out together.

As shown in Figure 8, in the integrated blood sugar measuring device 1 according to another embodiment of the present invention, the drawer body 21 of the mounting drawer 20 protrudes upward from the rear end of the strip mounting space 30. A lead-out protrusion 21a is formed. Although not shown in the drawing, a withdrawal protrusion is formed at the rear end of the lancet mounting space 40 in the drawer body 21 in a manner that protrudes upward.

In addition, a moving groove (14a) is formed on the bottom of the strip connection port (14) through which the withdrawal protrusion (21a) of the drawer body (21) can move, and a moving groove is also formed on the bottom of the lancet coupling portion (15). It is done.

Therefore, when the strip 70 is mounted in the strip mounting space 30 and the lancet 80 is mounted in the lancet mounting space 40, when the mounting drawer 20 enters the inside of the main body 10, the withdrawal protrusion ( 21a) passes through the moving groove 14a of the strip connection port 14 and moves to the rear of the strip connection port 14, and the strip 70 is coupled to the strip connection port 14. At the same time, the withdrawal protrusion formed in the lancet mounting space 40 also passes through the moving groove of the lancet coupling portion 15 and moves to the rear of the lancet coupling portion 15, and the lancet 80 is coupled to the lancet coupling portion 15. do.

Afterwards, if the mounting drawer (20) is pushed once more to retrieve the used strip (70) and lancet (80), the mounting drawer (20) is attached to the main body (10) by push-lock/push-open operation. It is drawn forward. At this time, the strip 70 is coupled to the strip connection port 14, but as the mounting drawer 20 is pulled forward, the withdrawal protrusion 21a will move forward along the moving groove 14a. As the lead-out protrusion 21a pushes the strip 70 forward, the coupling between the strip 70 and the strip connection port 14 is also released. That is, when the mounting drawer 20 is pulled forward, the strip 70 is also pulled forward, and by the same principle, the lancet 80 is also pulled forward. Thereafter, if the main body 10 with the mounting drawer 20 pulled out is turned over and shaken, the strip 70 and the lancet 80 can simultaneously come out through the open upper part of the drawer main body 21 and be discarded.

As explained in detail above, in the integrated blood sugar measuring device (1) according to the present invention, the lancet (80) and the strip (70) are mounted on the mounting drawer (20) coupled to the main body (10), and then both blood collection and blood analysis work are performed. It is portable, making it easy to store and carry. That is, in the past, it was necessary to prepare a blood collection device, a blood sugar analyzer, a strip storage container, and a lancet storage container, but in the present invention, extra lancets 80 and strips 70 can be stored in the storage space 22 of the mounting drawer 20, Both blood collection and blood sugar analysis can be performed with just one integrated blood sugar measuring device (1), making storage and carrying easier.

In addition, in the past, the process of mounting the lancet (80) to the lancing machine and the process of mounting the strip (70) to the blood glucose analyzer were very cumbersome, but in the integrated blood sugar measuring device (1) according to the present invention, the lancet mounting space (40) and After mounting the lancet (80) and strip (70) in the strip mounting space (30), simply push the mounting drawer (20) into the main body (10) to install and strike the lancet (80) and the strip (70). The connection is made at once, and when use is completed, the installation drawer (20) is opened, the strip (70) and the lancet (80) are simultaneously pulled out through the drawer (60) and shaken out in a trash can, thereby facilitating the disposal procedure of consumables. easy. Therefore, there is no need to accurately attach and remove the lancet (80) to a small lancing device, or to accurately insert and remove the strip (70) from a small hole in a blood glucose analyzer, so even visually impaired people can use it conveniently.

The preferred embodiments of the present invention described above have been disclosed for illustrative purposes, and those skilled in the art will be able to make various modifications, changes, and additions within the spirit and scope of the present invention, and such modifications and changes will be possible. and additions should be regarded as falling within the scope of the patent claims of the present invention.

1: All-in-one blood sugar measuring device
10: main body
11: display
12: Drawer mounting space
13: Drawer moving rail
14: Strip connection port
14a: mobile home
15: Lancet coupling part
15a: Side hook
16: Lancet coupling spring
17: Strip support piece contact surface
18: Lancet support piece contact surface
19: sliding groove
20: Mounting drawer
21: Drawer body
21a: lead-out protrusion
22: Storage space
30: Strip mounting space
31: Strip exposure hole
32: Strip support piece
33: Front locking part A
34: Rear locking part A
35: Restoration spring A
36: Fixed hinge A
40: Lancet mounting space
41: Lancet entrance hole
42: Lancet support piece
43: Front locking part B
44: Rear locking part B
45: Restoration spring B
46: Fixed hinge B
50: Shooting unit
51: shooting button
52: extension part
53: Shooting hinge
54: Hanging hook
55: Shooting unit spring
60: withdrawal unit
61: sliding block
62: Strip push part
63: Lancet push part
70: strip
80: Lancet

Claims (6)

A main body having a drawer mounting space formed on the side, and a lancet coupling portion and a strip connection port provided inside the drawer mounting space;
a mounting drawer that is mounted and enters and exits the drawer mounting space of the main body, and is formed with a lancet mounting space in which a lancet is mounted and a strip mounting space in which a strip is mounted; and
An integrated blood sugar measuring device comprising a shooting unit that operates the lancet coupled to the lancet coupling unit to strike.
According to paragraph 1,
The mounting drawer is,
A drawer body with an open top and an inner space divided into a lancet mounting space and a strip mounting space, a lancet access hole formed in front of the lancet mounting space, and a strip exposure hole formed in front of the strip mounting space;
Lancet support pieces installed on both sides of the lancet mounting space of the drawer body to closely support the lancet mounted in the lancet mounting space; and
An integrated blood sugar measuring device comprising a strip support piece installed on both sides of the strip mounting space of the drawer main body to closely support the strip mounted in the strip mounting space.
According to paragraph 2,
On both sides of the lancet coupling portion of the main body, lancet support piece contact surfaces are formed so that the rear of the lancet support piece is in contact and the width between them becomes narrower from the front to the back. On both sides of the strip connection port, the strip support piece is formed. The strip support piece contact surfaces are formed in an inclined form so that the rear of the piece is in contact and the width between them becomes narrower from the front to the back,
A front locking portion protruding inward is formed at the front of the lancet support piece and the strip support piece, so that when the drawer main body retracts, the front locking portion of the lancet support piece pushes the lancet to retreat together, and the front locking portion of the strip support piece The locking portion pushes the strip to retreat together, and when the rear of the lancet support piece and the rear of the strip support piece retreat in a state in contact with the lancet support piece contact surface and the strip support piece contact surface, the front portion of the lancet support piece moves outward. As it opens, the restraint of the lancet is released, and the front portion of the strip support piece also opens outward, releasing the restraint of the strip, so that the front of the strip can be exposed to the outside through the strip exposure hole. All-in-one blood sugar measuring device.
According to paragraph 2,
A side hook is formed on the side of the lancet coupling part of the main body, and the lancet coupling part is connected to the inside of the main body by a lancet coupling spring,
The shooting unit,
An extension portion rotatably coupled to the main body and having a shooting button exposed to the outside of the main body on one side and a locking hook hooked to a side hook of the lancet coupling portion on the other side; and
By including a shooting unit spring that provides elastic force to the extension part so that the catching hook comes into close contact with the side of the lancet coupling part,
When the lancet is coupled to the lancet coupling portion and retreats, the side hook is caught by the locking hook and the lancet coupling portion spring maintains a compressed state, and when the shooting button is pressed to release the close contact of the locking hook, the lancet is coupled. An integrated blood sugar measuring device, characterized in that the lancet coupled to the unit can protrude forward by the elastic restoring force of the lancet coupling unit spring.
According to paragraph 2,
An integrated blood sugar measuring device further comprising a draw-out portion that releases the coupling between the strip and the lancet coupled to the strip connection port and the lancet coupling portion.
According to paragraph 2,
A pull-out protrusion is formed to protrude at the rear of the lancet mounting space and the strip mounting space of the drawer main body, so that when the mounting drawer is pulled out to the front of the main body, the pull-out protrusion moves forward together and is coupled to the lancet engaging portion. An integrated blood sugar measuring device characterized in that the lancet and the strip coupled to the strip connection port are pushed and pulled out together toward the front.

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