KR102049896B1 - Move-pad cutting and supply equipment for in vitro diagnostic kit manufacturing - Google Patents

Abstract

The present invention relates to a moisture measurement mask. According to the present invention, a pad discharge apparatus comprises: a winding unit; guide units formed on the rear side of the winding unit; a cutting press formed between the guide units; a jig transfer unit formed on the rear side of the cutting press; a pad transfer unit installed at an end of the guide unit to separate transfer pads at specific intervals and move the transfer pad; and a position adjustment unit formed on a side of the pad transfer unit to adjust the position of the transfer pad; and a pad discharge apparatus installed on the upper side of the position adjustment unit to move and discharge the transfer pad. Accordingly, a transfer pad strap is cut by the cutting press such that unit transfer pads are acquired, the transfer pad is placed at the end of the guide unit by the jig transfer unit, the transfer pad is moved to the pad transfer unit to be fed to the position adjustment unit, and the location is adjusted, wherein the transfer pad is combined on an in-vitro diagnostic kit device by the pad discharge apparatus. Accordingly, the transfer pad strap is automatically cut by the cutting press and thus worker′s inconvenience of cutting the transfer pad strap is removed. The transfer pad strap is automatically cut into a plurality of pieces in the cutting press and thus the unit transfer pads can be simultaneously acquired. A plurality of unit transfer pads are simultaneously acquired by a single operation of the cutting press and thus transfer pad production efficiency is increased and the energy consumption rate of the apparatus is remarkably decreased. In particular, the transfer pad of which the position is adjusted in the position adjustment unit is automatically fed to the in-vitro diagnostic kit device by the pad discharge apparatus and thus working efficiency is increased.

Description

Move-pad cutting and supply equipment for in vitro diagnostic kit manufacturing}

The present invention relates to a transfer pad cutting and feeding device, and more particularly, to cut a transfer pad band moving along a guide guide unit with a cutting press to obtain a transfer pad in a cell unit, and transfer the transfer pad in a cell unit to a pad transfer unit. The present invention relates to a feed pad cutting and feeding apparatus for manufacturing an in vitro diagnostic kit for feeding the positioning unit to position the transfer pad in position and automatically feeding the transfer pad to the device of the in vitro diagnostic kit.

In general, an in vitro diagnostic kit is a tool for diagnosing an in vitro condition by checking an antibody response contained in urine or blood.

That is, the urine or blood is dropped by the in vitro diagnostic kit so that urine or blood flows to the membrane surface through the hygroscopic pad of the in vitro diagnostic kit, and the in vitro diagnostic kit in which the urine or blood is embedded is inserted into the in vitro diagnostic device. The antibody response contained in the urine or blood buried in the blood can be analyzed by an in vitro diagnostic device to confirm the in vitro condition.

Patent document 1 shows a conventional diagnostic kit, and referring to this, a sample pad having an upper and a lower case, attached to a lower case of the upper and lower cases, and a sample pad attached to one end of the membrane to receive a sample And a conjugate pad formed at a predetermined distance from the sample pad to detect whether an analyte is present in the sample.

At this time, a test line is formed between the sample pad and the conjugate pad to test whether the first reactant specifically reacts with the analyte contained in the sample.

In addition, a control line is formed at the rear end of the conjugate pad to check whether the sample is moved along the membrane.

That is, when the sample is introduced into the sample inlet of the upper case, the sample is absorbed by the sample pad, and moves along the surface of the membrane to pass through the inspection line.

At this time, by confirming that the analyte contained in the sample specifically reacts with the first reactant on the test line, the authenticity of the sample is confirmed.

Subsequently, the sample moving along the membrane reaches the conjugate pad. In this case, the conjugate pad reacts with each other depending on the presence of an analyte in the sample, thereby confirming the in vitro diagnosis state.

Then, the sample moving along the membrane through the conjugate pad reaches the control line, so that the control line can be checked to visually check whether the sample moves.

However, Patent Document 1 as described above, when a single transport pad is repeatedly produced when cutting the transfer pad strip, the cutting time of the transfer pad takes a long time, and the production amount of the transfer pad is significantly lowered compared to the operation time of the device for cutting the transfer pad. In addition, the energy consumption rate is increased due to the increase in the use time of the device, and also the inconvenience of delaying the cutting time of the transfer pad and repeating the coupling of the transfer pad directly to the device of the in vitro diagnosis kit, and at the same time, making it difficult to mass produce the in vitro diagnosis kit. There is a problem that the product of the in vitro diagnostic kit caused by the transfer pad is missing in the device of the in vitro diagnostic kit by mistake of the operator during repeated coupling operation has a problem that the reliability of the product is lowered.

KR 10-2017-0094616 A

The present invention has been made to solve the above problems, an object of the present invention is to provide a winding portion for winding the transfer pad strip, and to form a guide guide for guiding the movement of the transfer pad strip behind the winding portion, the guide A cutting press for cutting the transfer pad band is formed between the guide portions, and a jig transfer portion for horizontally moving the transfer pad in the unit of the cut unit is formed at the rear of the cutting press, and is moved up, down, left and right at the end of the guide guide portion. However, the pad is installed to move the transfer pad spaced apart the gap between the transfer pad, the pad is formed to adjust the position of the transfer pad that has been transported to the side of the pad transfer unit, the pad to move the discharge pad above the position adjustment unit By installing the discharging device, the conveying pad band moved by the guide guide part is cut with a cutting press, and the conveying pad for each cell unit. The transfer pad is moved to the jig transfer unit so that the transfer pad is positioned at the end of the guide guide, and the transfer pad is moved to the pad transfer unit and fed to the position adjusting unit, and then the position is adjusted. The present invention provides a transfer pad cutting and supplying device for manufacturing an in vitro diagnostic kit, which is moved upward over a diagnostic kit and coupled onto an in vitro diagnostic kit device.

In order to achieve the object of the present invention as described above, the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit, the base frame; A winding unit rotatably installed on one side of the base frame to wind a transfer pad strip; A guide guide part formed to a predetermined length behind the winding part to guide the movement of the transfer pad strip; A cutting press installed between the guide guide parts and configured to cut a plurality of the transfer pad bands moved up and down to move along the guide guide part; A jig transfer unit installed at the rear of the cutting press and pressing and pressing a transfer pad of a cell unit cut by the cutting press to move horizontally; A pad transfer part installed at an upper end of the guide guide part and picking up and transporting the transfer pad, and moving up, down, left and right, and spaced apart at predetermined intervals to transfer the transfer pad; A position adjusting unit installed on the side of the pad transfer unit and pushing the transfer pad of the cell unit transferred by the pad transfer unit in the longitudinal direction and the width direction to position the pad transfer unit; A pad discharge device installed above the position adjusting unit, picking up and lifting the transfer pad seated on the position adjusting unit, and moving up, down, left and right, and rotating the predetermined angle to drop the transfer pad; do.

In the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the winding portion is formed in an annular winding roller for winding the transfer pad strip; And a drive motor installed at one side of the take-up roller and rotating to drive the take-up roller in rotation.

In the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the guide guide portion is formed in a pair so as to face each other on the upper surface, the transfer pad belt moving along the guide guide portion is separated upwards It characterized in that the upper guide plate for blocking further formed.

In the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the cutting press, the upper mold and the plurality of cutters formed on the bottom surface, forming a pressing portion between the cutters, the guide bar formed on the bottom edge and ; It is installed in the upper mold lower portion, and forms a guide groove in which the guide bar is coupled to the upper edge, is formed along the longitudinal direction in the center of the upper surface to form a movement groove for guiding the movement of the transfer pad strip, the movement groove Characterized in that the lower mold to form a cutting groove for guiding the cutting of the transfer pad strip to move along the moving groove by allowing the cutter to enter the bottom surface of the.

In the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the pad transfer unit is formed in a plurality in a row direction, in close contact with each other or spaced at a predetermined interval to separate the transfer pad, the transfer pad on the bottom A first jig portion having a first fixing pin fixed to penetrate and penetrate the first jig; And a first moving member installed at an upper end of the guide member and guiding the up, down, left, and right movements of the first jig unit.

In the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the pad conveying portion is exposed to the lower side of the first jig portion on the bottom of the first jig portion to lower the transfer pad fixed to the first fixing pin. It is characterized in that the first ejector further pushed out.

In the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the position adjusting portion is formed in a plate shape on the upper surface to form a plurality of seating grooves on which the transfer pad is seated, perpendicular to each other at the bottom of the seating groove. A frame having a pair of through holes formed in a direction; A first position adjusting unit installed at a lower portion of the frame so as to be exposed into the seating groove through the through hole, and pressing a transport pad seated in the seating groove in a longitudinal direction to adjust the position of the transport pad; And a second part installed at a lower portion of the frame so as to be exposed into the seating groove through the through hole perpendicular to the first position adjusting unit, and adjusting a position of the transport pad by pressing a transport pad seated in the seating groove in a width direction. Position adjustment unit; characterized in that consisting of.

In the transfer pad cutting and supplying apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the position adjusting unit is further formed with a sensing sensor for detecting the presence or absence of the transfer pad seated in the seating groove on the bottom of the seating groove of the frame. It features.

In the transfer pad cutting and supplying device for manufacturing an in vitro diagnostic kit according to the present invention, the pad discharge device is formed in a plurality of spaced apart at a predetermined interval on the bottom surface to fix the second pad fixed to penetrate the transfer pad seated on the position adjusting unit A second jig portion which forms a pin and rotates at a predetermined angle to change a moving direction of the transfer pad fixed to the second fixing pin; And a second moving member installed above the position adjusting part to guide the up, down, left, and right movements of the second jig part.

In the transfer pad cutting and supplying apparatus for manufacturing an in vitro diagnostic kit according to the present invention, the pad discharge device is exposed to the bottom of the second jig portion below the second jig portion, the transfer pad fixed to the second fixing pin. It is characterized by further forming a second ejector for pushing down.

According to the present invention, there is no hassle of the operator cutting the transfer pad strip by automatically cutting the transfer pad strip with the cutting press, and the operator can cut the transfer pad strip, and the cutting pad strip is automatically cut into a plurality of cutting presses, It is possible to acquire two cell unit transport pads simultaneously, and by simultaneously acquiring a plurality of cell unit transport pads with a single operation of the cutting press, the production efficiency of the transport pads is improved and the energy consumption of the device is significantly reduced. Improved work efficiency by automatically supplying the adjusted transfer pad to the device for in vitro diagnosis kit through the pad ejection device. Also, all the processes are automatically performed to improve production efficiency and reduce the number of workers. There is an advantage that the reliability is improved.

In addition, the plurality of cut transfer pad adjacent surfaces are matched between the cutter and the pressing portion, thereby preventing the transfer pads adjacent to each other from climbing or interfering with each other during the pad transfer for the next cutting.

1 is a schematic perspective view showing a feed pad cutting and supplying device for manufacturing an in vitro diagnostic kit according to the present invention.
Figure 2 is an exploded perspective view of the cutting press of the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention.
Figure 3 is a perspective view showing a state in which the cutting press of the transport pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention.
Figure 4 is a plan view showing a state in which the transfer pad strip is cut by the cutting press of the transport pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention.
Figure 5 is a perspective view showing a state of moving the transfer pad of the cell unit to the jig transfer unit of the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention.
6 to 7 is a perspective view showing a state of moving the transfer pad to the pad transfer unit of the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention.
Figure 8 is a perspective view showing the position adjustment portion of the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention.
9 is a plan view showing the operating state of FIG.
10 to 11 is a perspective view showing a state of moving the pad to the pad discharge device of the transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit according to the present invention.

Hereinafter, with reference to the accompanying drawings an embodiment of the present invention will be described in more detail.

1 to 11, the base frame 10 is formed to protrude to a predetermined height from the ground so that the winding part 100, the guide guide part 200, the cutting press 300, the jig conveying part 400, and the pad are The sending unit 500, the position adjusting unit 600 and the pad discharge device 700 is positioned on a predetermined height from the ground.

The winding unit 100 is rotatably installed on one side of the base frame 10 to wind the transfer pad strip B.

The winding part 100 is formed in an annular shape and is wound on the winding roller 110 for winding the transfer pad strip (B) and the winding roller 101 on one side, and rotationally driven to drive the winding roller 110. It consists of a drive motor 120 to.

The take-up roller 110 is supplied by the driving motor 120 to the guide guide portion 200 to the conveying pad band (B) being wound while being rotated by the drive motor (120).

The drive motor 120 pushes the transfer pad strip B into the guide guide part 200 by rotating power.

Guide guide portion 200 is formed to a predetermined length behind the winding unit 100 to guide the movement of the transfer pad strip (B).

The guide guide portion 200 is preferably formed long in the longitudinal direction.

The guide guide portion 200 is fixedly installed on one side of the base frame 10 to guide the movement of the transfer pad strip (B).

The guide guide portion 200 is formed in a pair to face each other on the upper surface, the upper guide plate 201 to prevent the transfer pad strip (B) moving along the guide guide portion 200 is separated upwards ) To form more.

The upper guide plate 201 is formed to be spaced apart from each other so that the transfer pad strip (B) can be moved therebetween.

The upper guide plate 201 is to be in close contact with the upper surface of both ends of the transfer pad strip (B), to prevent the transfer pad strip (B) from being separated above the guide guide portion (200).

Cutting press 300 is installed between the guide guide portion 200, and is moved up and down to cut the plurality of transfer pad strips (B) moving along the guide guide portion 200.

The cutting press 300 is installed on the same horizontal line as the guide guide portion 200 to cut the plurality of transfer pad strip (B).

The transfer pad P of the cell unit cut by the cutting press 300 is pushed toward the distal end of the transfer pad strip B moving along the guide guide portion and moves horizontally.

The cutting press 300 is formed with a plurality of cutters 311 on the bottom, the pressing portion 312 formed between the cutters 311, the upper mold (310) formed with a guide bar 313 on the bottom edge And a guide groove 321 installed below the upper mold 310 and inserted into and coupled to the guide bar 313 at the upper edge thereof, and formed along the longitudinal direction at the center of the upper surface of the transfer pad strip ( Forming a moving groove 322 for guiding the movement of the B, the transfer pad band to move along the moving groove 322 by allowing the cutter 311 to enter the bottom surface of the moving groove 322 It is formed of a lower mold 320 having a cutting groove (322a) for guiding the cutting of (P).

The upper mold 310 is moved downward by the hydraulic or pneumatic method, cutting the plurality of transfer pad strip (B).

The cutter 311 forms a cutting edge 311a for cutting the transfer pad strip B at both ends.

The cutter 311 is inserted into the cutting groove 322a while pressing the upper surface of the transfer pad strip B and cutting the transfer pad strip B with the cutting edges 311a sharply formed at both ends thereof.

The cutter 311 is formed in at least two, to form a plurality of the transfer pad strip (B).

The pressing part 312 presses and presses an upper surface of the transfer pad strip B located in the moving groove 322 of the lower mold 320, so that the plurality of transfer pads P cut in units of cells are mutually compressed. To prevent separation.

The pressing portions 312 are formed adjacent to each other based on the cutter 311.

The pressing portion 312 preferably corresponds to the shape of the transfer pad P cut by the cutter 311.

The guide bar 313 is moved up and down along the guide groove 321 to guide the lifting movement of the upper mold (310).

The moving groove 322 of the lower mold 320 is formed on the same horizontal line as the guide guide bar 200 to allow the transfer pad strip B to move along the guide guide bar 200. do.

The cutting groove 322a allows the cutter 311 to enter the upper mold 310 to allow the cutting pad 3B between the cutting edge 311a of the cutter 311 and both ends of the cutting groove 322a. ) To make it gutter.

The jig transfer unit 400 is installed at the rear of the cutting press 300, presses and presses the transfer pad P of the cell unit cut by the cutting press 300, thereby horizontally moving.

The jig transfer unit 400 is horizontally moved while pressing the plurality of transfer pads (P) discharged to the rear of the cutting press 300, the end of the guide guide portion 200 located below the pad transfer unit (500) Move to.

The pad conveying part 500 is installed on the upper end of the guide guide part 200, picks up the conveying pad P, and moves up, down, left, and right, and is spaced apart at predetermined intervals, so that the conveying pad ( Transfer P).

The pad transfer unit 500 moves the transfer pad P in units of cells to the position adjusting unit 600.

The pad transfer unit 500 is formed in a plurality in a row direction, in close contact with each other or are spaced at a predetermined interval spaced apart between the transfer pad (P), the first fixed to take a fixed through the transfer pad (P) on the bottom surface The first jig portion 510 formed with a pin 511 and the first movement is provided on the upper end of the guide guide portion 200 to guide the movement of the upper, lower, left, right of the first jig portion 510 Member 520.

The first fixing pin 511 penetrates through the transfer pad P so that the transfer pad P is fixed to the first jig portion 510.

The first jig unit 510 is spaced apart at a predetermined interval to space between the transfer pad (P).

The first jig unit 510 opens the transfer pad P in proportion to the distance between the seating grooves 611 of the position adjusting unit 600.

The first moving member 520 is moved up, down, left, and right to move the first jig part 510 to the position adjusting part 600.

The pad conveying part 500 is exposed to the bottom of the first jig part 510 under the first jig part 510 to push down the transfer pad P fixed to the first fixing pin 511 downward. The first ejector 512 is further formed.

The first ejector 512 pushes the transfer pad P downward so that the transfer pad P is seated in the seating groove 611 of the position adjusting unit 600.

The position adjusting unit 600 is installed on the side of the pad transfer unit 500, and pushes the transfer pad P of the cell unit, which has been transferred by the pad transfer unit 500, in the longitudinal direction and the width direction, and thus the pad transfer unit 500. To the right position.

The position adjusting unit 600 has a plate shape and forms a plurality of seating grooves 611 on which the transfer pad P is seated on an upper surface thereof, and a pair of pairs formed in a direction orthogonal to each other on the bottom surface of the seating grooves 611. A frame 610 having a through hole 612 and a lower portion of the frame 610 so as to be exposed to the seating groove 611 through the through hole 612 and seated in the seating groove 611. The seating device is mounted through a first position adjusting unit 620 for adjusting the position of the transfer pad P by pressing the transfer pad P in the longitudinal direction and the through hole 612 orthogonal to the first position adjusting unit 620. The second position is installed in the lower portion of the frame 610 to be exposed in the groove 611, the second position for adjusting the position of the transfer pad (P) by pressing the transfer pad (P) seated in the seating groove 611 in the width direction The adjusting unit 630 is configured.

The frame 610 is formed in a plate shape, it is preferable to form a plurality of mounting grooves 611 on the upper surface.

The seating grooves 611 of the frame 610 are formed to be spaced apart from each other by a predetermined interval, and form a pin through hole 611a through which the second fixing pin 711 of the pad discharge device 700 passes.

The pin through hole 611a passes through the second fixing pin 711 to guide the second fixing pin 711 to pass through the transfer pad P seated in the mounting groove 611.

The first position adjusting unit 620 is respectively exposed above the plurality of through holes 612, and simultaneously pushes the plurality of transfer pads P seated in the seating grooves 611 in the longitudinal direction.

The other end of the transfer pad P pushed in the longitudinal direction by the first position adjusting unit 620 is in close contact with the wall surface of the seating groove 611, and the longitudinal position of the transfer pad P is adjusted.

The plurality of transfer pads 630 are respectively exposed above the plurality of through holes 612 and moved in a direction orthogonal to the first position adjusting units 620 to be seated in the seating grooves 611. Push (P) in the width direction at the same time.

The other end of the transfer pad P, which is pushed in the longitudinal direction by the second position adjusting unit 630, is in close contact with the wall surface of the seating groove 611, and the width direction of the transfer pad P is adjusted.

The pad discharge device 700 is installed above the position adjusting unit 600, and lifts up the transfer pad P seated on the position adjusting unit 600, and moves up, down, left, and right, and rotates a predetermined angle. To drop the transfer pad (P).

The pad discharging device 700 moves the transfer pad P onto an in vitro diagnostic kit device (not shown), so that the transfer pad P is coupled to the in vitro diagnostic kit device (not shown). Drop the transfer pad (P).

The pad discharge device 700 is formed in a plurality of spaced apart at a predetermined interval on the bottom surface to form a second fixing pin 711 for fixing by penetrating through the transfer pad (P) seated on the position adjusting unit 600, A second jig portion 710 which is rotated at an angle to change a moving direction of the transfer pad P fixed to the second fixing pin 711, and is installed above the position adjusting part 600 and is arranged on the second jig; It consists of a second moving member 720 for guiding the up, down and left and right movement of the portion 710.

The second fixing pin 711 passes through the pin passing hole 611a formed in the seating groove 611 of the positioning unit 600, and passes through the transfer pad P seated in the seating groove 611. Thus, the transfer pad P is fixed to the second jig unit 710.

The second jig unit 710 is rotated by an angle of 90 degrees, it is preferable to change the moving direction of the transfer pad (P).

The second moving member 720 is moved up, down, left, and right, such that the transfer pad P fixed to the second jig part 710 is positioned above a device for in vitro diagnostic kit (not shown). do.

The pad discharge device 700 is exposed to the bottom of the second jig portion 710 below the second jig portion 710 and pushes the transfer pad B fixed to the second fixing pin 711 downward. It further forms a second ejector 712.

The second ejector 712 pushes the transfer pad P downward so that the transfer pad P is inserted into a device for an in vitro diagnostic kit (not shown).

The transfer pad cutting and feeding apparatus for manufacturing an in vitro diagnostic kit according to the present invention configured as described above is used as follows.

First, the driving motor 120 of the winding unit 100 fixedly installed at one side of the base frame 10 is driven, and the transfer pad band B wound around the winding roller 110 is supplied to the guide guide unit 200. Be sure to

Here, the transfer pad band (B) supplied to the guide guide portion 200 enters the space between the guide guide portion 200 and the upper guide plate 201, guides to the guide guide portion 200 Is moved.

At this time, the transfer pad strip (B) moving along the guide guide portion 200 is pushed by the transfer pad strip (B) continuously supplied to the guide guide portion 200 along the guide guide portion 200 To move.

The transfer pad strip B moving along the guide guide portion 200 enters the lower mold 320 of the cutting press 300 formed on the same horizontal line as the guide guide portion 200. At this time, the upper mold 310 is moved upward and downward in the lower mold 320 direction by pressing the transfer pad band (B) to obtain a plurality of the transfer pad (P) consisting of a cell unit.

That is, the transfer pad strip (B) is positioned in the moving groove 322 of the lower mold 320, which is the same horizontal as the guide guide portion 200, the upper mold 310 is downward When the cutter 311 and the pressing portion 312 is inserted into the moving groove 322 while moving, the upper surface of the transfer pad strip B located in the moving groove 322 is the cutter 311 and the It is pressed and fixed to the pressing part 312.

In this case, the plurality of cutting pad adjacent surfaces to be cut are formed to coincide between the cutter and the pressing part, thereby preventing the transfer pads adjacent to each other from climbing or interfering with each other when the pad is transported for cutting.

Subsequently, when the upper mold 310 continuously moves downward, the cutter 311 enters the cutting groove 322a of the lower mold 320 and the cutting edge 311a formed at both ends of the cutter 311. The transfer pad strip B is cut between the cutting groove 322a and the transfer pad P in a cell unit.

In this case, at least two cutters 311 are formed to cut the transfer pad strip B, thereby obtaining at least three transfer pads P in the cutting press 300.

Subsequently, the transfer pad P of the cell unit is pushed back to the cutting press 300 by being pushed by the transfer pad band B forced into the guide guide unit 200, and then, the jig transfer unit 400. Simultaneously presses and presses the transfer pads P of a plurality of cell units, and is horizontally moved to be positioned below the pad transfer unit 500.

Then, the first jig portion 510 of the pad conveying part 500 is moved downward by the first moving member 520, in which state the transfer pad (P) to the first fixing pin (511). Through the through, the transfer pad (P) is fixed to the lower portion of the first jig portion (510).

At this time, the first jig portion 510 fixing the transfer pad P is moved upward and upward by the first moving member 520, and the first jig portion 510 is spaced apart from each other by a predetermined interval. After spaced apart the gap between the transfer pad (P), it is moved to the first moving member 520 up, down, left and right are positioned on the seating groove 611 of the positioning unit 600.

Subsequently, the first ejector 512 installed in the first jig part 510 is exposed to the lower part of the first jig part 510 so that the transfer pad P fixed to the first fixing pin 511 is fixed. Pushed downward, accordingly, the transfer pad (P) fixed to the first jig portion 510 is dropped down to be seated in the seating groove (611).

In this case, the presence or absence of the transfer pad P seated in the seating groove 611 is detected by the detection sensor 613, and, if any one seating groove 611 or a plurality of the seating groove 611 When the transfer pad P does not exist in the seating groove 611, the detection sensor 613 outputs a signal to inform the worker of the presence or absence of the transfer pad P.

Then, the operator visually checks the presence or absence of the transfer pad P of the seating groove 611, and then places the transfer pad P in the seating groove 611 in which the transfer pad P does not exist. .

Thereafter, when the presence or absence of the transfer pad P is determined by the detection sensor 613, the first position adjusting unit 620 exposed to the upper portion of the through hole 612 of the position adjusting unit 600 is horizontally moved. The transfer pad (P) is pushed in the longitudinal direction, wherein the transfer pad (P) is pressed against the first positioning unit (620) by the opposite surface is in close contact with the wall of the seating groove (611) the transfer pad ( The longitudinal position of P) is adjusted.

In addition, when the second position adjusting unit 630 exposed to the upper portion of the through hole 612 of the position adjusting unit 600 is horizontally moved to push the transfer pad P in the width direction, the first position adjusting unit 620. The opposite surface of the transfer pad (P) pressed by) is in close contact with the wall surface of the seating groove (611) to adjust the width position of the transfer pad (P).

Subsequently, when the position adjustment of the transfer pad P is completed in the position adjusting unit 600, the second jig unit 710 of the pad discharging device 700 moves up and down by the second moving member 720. The second fixing pin 711 is penetrated by the transfer pad P to fix the transfer pad P to the second jig part 710.

At this time, the second fixing pin 711 passes through the transfer pad P while entering the pin through hole 611a formed in the seating groove 611, and the transfer pad to the second jig portion 710. Make sure that (P) is fixed.

Thereafter, the second jig unit 710 is moved upward and upward by the second moving member 720, and rotates at an angle of 90 degrees in that state to change the direction of the transfer pad P, and then, The second moving member 720 is moved upwards, downwards, leftwards, and rightwards, and is located above the extracorporeal diagnostic kit device (not shown).

Then, the second ejector 712 formed on the second jig portion 710 is exposed to the lower portion of the second jig 710 to push the transfer pad P downward, and thus, the transfer pad ( P) is separated from the second jig unit 710 and coupled to an in vitro diagnostic kit device (not shown).

As described above, the cutting guide 300 moving along the guide guide unit 200 is cut by the cutting press 300 to obtain a plurality of cell unit transfer pads P, and the transfer pads P are positioned by the position adjusting unit. After adjusting the position at 600, the structure for supplying the in-vitro diagnostic kit device (not shown) to the pad ejection apparatus 700, the cutting pad 300 is automatically cut by the cutting press 300, the transfer pad of the cell unit There is no hassle for the operator to cut the transfer pad strip B by acquiring (P), and the transfer pad strip B is automatically cut into a plurality of cutting pads 300 in the cutting press 300, thereby providing a plurality of cell unit transfer pads (P). It can be obtained at the same time, by simultaneously acquiring a plurality of cell unit transfer pad (P) by a single operation of the cutting press 300 to improve the production efficiency of the transfer pad (P) and at the same time the energy consumption of the device is significantly reduced, in particular, Pad ejection device for the feed pad (P) adjusted in the position adjustment unit 600 Automatically supplied to the device (not shown) for the in vitro diagnostic kit (700) improves the work efficiency.

The transfer pad cutting and feeding apparatus for manufacturing an in vitro diagnostic kit according to the present invention described above is not limited to the above-described embodiments, and is conventional in the field of the present invention without departing from the gist of the present invention as claimed in the following claims. Anyone with knowledge has the technical spirit to the extent that various changes can be made.

10: base frame 100: winding part
110: winding roller 120: drive motor
200: guide portion 201: top guide plate
300: cutting press 310: upper mold
311: cutter 311a: cutting edge
312: pressing part 313: guide bar
320: lower mold 321: guide groove
322: moving groove 322a: cutting groove
400: jig transfer unit 500: pad transfer unit
510: first jig portion 511: first fixing pin
512: first ejector 520: first moving member
600: position adjusting unit 610: frame
611: seating groove 611a: pin through hole
612: through hole 613: detecting sensor
620: first position adjusting unit 630: second position adjusting unit
700: pad discharge device 710: second jig portion
711: second fixing pin 712: second ejector
720: second moving member B: transfer pad band
P: Transfer Pad

Claims (10)

A base frame 10;
A winding unit 100 installed rotatably on one side of the base frame 10 to wind the transfer pad strip B;
A guide guide part 200 formed to a predetermined length behind the winding part 100 to guide the movement of the transfer pad strip B;
A cutting press 300 installed between the guide guide parts 200 to move up and down to cut the transfer pad strip B moving along the guide guide part 200 into a plurality;
A jig transfer part 400 installed at the rear of the cutting press 300 and pressing and pressing a transfer pad P of a cell unit cut by the cutting press 300 to move horizontally;
The guide is installed on the upper end of the guide portion 200, and lifts up the transfer pad (P), and moves up, down, left and right, and is spaced apart at predetermined intervals to transfer the transfer pad (P) Sending 500;
Positioning unit which is installed on the side of the pad transfer unit 500, and pushes the transfer pad (P) of the cell unit transferred by the pad transfer unit 500 in the longitudinal direction and the width direction to position the pad transfer unit 500 in the correct position 600;
It is installed above the position adjusting unit 600, and picks up and lifts the transfer pad P seated on the position adjusting unit 600, and is moved up, down, left, and right, and rotated by a predetermined angle to transfer the pad (P). A pad discharge device 700 for dropping it;
Consisting of,
The winding part 100 is formed in an annular shape and is wound on the winding roller 110 for winding the transfer pad strip (B) and the winding roller 101 on one side, and rotationally driven to drive the winding roller 110. It consists of a drive motor 120 to
The guide guide portion 200 is formed in a pair to face each other on the upper surface, the upper guide plate 201 to prevent the transfer pad strip (B) moving along the guide guide portion 200 is separated upwards ),
The cutting press 300 is formed with a plurality of cutters 311 on the bottom, the pressing portion 312 formed between the cutters 311, the upper mold (310) formed with a guide bar 313 on the bottom edge And a guide groove 321 installed below the upper mold 310 and inserted into and coupled to the guide bar 313 at the upper edge thereof, and formed along the longitudinal direction at the center of the upper surface of the transfer pad strip ( Forming a moving groove 322 for guiding the movement of the B, the transfer pad band to move along the moving groove 322 by allowing the cutter 311 to enter the bottom surface of the moving groove 322 (P) is formed of a lower mold 320 having a cutting groove 322a for guiding the cutting,
The pad transfer unit 500 is formed in a plurality in a row direction, in close contact with each other or are spaced at a predetermined interval spaced apart between the transfer pad (P), the first fixed to take a fixed through the transfer pad (P) on the bottom surface The first jig portion 510 formed with a pin 511 and the first movement is provided on the upper end of the guide guide portion 200 to guide the movement of the upper, lower, left, right of the first jig portion 510 Member 520,
The position adjusting unit 600 has a plate shape and forms a plurality of seating grooves 611 on which the transfer pad P is seated on an upper surface thereof, and a pair of pairs formed in a direction orthogonal to each other on the bottom surface of the seating grooves 611. A frame 610 having a through hole 612 and a lower portion of the frame 610 so as to be exposed to the seating groove 611 through the through hole 612 and seated in the seating groove 611. The seating device is mounted through a first position adjusting unit 620 for adjusting the position of the transfer pad P by pressing the transfer pad P in the longitudinal direction and the through hole 612 orthogonal to the first position adjusting unit 620. The second position is installed in the lower portion of the frame 610 to be exposed in the groove 611, the second position for adjusting the position of the transfer pad (P) by pressing the transfer pad (P) seated in the seating groove 611 in the width direction Feeding pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit, characterized in that consisting of an adjusting unit (630).

The position adjusting unit 600,
In vitro diagnostic kit manufacturing, characterized in that formed on the bottom of the seating groove 611 of the frame 610 further comprises a sensor 613 for detecting the presence or absence of the transfer pad (P) seated in the seating groove (611) Feed pad cutting and feeding device.
delete delete delete delete The method of claim 1,
The pad transfer unit 500,
The first ejector 512 is exposed on the bottom surface of the first jig 510 to push downward the transfer pad B fixed to the first fixing pin 511 to the bottom of the first jig 510. Transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit, characterized in that further formed. delete delete The method of claim 1,
The pad discharge device 700,
A plurality of fixing pins 711 are formed on the bottom surface to be spaced apart from each other at predetermined intervals so as to penetrate the transfer pad P seated on the positioning unit 600, and are rotated at a predetermined angle to rotate the second fixing pins 711. A second jig portion 710 for changing a moving direction of the transfer pad P fixed to the pin 711;
A second moving member 720 installed above the position adjusting part 600 to guide the up, down, left, and right movements of the second jig part 710;
Transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit, characterized in that consisting of. The method of claim 9,
The pad discharge device 700,
The second ejector 712 is exposed to the bottom of the second jig portion 710 under the second jig portion 710 to push the transport pad B fixed to the second fixing pin 711 downward. Transfer pad cutting and supply apparatus for manufacturing an in vitro diagnostic kit, characterized in that further formed.

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