KR20010017783A - The folding machine for medical treatment Gaze. - Google Patents

Abstract

PURPOSE: Medical gauze folding machine is provided which maintains simple structure to be minimized and used at narrow location so that it raises productivity in providing a cheap tool. CONSTITUTION: The medical gauze folding machine comprises the parts of: a base frame(10); a roll for taking up gauze(16) which supplies gauze for the base frame; a gauze transfer unit(102) which transfers the gauze; a gauze cutting unit(104) which cuts the transferred gauze as the set length; a first feeding part(106) which folds and supplies the cut gauze firstly; a driving part which runs the gauze transfer and cutting unit and the feeding part; a pushing unit which exhausts the folded gauze by a third feeding part through an exhaust channel(78); and a control box(26) which is placed at the upper part of the base frame to control the driving part.

Description

Medical gauze folding device {The folding machine for medical treatment Gaze.}

The present invention relates to a sanitary ware manufacturing apparatus, and more particularly to a device for folding a medical gauze used for hemostasis in hospitals, pharmacies and the like.

In general, bandages, gauze, and the like refers to a hemostatic cloth used in preparation for bleeding in a hospital or pharmacy.

In particular, gauze can be said to be a very popular medical product with bandages, and is used for hemostasis and cleansing due to trauma. The material is mainly cotton, and is used in various ways depending on the size.

The gauze as described above is supplied so as to have a size suitable for use by feeding the gauze roll of a long length having a constant width and then cutting the gauze several times after cutting it to a constant length.

In this case, the supplied gauze is folded to each of various sizes, in particular, the size is used a lot of gauze having a new size of 5 x 5 horizontally, and a folded size of 10 x 10 horizontal and vertical.

Conventionally, many people mobilized the gauze to a certain size and supplied to the hospital, but this was very slow, the productivity is not improved, there was always a shortage of supply shortages.

In addition, in other countries, there was a folding machine that folds the gauze professionally, but the price of the machine itself is expensive and the size is so large that it takes up a lot of places. Digesting supplies was difficult.

SUMMARY OF THE INVENTION The present invention has been made to solve such problems in the related art, and provides a medical gauze folding machine (Foliding machine) that is inexpensive, fast to fold the gauze, and downsized in size so that installation is free. For that purpose.

1 is a perspective view showing a medical gauze folding machine (Foliding machine) of the present invention

2 is a front view of the present invention

3 is an enlarged view of main parts of the present invention;

4 is a plan view of the present invention

5 is a schematic perspective view showing a third feeding part of the present invention;

Figure 6 is an enlarged view showing an actuator for driving the folding plate of the present invention

*** Explanation of symbols for main parts of drawing ***

10: base frame 12: roll bracket

14 shaft 16 gauze winding roll

18,38,50,66,70: Upper roller

20,40,52,68,72: Lower roller

22: fixed frame 24: transfer frame

26: control box 28: guide

30: heating roller 32: guide rail

34: adjustment knob 36: fixing bracket

42: cutter 44: nozzle

46: folding board 48: hinge

54: conveying hole 56: drive bracket fixing bracket

58, 62, 64: information board 60: prevention plate

74: pusher 76: cylinder

78: discharge path 80: inlet

82,90,92,94: drive motor 84: actuator

86: Link 88: Belt

100: gauze 102: gauze transfer unit

104: gadget cutting unit 106: first feeding unit

108: second feeding part 110: third feeding part

112: pushing unit

The present invention provides a device for folding a medical gauze, the base frame; A gauze winding roll installed on a roll bracket to supply gauze to an upper side of the base frame; A gauze transfer unit which transfers the gauze supplied by the gauze winding roll; A gauze cutting unit for cutting the gauze conveyed by the gauze conveying unit into a predetermined size; A first feeding part for firstly folding and supplying the gauze cut by the gauze cutting unit; A second feeding part for supplying the secondly folded gauze by the first feeding part; A third feeding part horizontally installed in all directions to supply the finished product by folding the third gauze folded by the second feeding part in a third order; A drive unit for operating the gauze transfer unit, the gauze cutting unit, and the first, second and third feeding parts; A pushing unit for discharging the gauze folded to an appropriate size by the third feeding unit operated by the driving unit through a discharge path; Characterized in that the control box is installed on top of the base frame to control the drive unit to discharge the gauze at a suitable speed and the required amount.

The third feeding part includes a guide plate installed horizontally on a conveying frame to supply the gauze folded to an appropriate size by the second feeding part; A folding plate which is driven by an actuator and installed horizontally as the guide plate to fold the gauze supplied to the guide plate; It is characterized by consisting of the upper and lower rollers installed in the lower guide plate to discharge the gauze folded by the folding plate.

Hereinafter, with reference to the accompanying drawings will be described in more detail the structure of the medical gauze folding device (Foliding machine) of the present invention.

First, a device for folding a medical gauze, the base frame 10 and; A gauze winding roll 16 installed on the roll bracket 12 to supply the gauze 100 to the upper one side of the base frame 10; A gauze transfer unit 102 for transferring the gauze 100 supplied by the gauze winding roll 16; A gadget cutting unit 104 for cutting the gauze 100 transferred by the base transfer unit 102 into a predetermined size; A first feeding part (106) for firstly folding and supplying the gauze (100) cut by the gauze cutting unit (104); A second feeding part (108) for secondarily feeding and supplying the gauze (100) first folded by the first feeding part (106); A third feeding part 110 installed horizontally in all directions to fold the gauze 100 folded secondly by the second feeding part 108 in order to supply a finished product; A drive unit 114 for operating the gauze transfer unit 102, the gauze cutting unit 104, and the first 106, second 108 and third feeding unit 110; A pushing unit (112) for discharging the gauze (100) folded into a suitable size by the third feeding unit (110) operated by the driving unit (114) through the discharge path (78); It is composed of a control box 26 installed on the upper portion of the base frame 10 to control the base 100 to be discharged by a suitable speed and the required amount, the gauze transfer unit 102 is the base frame 10 A transport frame 24 installed to be inclined at a predetermined angle on an upper part of the fixed frame 22 fixedly installed at the upper part of the upper part) to constantly convey the gauze 100; A guide rail 32 for guiding the gauze 100 supplied to the upper portion of the transfer frame 24; A guide 28 supporting the gauze 100 supplied to the guide rail 32 so as not to sag; Consists of a heating roller 30 for straightening the gauze 100 is supplied through the guide 28, the gauze cutting unit 104 is gauze 100 is supplied by the gauze winding roll 16 An adjustment knob 34 installed on an upper portion of the transfer frame 24 to adjust the width of the gauze and prevent the gauze 100 from being pushed to one side; In order to supply the gauze 100 to be transported along the guide rails 32 of the transfer frame 24 to a predetermined size, the upper roller 38 and the lower rollers installed on the fixing bracket 36 and engaged to rotate up and down. 40); It consists of a cutter 42 for cutting the gauze 100 supplied by the upper and lower rollers (38, 40).

In addition, the first feeding part 1 () 6, the second feeding part 108, and the third feeding part 110 may supply the gauze 100 which is cut to a suitable size by the gauging cutting unit 104. A guide plate 58 provided on the transfer frame 24; Each folding plate 46 for folding the gauze 100 driven by the driving unit 114 and conveyed along the guide plate 58; Upper rollers 50, 66, 70 and lower rollers 52, 68 installed under each guide plate 58 so that the gauze 100 folded by the folding plate 46 can be supplied through the transfer hole 54. And 72, wherein the pushing unit 112 is folded by the first and second feeding units 106 and 108 and the third feeding unit 110 to supply the gauze 100 supplied through the discharge path 78. It consists of a cylinder 76 with a pusher 74 to push it out. And, the drive unit 114 and the first drive motor 82 for driving the upper and lower rollers (18, 20) for supplying the gauze 100 from the wound gauze roll; An actuator (84) installed at a lower portion of the transfer frame (24) to operate the gadget cutting unit (104); A third driving motor (92) installed at one side of the driving unit fixing bracket (56) for operating the first (106), second (108) and third feeding unit (110); It consists of an actuator 84 connected by a link 86 to operate the fold plates 46 of the first 106, the second 108, and the third feeding part 110.

1 is a perspective view showing a medical gauze folding machine of the present invention, Figure 2 is a front view of the present invention, Figure 3 is an enlarged view of the main portion of the present invention, Figure 4 is a plan view of the present invention.

Referring to the present invention with reference to the drawings shown, the gauze wound roll 16 wound on the upper right side of the base frame 10 is installed on the shaft 14 to be rotatable to the roll bracket 12 The upper roller 18 and the lower roller 20 are provided at the lower part of the gauze winding roll 16, and the gauze 100 is supplied between the upper and lower rollers 18 and 20.

Gauze 100 is the upper and lower rollers (38, 40) by the fixed frame 22 is installed on the upper left of the base frame 10 and the drive motor 90 is fixed to the upper portion of the fixed frame 22 In operation, the gauze is conveyed along the transfer frame 24.

The transfer frame 24 is installed to be inclined at an angle of about 45 °, and a guide 28 for supporting the gauze 100 so as not to sag is installed at the upper right portion of the transfer frame 24, and the guide ( The gauze 100 to be transported along 28 is passed over the heating roller 30 installed to be straight and flat.

In addition, guide rails 32 are installed at both sides of the upper surface of the transfer frame 24, and both sides are folded by a predetermined width by the guide 44 while the gauze 100 is transferred along the guide rails 32. It is installed to build. And the gauze 100 conveyed along the guide rail 32 of the transfer frame 24 is installed in the lower end of the gauze cutting unit 104 while being cut to a suitable size.

The gauze cutting unit 104 transfers the gauze 100 to the fixed bracket 36, an adjustment knob 34 protruding upward from one side of the fixed bracket 36, and all upper and lower portions of the adjustment knob 34. The upper and lower rollers 38 and 40 respectively installed to enable the cutting, the cutters 42 provided to the lower part of the upper and lower rollers 38 and 40 so as to cut the transferred gauze 100, and the cutter 42 up and down. It consists of an actuator 84 installed in the lower portion for operating.

The adjustment knob 34 of the gauze cutting unit 104 is installed so that the gauze 100 to be conveyed is not pushed in one direction and can be finely adjusted by rotating the adjustment knob 34 to the left and right, and a spring (not shown). There is no fear that the gauze 100 is torn because of adjustment by the tension of the).

In this case, the gauze 100 cut by the cutter 42 of the gauze cutting unit 104 is driven by the drive motor 90 to be cut after the upper and lower rollers 38 and 40 are transferred to a suitable length.

Subsequently, the gauze 100 cut to the appropriate length as described above is continuously transferred to the first feeding unit 106. The driving motor 92, not shown, is installed at one side of the driving unit fixing bracket 56 so that the respective rollers 50, 52, 66, 68 of the first feeding unit 106 and the second feeding unit 108 are fixed. Will be driven.

The first feeding unit 106 is a guide plate formed with a conveying hole 54 in the middle portion so that the gauze 100 can be continuously transferred to the lower end of the transfer frame 24 and the gauze 100 can be introduced ( 58, the upper and lower rollers 50 and 52 installed so as to transfer the gauze 100 to the lower portion of the guide plate 58, and the lower end is installed to be rotated by the hinge 48 is transferred to the It consists of a folding plate 46 installed so as to be primarily folded by hitting an upper third of the gauze 100.

At this time, the guide plate 58 is inclined at a predetermined angle like the transfer frame 24, and the prevention plate 60 is installed at the lower portion thereof so that the cut gauze 100 is not separated from the lower portion. prevent.

The gauze 100 transferred by the upper and lower rollers 50 and 52 of the first feeding part 104 is installed to be transferred along the guide plate 58 of the second feeding part 106. The feeding unit 106 is installed to be inclined in the lower right direction so that the gauze conveyed by the lower portions of the upper and lower rollers 50 and 52 can be continuously transferred, and the guide plate 62 having the conveying hole 54 formed at the stop portion. ), Upper and lower rollers 66 and 68 installed below the guide plate 62 on which the transfer hole 54 is formed, and the guide plate 62 so that the gauze 100 entered through the transfer hole 54 can be transferred. The folding plate 46 fixed by the hinge 48 to enable the rotational operation in the lower end of the gauze 100 folded by the first feeding part 104 is prevented from being installed at the lower end of the guide plate 62 It consists of a plate (60).

In the second feeding part 106 having the structure described above, when the gauze folded at the upper end is transferred by the first feeding part 104, the folding plate 46 of the second feeding part 106 rotates to provide the gauze. (100) Fold by hitting a third of the bottom and at the same time the transfer to the third feeding unit 110 through the transfer hole 54 is made again.

Accordingly, the gauze 100 folded along the first feeding part 104 and the second feeding part 106 passes through the conveying hole 54 formed in the guide plate 62 of the second feeding part 106. The upper and lower rollers 66 and 68 installed at the lower end reach the third feeding part 110 by pulling the gauze. Such a series of operations are operated by the drive motor 92.

The third feeding part 110 is installed horizontally so that the gauze 100 entered through the upper and lower rollers 66 and 68 of the second feeding part 108 may be placed thereon, and the transfer hole 54 may be interrupted. And a guide plate 64 formed thereon, upper and lower rollers 70 and 72 provided below the guide plate 64, and a lower end portion of the guide plate 64, and rotated by the electric shaft 94 to be folded secondly. Consists of a folding plate 46 for folding the interruption portion. Then, the drive motor 94 provided on the left side drives the upper and lower rollers 70 and 72.

The gauze folded by the second feeding part 108 is transferred to the third feeding part 110, and the folding plate 46 of the third feeding part 110 folds two thirds of the gauze. At the same time, the third part is folded and finally, the gauze 100 is finished as a product and falls into the discharge path 78 by upper and lower rollers 70 and 72.

Subsequently, the gauze 100 dropped into the discharge path 78 is positioned between the upper portion of the base frame 10 and the third feeding part 110, at which time the other side of the discharge path 78 is pushed. Unit 112 is installed to push the gauze 100 to be discharged through the discharge path (78).

At this time, the pushing unit 112 for pushing the gauze 100 to the discharge path 80 is composed of a cylinder 76, the pusher 74 is provided in all of the cylinder 76 to operate back and forth.

Referring to the driving unit with reference to the drawings shown the present invention made as described above are as follows.

The driving unit fixing bracket 56 includes a driving unit 114 installed at one side of the fixed frame 22 and the transfer frame 24 installed at the upper portion of the base frame 10 to drive the roller so that the gauze 100 can be transferred. Installed in

The driving unit 114 rotates the upper and lower rollers 18 and 20 for rotating the gauze winding roll 16 to transfer the gauze 100, and the gauze 100 to be transferred. Fold the gauze 100 and the drive motor 90 for rotating the upper and lower rollers 38 and 40 installed to convey the proper length, and the actuator 84 for driving the cutter of the gauze cutting unit 104. And the upper and lower rollers 50, 52, 66, 68, 70, 72 of each of the first feeding part 106, the second feeding part 108 and the third feeding part 110, which are simultaneously transferred. Each actuator connected by each link 86 to drive the driving motor 92 to be connected to and drive the respective folding plates 46 for folding the transferred gauze 100. It consists of 84.

In addition, Figure 5 is a schematic perspective view showing a third feeding portion of the present invention, Figure 6 is an enlarged view showing an actuator for driving the folding plate of the present invention.

As shown in FIG. 5, the third feeding unit 110 for finally folding the transferred gauze 100 is provided by the pushing unit 112 and the rotating shaft 94 on the pushing unit 112. A folding plate 46, one side of which is connected and rotatable, a guide plate 64 that supports the gauze continuously installed on all of the folding plates 46, and a folding plate that is installed below all of the guide plates 64. It consists of discharge rollers 70 and 72 for discharging the gauze 100 folded by 46 to the discharge path 78.

In addition, referring to the drawing shown in FIG. 6, the actuator 84 is connected to the link 86 so as to fold the gauze 100 by rotating the respective folding plates 46 to the driving unit fixing bracket 56. ) Is shown.

Looking at the operation of the medical gauze folding device (Foliding machine) of the present invention as described above are as follows.

First, the power switch (not shown) of the control box 26 is turned on, and at the same time, the operation of the driving motors 82, 90, 92 and the respective actuators 84 of the driving unit 114 is performed.

Here, the drive motor 82 supplies the gauze 100 from the gauze roll wound by rotating the upper and lower rollers 18 and 20, and the drive motor 90 is the lower portion of the gauging cutting unit 104. Rotating the upper and lower rollers (38, 40) installed in the supplied to a constant length. At this time, the actuator 84 operates the cutter 42 to cut the gauze 100 supplied to a certain length.

The drive motor 92 includes upper and lower rollers 50, 52, 66, 68, and discharge rollers 70 of the first feeding part 106, the second feeding part 108, and the third feeding part 110, respectively. 72 is connected to the belt (not shown) to operate integrally. In addition, when the power is applied by the control box 26, each of the folding plate 46 is rotated up and down by the actuator 84 connected by the link 86 to fold the transferred gauze 100.

Then, the gauze 100 folded by the cutting chip plate 46 and conveyed by each feeding part is discharged to the discharge path 78 for discharging as a finished product, and at the same time a pushing unit installed on one side ( Pusher 74 of 112 pushes forward to produce finished gauze 100.

As described above, the present invention can be used in a small place as much as the equipment is compact, and the price is low, thereby satisfying the needs of consumers.

In addition, because the work speed is made faster for each type of gauze, there is an advantage that can be produced in large quantities to improve the productivity.

Medical gauze folding device of the present invention as described above (sold out) has a simple structure and miniaturization has the advantage that can be used freely in a narrow place, improve the productivity by providing a high speed and low-cost equipment It works.

Claims (2)

An apparatus for folding a medical gauze, comprising: a base frame; A gauze winding roll installed on a roll bracket to supply gauze to an upper side of the base frame; A gauze transfer unit which transfers the gauze supplied by the gauze winding roll; A gauze cutting unit for cutting the gauze conveyed by the gauze conveying unit into a predetermined size; A first feeding part for firstly folding and supplying the gauze cut by the gauze cutting unit; A second feeding part for supplying the secondly folded gauze by the first feeding part; A third feeding part horizontally installed in all directions to supply the finished product by folding the third gauze folded by the second feeding part in a third order; A drive unit for operating the gauze transfer unit, the gauze cutting unit, and the first, second and third feeding parts; A pushing unit for discharging the gauze folded to an appropriate size by the third feeding unit operated by the driving unit through a discharge path; Medical gauze folding machine (Foliding machine) comprising a control box installed on top of the base frame to control the drive unit to discharge the gauze at a suitable speed and the required amount. The guide plate of claim 1, wherein the third feeding part comprises: a guide plate installed horizontally on a transport frame to supply a gauze folded to an appropriate size by the second feeding part; A folding plate which is driven by an actuator and installed horizontally as the guide plate to fold the gauze supplied to the guide plate; Medical gauze folding machine (Foliding machine) characterized in that consisting of the upper and lower rollers installed in the lower guide plate to discharge the gauze folded by the folding plate.