KR20010067910A - System for manufacturing suppliers for Ringer's solution and blood - Google Patents

Abstract

PURPOSE: A system for fabricating a medical sap and blood supplier is provided to automate the whole fabrication process of the supplier, and to largely produce the supplier for a short time without generating inferior goods. CONSTITUTION: The system for fabricating a medical sap and blood supplier is comprised of a cutting device(2) for cutting a sap supply tube(1); a first assembly device(3); a second assembly device(11), an inferior goods checking and coupling device(12); and a packaging device(13). By the first assembly device, a sap adjustor(4) is fitted on the circumference of the sap supply tube from the one end of the sap supply tube, and a small soft plastic tube(5) is inserted into the other end of the sap supply tube. By the second assembly device, a sap chamber(7) having a spike(6) formed with an air filter(6a) is assembled to the one end of the sap supply tube, and a needle(9) covered by a cap(8), a needle hub(45), and a rubber tube(10) are successively assembled to the other end of the sap supply tube.

Description

System for manufacturing suppliers for Ringer's solution and blood}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a system for the manufacture of medical infusion and transfusion feeders, and in particular, a medical infusion feeder for producing a fully automatic transfusion and transfusion (hereinafter referred to as transfusion) feeder from the cutting of a transfusion and transfusion tube to the complete assembly of the supply To provide a manufacturing system.

Conventionally, in order to assemble (manufacturing) the fluid feeder, the fluid supply tube (hereinafter referred to as a fluid tube) is manually cut to a predetermined length, and the fluid regulator is extrapolated manually through one end of the tube, and then the tube end The air filter is assembled by manually assembling the spike and the sap chamber, and the other end of the infusion tube is manually inserted into the hard plastic tube first, and then the cap and the needle and hub and the rubber tube on the outer surface of the end After manually extrapolating the other end of the combined rubber tube in order to complete the sap feeder assembly, the completed sap feeder was manually inspected and packaged and printed in envelopes and wrapping papers. Many defects, products are not uniform, and mass production is difficult in a short time It was.

The present invention solves the problems of the conventional medical fluid supply assembly (manufacture) method as described above, the entire process is almost automatic process from cutting the infusion tube of the fluid supply to a certain length until the fluid supply assembly is completed. By providing a manufacturing system for a medical infusion feeder that can be produced in large quantities without shortages in a short time by supplying a uniform supply of a standard product as described in detail with reference to the accompanying drawings as follows.

1 is a plan view of the entire arrangement of the system of the present invention.

Figure 1a is a plan view of the fluid tube cutting device of the present invention.

Figure 1b is a fluid regulator and a hard plastic tube in the infusion tube of the system of the present invention

Top view of the assembly device.

Figure 1c is a spike coupled fluid chamber and the needle of the present invention coupled

Top view of the device for connecting rubber tubes to both ends of the fluid tube.

Figure 1d is a plan view of the assembly device of the fluid chamber and the spike of the present invention system.

1E is a plan view of a feeder inspection and binding device of the present invention system.

1F is a top plan view of a feeder packaging device of the present invention system.

2 is an enlarged plan view of FIG. 1A;

3 is an enlarged front view of FIG. 1A;

4 is an enlarged perspective view of FIG. 1A;

5 is a top view of the fluid regulator supply device.

Figure 6a is a front view of the air filter assembly of the spike.

Fig. 6B is a state in which the air filter of the spike with the chamber is assembled [Part A of Fig. 1C]

Magnified top view of a building.

7 is a detailed front view of the spike and the infusion chamber assembly apparatus.

* Description of the symbols for the main parts of the drawings *

1: Infusion tube 2: Infusion tube cutting device

3: first assembly device 4: infusion regulator

4 a: Memo adjuster case 4 b: Sap adjuster

5: rigid plastic tube 6: spike

6 a: Air filter 7: Sap chamber

8: cap 9: needle

10: rubber tube 11: second assembly device

12: inspection and binding device 13: packaging device

14,14 ': Tube roll device

15,15 ', 16,16', 15 a, 15 a ', 16 a, 16 a': Guide roller

17: Timing belt 18,18 ': Driving roller

19,19 ', 19 ": Link 20: Drive motor

21: Drive shaft 22,22 ': Tube chuck

23,23 ': Cutter 24: Body

25: Frame 26: Hopper

27: control panel 28,28 ': leveler

29,29 ', 29 ", 29'", 29a, 29b: Conveyor

30: pushing cylinder 31: the first assembly device

32: Thru-type rotary hopper 33,33 ', 33 a, 33 a': Clamp

34,34 ', 34 a, 34 a': Cylinder 35,35 ': Insertion device

36: pushing cylinder 37: air filter roll

37 ': winder 38: air filter

39: mold 39 a: puncher

40: air filter assembly device 41: spike, chamber assembly device

42,42 ': Conveyor 43: Screw-type Rotary Hopper

44: second assembly device body 45: needle hub

46,46 ', 46 ", 46'": Conveyor 47: Huber, Rubber tube assembly device

48: screw-type rotary hopper 49: pushing cylinder

50: top 51: finished product accommodation hopper

52: cylinder 53: rotating plate

54: binding device 55: binding inspection table

56: film bag packaging portion 57: printing portion

58: conveyor 59: unit packaging

60: conveyor 61: box packaging

62,62 ': Screw-type rotary hopper 63: Sap chamber feeder

64: Spike Feeder

1 (a), 2, 3 and 4, a transfusion tube cutting device (2) for cutting a transfusion tube (1) for supplying a transfusion or transfusion (hereinafter referred to as a transfusion); As shown in Fig. 1 (b) and 5, the fluid regulator 4 is extrapolated to the outer surface of the fluid tube through one end of the fluid tube (1) and a small hard plastic tube on the other end of the fluid tube (1) A first assembling device (3) for assembling (5) into the end of the infusion tube (1); As shown in FIGS. 1 (c), (d) and 6 (a) (b) and FIG. 7, the infusion chamber 7 in which the spike 6 in which the air filter 6a is assembled is assembled with the infusion solution. Needle (9), needle hub (45) and rubber tube (10) having a cap (8) covered on the outer surface of the infusion tube (1), which is assembled at one end of the tube (1) and has a hard plastic tube (5) at the other end A second assembly device 11 for assembling the other end of the rubber tube 10 coupled in turn; As shown in Figure 1 (e), after the assembly of the sap supply after the inspection of the defective product inspection and binding device 12 and bound; As shown in FIG. 1 (f), a medical fluid supply manufacturing system comprising a packaging device 13 for packaging a bound fluid supply after the inspection, wherein the fluid tube cutting device 2 is a fluid tube 1 And a plurality of guide rollers 15, 15 ', 16, 16' and 15a for guiding the wound tube roll device 14 and 14 'and the fluid tube 1 wound around the tube roll device. 15a ') 16a and 16a', drive belts 18 and 18 'for driving a timing belt 17 equipped with a limit switch (not shown), and a power roller 15 of the guide rollers ( 15 ') (16) and 16' (16 ') and drive motors driven by driving the drive rollers 18 of the drive rollers connected to the drive shaft 21 by respective links 19, 19', 19 ". 20, a tube chuck which is fixed on the timing belt 17 by holding the end of the infusion tube 1 and reciprocates at regular intervals, and the infusion tube 1 is cut at a predetermined length at a predetermined time. Adjust the height with the cutter 23 on the fluid tube A plurality of levelers 28, 28 ′,... 28 ′, a body 24 and a frame 25 mounted below, and a body 24 for collecting the cut transfusion tube 1; A hopper 26 formed between the frames 25 and a control panel 27 for controlling the driving of the entire cutting device;

The first assembly device (3) is shown in Figure 1b, the conveying conveyor 29 for transferring the fluid regulator case (4a) from the screw-type rotary hopper 62, and the fluid adjustment piece from another screw-type rotary hopper 62 Conveyor 29 'for conveying (4b), a pushing cylinder (30) for pushing the infusion regulator piece (4b) to the infusion regulator case (4a), and a transfer conveyor (29) for conveying the assembled infusion regulator (29b). &Quot;), a screw-type rotary hopper 32 which collects the fluid regulator 4 conveyed from the conveying conveyor 29 " and conveys it to the assembling apparatus main body 31 by the conveying conveyor 29 " 34 and 34 ′, both clamps 33 and 33 ′ at both ends of the first assembly device 3 and the main body 31 that hold both ends of the fluid tube 1 while keeping the fluid tube 1 horizontal. In the screw rotary hopper 32, the fluid regulator 4, which is carried by the conveyor 29 "', is grasped and extrapolated through one end of the fluid tube 1; It is composed of an inserting device (34) and a pushing cylinder (36) which pushes the small rigid plastic tube (5) fed by the conveyor (29a) from the screw-type rotary hopper (32 ') and interpolates inside the other end of the fluid tube. ;

The second assembly device 11 is a filter mounting molder 39 having an air filter roll 37, a winder 37 ′ wound around the air filter 38, and an ultrasonic welding device (not shown) thereunder. And the air filter assembly device 40 having the upper portion Puncher 39a, the spike 6 and the infusion solution of the air filter 38 supplied from the spike supply 64 and the fluid chamber supply 63. The spike / chamber assembly device 41 for assembling the chamber 7 and the spike-chambers transferred by the assembled spike-chamber 6 and 7 transfer conveyor 42 are collected and transferred to the transfer conveyor 42 '. Both ends of the screw-type rotary hopper 43 which is transferred to the second assembly apparatus main body 44 and the second assembly apparatus main body 44 which hold both ends of the infusion tube while maintaining the horizontality with the cylinders 34a and 34a '. 4 to supply the rubber tube 10 and the conveyor 46 for supplying the clamp hubs 33a and 33a 'of the needles and the needle hubs 45 in which the needles 9 covered with the cap 8 are assembled. 6 '), and needle hub for assembling the needle hub (45) and the rubber tube (10). The assembled needle hub conveyed by a rubber tube assembly device 47 and a conveying conveyor 46 ". A second assembling apparatus by collecting the rubber tubes 45 and 10 by a conveying conveyor 46" '. Screw-type rotary hopper 48 for conveying to the body 44 and its conveyed hub. And a pushing cylinder 49 which pushes and inserts the other end of the rubber tube of the rubber tube 45 and 10 into the outer surface of one end of the infusion tube 1 in which the small hard plastic tube 5 is inserted.

The inspection and binding device 12 is rotated in the upper plate 50, the sap feeder finished product receiving hopper 51, and the cylinder 52 penetrating the hopper after placing the assembled sap feeder finished product inspection It consists of a rotating plate 53, the binding device 54,

The packaging device 13 includes a binding inspection table 55 for inspecting the binding state, a film bag packing unit 56 for packing the sap feeder with a film bag, and a printing unit 57 for printing the manufacturing date and month on the film bag. ), A conveyor 58 for transporting the printed packaged product, a unit packaging unit 59 for packing the printed packaged product for each unit product, a conveyor 60 for transporting unit entrained product, and a final packing box The packaging part 61 is comprised.

In order to manufacture the sap feeder with the present invention sap feeder manufacturing system configured as described above, first the sap tube roll device (14) (14 ') of the sap tube cutting device (2) is fitted with a sap tube roll and then the sap tube (1) ) End of tube guide roller (15a) (15a ') (16a) (16a') (15) (15 ') (16) (16') through tube chuck (22) (22 ') The guide rollers 15 and 15 'are first operated by the control panel 27 and connected to the drive shaft 21 of the drive motor by links 19, 19' and 19 ". (16), 16 'and the driving roller 18 of the timing belt 17, the guide rollers 15, 15', 16, 16 'and the timing belt 17 driving roller 18 When the timing belt 17 is rotated and the tube chucks 22 and 22 'fixed on the timing belt are moved at the same time as the guide rollers and the timing belt are moved to move to a predetermined length, When the timing belt stops The cutters 23 and 23 'are lowered to cut the infusion tube 1, and at this time, the timing belt 17 is reversely rotated by the operation of the drive motor so that the tube chucks 22 and 22' are in their original state. Since the reciprocating motion is continued while reversing the movement of holding the end of the transfusion tube again and moving again, the operation of repeatedly cutting the transfusion tube 1 to a predetermined length is performed. Is collected in the hopper 26 below the infusion tube cutting device 2 and the collected infusion tube 1 is manually or conveyed (not shown) to the device body 31 of the first assembling device 3. Of the fluid tube (1) with both clamps (33) and (33 '), while the fluid tube (1) is leveled with both cylinders (34) and (34'), on the other hand, As the 62 is rotated, the fluid regulator case 4a is lifted one by one through the conveyor 29 by screwing. And on the other hand, the fluid adjusting piece 4b in the fluid regulator case 4a while feeding the fluid adjusting piece 4b from the screw-type rotary hopper 62 'one by one and feeding it through the conveyor 29a. Is assembled by pushing with a pushing cylinder 30, and then the assembled fluid regulator 4 is fed to the screw rotary hopper 32 by a conveyor 29 ", and the fluid regulator is supplied by the screw rotary hopper 32. (4) are screwed up one by one and sent to the insertion device 35 of the first assembly body 31 by the conveyor 29 "'so that the insertion device 35 grasps the fluid regulator 4, and both sides It is extrapolated to one end of the fluid tube 1 gripped by the clamps 33, 33 ',

On the other end side of the infusion tube 1, a screw-type rotary hopper 32 'is provided with a small rigid plastic tube 5 (this tube is connected to the end of the infusion tube 1 with a needle 9 in the second assembling device. ) So that the fluid tube (1) is not crushed during extrapolation of the rubber tube (10) connecting the needle hub (45) and supplied to the other end of the fluid tube (1) by the conveyor (29b). Then, by pushing the pushing cylinder 36, the small hard plastic tube 5 is inserted into the other end of the infusion tube 1,

The infusion tube (1), in which the infusion regulator (4) and the small rigid plastic tube (5) are assembled, is moved to the device body (44) of the second assembling apparatus (1) by manual or by a conveyor (not shown) and both clamps ( On one end of the infusion tube 1 in a state where it is held by 33a) (33a ') and leveled by cylinders 34a (34a'), as shown in FIGS. 6 and 1 (a), an air filter roll ( At 37), the filter 38 is pulled into the air filter winder 37 'while the air filter 6a mounting portion of the spike 6 is placed in line with the air filter mounting mold 39 and the puncher 39a. Ultrasonic bonding with an ultrasonic bonding device mounted in the mold at the same time as punching, followed by supplied spike 6 feeder 64 and infusion chamber 7 feeder as referenced in FIGS. 1 (d) and 7. The spike 6 and the fluid chamber 7 are spiked at 64, which are assembled by the chamber assembling device 41. Spikes supplied by feeding the fluid chamber to the screw-type rotary hopper 43 through the conveyor 42. The fluid chambers 6 and 7 are inserted into one end of the fluid tube held by the clamps 33a and 33a 'by the insertion device 35'.

At the other end of the infusion tube (1), the needle hub (45) and the rubber tube (10), which combine the needle (9) covered with the cap (8), are assembled by the hub / rubber tube assembly device (47). After collecting into the low screw rotary hopper 48, the screw rotary hopper 48 is supplied to the other end of the infusion tube 1 by a conveyor 46 "'and fed to the pushing cylinder 49 by the hub and rubber tube 45. The assembly of the infusion feeder is completed by grasping and sliding (10) to the other end of the infusion tube (1), and the assembled infusion feeder is top plate (50) of the inspection and binding device (12), as referred to in FIG. The upper plate 50 is rotated 180 degrees so that the infusion tube 1 can be introduced into the finished product accommodating hopper 51, and then the sap tubes enter the finished product accommodative hopper 51 one by one and extend through the hopper. After winding the infusion tube (1) by the rotating plate (53) in the cylinder (52), the wound wound in the binding device (54) fixed in succession A binding inspection table 55 for inspecting the binding state of the packaging device 13 referred to in FIG. 1 (f), and a film bag packaging unit 56 and a printing unit for printing the packaged bag after binding the article ( The product packaged by the conveyor 58 to the unit packaging unit 59 by the conveyor 58 is transferred to the conveyor 60 again and transferred to the box packaging unit 61 and then packaged several times in a large box. Will be.

Claims (6)

A transfusion tube cutting device 2 for cutting a transfusion tube 1 for supplying a transfusion or transfusion (hereinafter referred to as a transfusion); Extrapolates the fluid regulator (4) to the outer surface of the fluid tube through one end of the fluid tube (1), and on the other end of the fluid tube (1), a small hard plastic tube (5) is assembled in the fluid tube (1) end. A first assembling device 3; The infusion chamber (7) in which the spike (6) with the air filter (6a) is assembled is assembled to one end of the infusion tube (1), and the outer surface of the infusion tube (1) in which the other end of the hard plastic tube (1) is embedded. A second assembling device (11) for assembling the other end of the rubber tube (10) to which the needle (9) covered with the cap (8), the needle hub (45), and the rubber tube (10) are sequentially coupled; A defect inspection and binding device (12) for binding to a predetermined form after the assembly of the sap supply is inspected; Medical sap feeder manufacturing system, characterized in that consisting of a packaging device for packaging the sap feeder bound after the inspection (13). The fluid tube cutting device (2) according to claim 1, wherein the fluid tube cutting device (2) is a plurality of guides for guiding the tube roll device (14) 14 'wound around the fluid tube (1) and the fluid tube (1) wound around the tube roll device. Drive rollers for driving timing belt 17 equipped with rollers 15, 15 ', 16, 16', 15a, 15a ', 16a, 16a', and limit switches (not shown). 18, 18 ', the power rollers 15, 15', 16, 16 'of the guide rollers, and the power drive rollers 18 of the drive rollers, respectively, with links 19 and 19'. A driving motor 20 connected to the drive shaft 21 by a 19 ", and a tube which grasps the end of the infusion tube 1 and is fixed on the timing belt 17 to reciprocate at regular intervals. A chuck, a cutter 23 on the sap tube that cuts the sap tube 1 to a certain length at a given time, and a plurality of levelers 28, 28 'that adjust the height. ) Body 24 and frame 25 mounted below, and the body 24 and frame for collecting the cut infusion tube 1. Being 25, a hopper 26 and a medical fluid supply system for manufacture, characterized by consisting of a control panel 27 for controlling the driving of the entire cutting device is formed between them. 2. The first assembly device (3) according to claim 1, wherein the first assembly device (3) comprises a conveying conveyor (29) for transferring the infusion regulator case (4a) from the screw-type rotary hopper (62), and another screw-type rotary hopper (4 "). Conveyor 29 'for transporting the fluid adjusting piece 4b from the container, a pushing cylinder 30 for coupling the fluid adjusting piece 4b to the fluid regulator case 4a, and the assembled fluid regulator for transporting the fluid. Screw-type rotary hopper 32 which collects the conveying conveyor 29 "and the infusion regulator 4 conveyed from the conveying conveyor 29", and conveys it to the assembly apparatus main body 31 by the conveying conveyor 29 "'. Both clamps 33 at both ends of the first assembly device 3 and the main body 31 which hold both ends of the fluid tube 1 while keeping the fluid tube 1 horizontal with both cylinders 34 and 34 '. 33 ') and the fluid regulator (4) transported by the conveyor (29 "') in the screw-type rotary hopper (32) through one end of the fluid tube (1) Inserting device (34) for inserting and pushing cylinder (36) for pushing the small rigid plastic tube (5) fed by conveyor (29a) from screw rotary hopper (32 ') to the inside of the other end of the fluid tube System for the manufacture of a medical fluid supply, characterized in that configured. The method of claim 1, wherein the second assembly device 11 is a built-in air filter roll 37, the winder (37 ') for winding the air filter 38 and the ultrasonic welding device (not shown) below the built-in An air filter assembly device 40 having a filter mounting mold 39 and a puncher 39a thereon, and the air filter 38 supplied from the spike supply 64 and the fluid chamber supply 63 are assembled. The spike / chamber assembly device 41 for assembling the spike 6 and the infusion chamber 7 and the spike-chamber conveyed by the assembled spike-chamber 6 and 7 transfer conveyor 42 are collected and transferred. Screw-type rotary hopper 43 which is conveyed by the conveyor 42 'to the 2nd assembly apparatus main body 44, and 2nd assembly which holds both ends of an infusion tube, keeping horizontally with the cylinders 34a and 34a'. Supply the clamp 46 and the rubber tube 10 for supplying the clamps 33a and 33a 'at both ends of the apparatus main body 44 and the needle hub 45 to which the needle 9 covered with the cap 8 is assembled. Ha Is a needle hub for assembling the conveyor 46 ', the needle hub 45 and the rubber tube 10. The assembled needle hub conveyed by a rubber tube assembly device 47 and a conveying conveyor 46 ". A second assembling apparatus by collecting the rubber tubes 45 and 10 by a conveying conveyor 46" '. Screw-type rotary hopper 48 for conveying to the body 44 and its conveyed hub. Medical rubber, characterized in that it consists of a pushing cylinder (49) for pushing the other end of the rubber tube (45) and the other end of the small hard plastic tube (5) pushes and inserts externally on the outer surface of one end of the infusion tube (1) System for the manufacture of fluid feeders. According to claim 1, wherein the inspection and binding device (12) is placed after the inspection of the assembled sap feeder finished product 50, the sap feeder finished product receiving hopper (51), and a cylinder penetrating the hopper ( 52) a medical fluid supply manufacturing system, characterized in that it consists of a rotating plate (53) and a binding inspection table (55) which rotates within. The packaging device (13) according to claim 1, wherein the packaging device (13) includes a binding device (54) for inspecting the binding state, a film bag packing part (56) for wrapping the sap feeder with a film bag, and a date of manufacture of the film bag. A printing unit 57 for printing, a conveyor 58 for transporting the printed packaged product, a unit packaging unit 59 for packaging the printed packaged product for each unit product, and a conveyor 60 for transporting the unit packaged product. And, a final packaging box packaging unit 61, characterized in that the system for producing a medical fluid feeder.