CN107198608A

CN107198608A - Gauze ball machine

Info

Publication number: CN107198608A
Application number: CN201610149340.XA
Authority: CN
Inventors: 洪当岳
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-03-16
Filing date: 2016-03-16
Publication date: 2017-09-26
Anticipated expiration: 2036-03-16
Also published as: CN107198608B

Abstract

The present invention provides a kind of gauze ball machine, includes：One board；One roll of gauze and a sebific duct, are installed in the board；One feed arrangement, is installed in the board, is to feed and cut roll of gauze, the roll of gauze is formed multiple Gauzes；One cutting device, is installed in the board, is that can cut sebific duct, and it is cut into multiple cushion rubbers；One assembling apparatus, can wear the respectively cushion rubber one Gauze, and formed by the gauze circle of cushion rubber collar；One formed pipe, is that the grade gauze circle is crispaturaed to be molded into multiple gauze balls.One Gauze and a cushion rubber can be mutually combined by the gauze ball machine system of the present invention, make an adsorption capacity more preferably gauze ball, and immediately the wounded can be stopped blooding and or carry out coating action, the practicality of lifting gauze to the wounded.

Description

Gauze ball machine

Technical field

Present invention system is relevant with medical supplies, in details of the words, means a kind of gauze ball machine.

Background technology

The cloth cover that gauze system is constituted using the yarn being interweaved, its is cheap and practicality is high, it has also become various One of medical institutes, family or medical supplies essential to school, when the wounded is injured, blood on the adsorbable wound of gauze and Tissue fluid, with debridement wound and prevents blood from flowing out, and or liquid medicine (such as tincture of iodine) is adsorbed in gauze in advance, then with the gauze Wound is patted, the liquid medicine of the gauze is applied and invests on wound, and liquid medicine can be avoided directly to contact the tingling sensation produced by wound, and Lower the wounded's body on and at heart on discomfort.

However, because known gauze system is in a flake, it adsorbs blood or the effect of liquid medicine is unsatisfactory, if the wounded Bleed profusely, gauze simultaneously can not promptly adsorb blood, it is difficult to prevent the outflow of blood, and or be adsorbed in substantial amounts of liquid medicine When in gauze, substantial amounts of liquid medicine can not be immediately adsorbed because gauze system is in flake so that liquid medicine easily spills and causes nothing The loss of meaning, and increase the stand-by period of the wounded's coating.

In view of this, how to make gauze can quick adsorption blood and liquid medicine, make it to suppress to bleed profusely and shorten the wounded The stand-by period of coating, the problem of being needed for market but remain unsolved.

The content of the invention

It is an object of the invention to provide a kind of gauze ball machine, its is simple in construction, easy to operate, can efficiently make gauze Into gauze ball, to increase the adsorption rate of gauze.

To achieve the above object, the invention discloses a kind of gauze ball machine, it includes：

One board；

One roll of gauze, is installed in the board to discharge gauze；

One sebific duct, is installed in the board；

One feed arrangement, is installed in the board to feed the gauze of the roll of gauze, and cut part and a feeding position with one Put；This cuts part and cuts the gauze of the roll of gauze into Gauze；The supplying position has a perforation；The cropped Gauze enters The supplying position is awarded, at the perforation；

One cutting device, is installed in the board, and with a cutting part and an at least Coupling, the cutting part cuts the glue Pipe, multiple cushion rubbers are cut into by it；The Coupling has a socket position and a handoff position, and between two position back and forth It is mobile；The Coupling is socketed a cut cushion rubber in the socket position, and is moved to the handoff position；

One assembling apparatus, is installed in the board, and include an interface member and a push piece, it is characterised in that：

One end of the interface member is a handing-over end, and the diameter at the handing-over end can be extended out or inside contracted；The interface member has one to hand over Position and a fit position are connect, the interface member joins the cushion rubber with the handing-over end when delivery position and expands the cushion rubber, then It is moved to the fit position and the cushion rubber is reduced and is covered the beam Gauze to form a gauze circle；

The push piece has a position of readiness and a pushing and pressing position, and between the position of readiness and the pushing and pressing position back and forth Displacement；The push piece put when pushing and pressing position be the supplying position for being extended through the feed arrangement perforation, and push against the gauze circle；

One formed pipe, is installed in the board, and it stretches through comprising one and held and a passage, and the end that stretches through is located at one of the formed pipe End, the passage is located in the formed pipe, its one end and positioned at the end that stretches through；The formed pipe have one stretch through position and one shaping position Put, the formed pipe its end that stretches through when this stretches through position is extended through the perforation of the supplying position of the feed arrangement, and pushes against the yarn Pieces of cloth shift to the assembling apparatus, to form described gauze circle；The formed pipe gauze circle when shaping position is pushed against by this The pushing and pressing of part and from the end that stretches through of the formed pipe into the passage and in being shaped to a gauze ball in the passage, and in the passage The other end discharges the formed pipe.

Wherein further include：The cutting device has more a central shaft and a swivel mount, and the swivel mount is radially located at The central shaft, and can be rotated centered on the central shaft；The Coupling is located at one end of the swivel mount, and by the swivel mount Rotate on displacement back and forth between the socket position and the handoff position.

Wherein, the handing-over end of the interface member has multiple junctions, the plurality of junction annularly set and can expand or Reduce the diameter at the handing-over end；The assembling apparatus has further included a top retainer component, and the top retainer component is folded with a contact position and one Position, and the displacement back and forth between the contact position and the stowed position；The top retainer component contact handing-over when contact position The plurality of junction of part, expands outwardly the plurality of junction and expands the diameter at the handing-over end；The top retainer component is folded in this Away from the plurality of junction during position, make the plurality of junction to internal condensation and reduce the diameter at the handing-over end.

Wherein, the Coupling system of the cutting device has multiple appearance access slots, longitudinal direction of the plurality of appearance access slot along the Coupling Set, and be located on the outer peripheral face of the Coupling；The plurality of junction of the interface member is in raised line shape and can be inserted into the plurality of Hold access slot.

Wherein, the cutting device has more a carrier, cuts the sebific duct when the cutting part and is allowed to form cushion rubber, the undertaking Accept cushion rubber in portion.

Wherein, the supplying position of the feed arrangement includes a plane and at least one conveying bar, and the Gauze is placed in this and put down Face, the conveying bar moves the Gauze；The perforation is located at the plane and through the plane.

Wherein, the assembling apparatus have a first position and a second place, the assembling apparatus when first position its Interface member aligns the Coupling of the cutting device, and its push piece aligns the perforation of the supplying position of the feed arrangement；The group is hinged with Its interface member aligns the perforation of the supplying position of the feed arrangement when being placed in the second place.

Wherein, the cutting device has two Couplings, and two Coupling is respectively arranged on two ends of the swivel mount, and by The rotation of the swivel mount makes two Coupling replace displacement between the socket position and the handoff position.

Wherein, the axial direction of the central shaft of the cutting device is the fore-and-aft direction of the central shaft；The central shaft stops before having one Stop after point and one, central shaft displacement back and forth between the preceding stop and the rear stop, and drive the swivel mount front and rear therewith It is mobile.

Wherein, the cutting device is located at the side of the assembling apparatus；The assembling apparatus and the shaped device are located at respectively should The side of perforation two at the feeding position of feed arrangement.

Thereby, the gauze ball of a stereogenic fast and easily gauze etc. can be made in gauze ball machine system of the invention, and So that the gauze ball has higher adsorption capacity, when the wounded bleeds profusely or adsorbs a large amount of liquid medicine, gauze ball can be promptly Adsorb blood or liquid medicine, and immediately the wounded can be stopped blooding and or carry out coating action, the practicality of lifting gauze to the wounded Property.

Brief description of the drawings

Your, to enable juror to further appreciate that the purpose of the present invention, feature and the effect reached, hereby lift below A preferred embodiment of the present invention, and coordinate after diagram is described in more detail in：

Fig. 1：The stereogram of the gauze ball machine of a preferred embodiment of the present invention.

Fig. 2：The partial enlarged drawing of Fig. 1 feed arrangement.

Fig. 3：Show the relative position of each device of gauze ball machine.

Fig. 4：Show the position of the perforation of Fig. 2 feed arrangement.

Fig. 5：The stereogram of Fig. 1 cutting device.

Fig. 6：The Coupling of Fig. 5 cutting device is socketed the schematic diagram of a cushion rubber.

Fig. 7：The stereogram of Fig. 1 assembling apparatus.

Fig. 8：The stereogram of Fig. 1 shaping mechanism, and show that its interior piping is located at the state for the position that stretches through.

Fig. 9：The stereogram of Fig. 1 shaping mechanism, and show that its interior piping is located at the state of shaping position.

Figure 10：Assembling apparatus is located at the schematic diagram of first position.

Figure 11 A to Figure 11 D：The swivel mount of the present invention and the running schematic diagram of Coupling.

Figure 12：Show the schematic diagram that cooperates of interface member and Coupling.

Figure 13 A to Figure 13 B：The running schematic diagram of the interface member of the present invention.

Figure 14：Assembling apparatus is located at the schematic diagram of the second place.

Figure 15：Show the schematic diagram that cooperates of interface member and formed pipe.

Figure 16 A to Figure 16 B：The running schematic diagram of the interface member of assembling apparatus and the formed pipe of shaping mechanism.

Figure 17：Show the schematic diagram that cooperates of push piece and formed pipe.

Figure 18：The running schematic diagram of the push piece of assembling apparatus and the formed pipe of shaping mechanism.

Figure 19：The finished product schematic diagram of gauze ball made by the gauze ball machine of the present invention.

Embodiment

Referring to Fig. 1, being the gauze ball machine 10 of a preferred embodiment of the present invention, it includes：

One board 20.

One roll of gauze 30, is installed in the board 20, and a releasable gauze 32, and gauze 32 of the present invention includes passing through The suitable material such as the gauze of braiding or cloth (non-woven fabrics) without braiding, only the material of gauze and is made mode not this hair Bright emphasis, appearance is not repeated.One sebific duct 36, is to be installed in the board 20.

Fig. 2 to Fig. 4 is referred to, a feed arrangement 40 is installed in the board 20, is the gauze 32 for feeding the roll of gauze 30, And cut the supplying position 44 of part 42 and one with one.The supplying position 44 includes a plane 46 and at least one conveying bar 48, should Plane 46 is formed by a metal plate, is vertically installed in the board 20, and provided with a perforation 47, the perforation 47 runs through the plane 46；The present embodiment system has multiple conveying bars 48, and the grade conveys bar system so that made by rubber, the grade conveys bar 48 and the plane 46 It is arranged in parallel.This cuts part 42 located at the top of the plane 46 of the supplying position 44, and can be slided along the transverse reciprocating of the plane 46 Move.The gauze 32 of the roll of gauze 30 is fed to the plane 46 of the supplying position 44, and grade conveying bar 48 is transferred in a stepping manner The gauze 32, this cuts transverse reciprocating of the part 42 along the plane 46 and slid to cut the gauze 32 of the roll of gauze 30, is allowed to be cut out It is cut into Gauze 34 one by one, cut Gauze 34 simultaneously conveys the conveying of bar 48 with the grade and is moved to the plane 46 Perforation 47 on.

Referring to Fig. 5, a cutting device 50, is installed in the board 20, and enter the cutting part 52, one of pipe portion 51, one with one Carrier 53, a central shaft 54, a swivel mount 56 and an at least Coupling 58.This enters the feeding sebific duct 36 of pipe portion 51 and bearing should One end of sebific duct 36.The cutting part 52 enters pipe portion 51 with this and is vertically arranged, and in this is entered pipe portion by the driving of a drive cylinder The displacement back and forth up and down of 51 vertical direction, enters the sebific duct 36 of pipe portion 51, and it is cut into one by one to cut bearing in this Cushion rubber 37.The carrier 53 accepts respectively cushion rubber 37 that the cutting part 52 is cut.The central shaft 54 is by a rotation cylinder Driving, makes the central shaft 54 to be rotated centered on its own, itself and stop after stop and one before having one, in this implementation Example, the axial direction of the central shaft 54 is the fore-and-aft direction of the central shaft 54, the central shaft 54 in the preceding stop and the rear stop it Between displacement back and forth.The swivel mount 56 is radially located at the central shaft 54, and is rotated with the central shaft 54.The present embodiment system has Two Couplings 58, two Coupling 58 has multiple appearance access slots 59 respectively, and the grade holds access slot 59 respectively along the respectively Coupling 58 It is longitudinally disposed, and be located on the outer peripheral face of the respectively Coupling 58；Two Coupling 58 is respectively arranged on two ends of the swivel mount 56, And a cushion rubber 37 can be socketed, as shown in Figure 6.Two Coupling 58 has a socket position and a handoff position, two Coupling 58 be to be located at the respectively position, and make two Coupling 58 alternate position by the rotation of the swivel mount 56 respectively in the same time Put.

Referring to Fig. 7, an assembling apparatus 60, is installed in the board 20, and be located at the right edge of the cutting device 50 and be somebody's turn to do The back side edge of the plane 46 of feed arrangement 40, it includes an interface member 62, a top retainer component 64 and a push piece 66, wherein, the friendship Fitting 62 and the top retainer component 64 are located at the left side of the assembling apparatus 60, and the push piece 66 is located at the right side of the assembling apparatus 60.Should Assembling apparatus 60 has a first position and a second place, its be by a drive cylinder driving and using two tracks in this Displacement back and forth between one position and the second place.Referring to Fig. 10, the assembling apparatus 60 its interface member when the first position 62 align a Coupling 58 of the cutting device 50, and its push piece 66 aligns the perforation of the supplying position 44 of the feed arrangement 40 47.Figure 14 is referred to, the assembling apparatus 60 its interface member 62 when the second place aligns the supplying position of the feed arrangement 40 44 perforation 47.

One end of the interface member 62 is a handing-over end, and the handing-over end system has multiple junctions 63, in the present embodiment this etc. Junction 63 is in raised line shape, and is annularly set, and the grade junction 63 can be inserted into respectively Coupling 58 of the cutting device 50 The grade hold access slot 59.The interface member 62 has a delivery position and a fit position, and moves back and forth between two position, When the assembling apparatus 60 is located at the first position, the interface member 62 is located at the delivery position；It is somebody's turn to do when the assembling apparatus 60 is located at During the second place, the interface member 62 is located at the fit position.The top retainer component 64 has a contact position and a stowed position, and it is Moved by the driving of a drive cylinder between two position, it is in the grade junction of the contact position system contact interface member 62 63, make the grade junction 63 with radial expand outwardly enlarged diameter.Thereby, the diameter at the handing-over end of the interface member 62 can expand Big or diminution.

Fig. 4 and Fig. 7 is referred to again, and the push piece 66 is located at the outer tube part 68 comprising a support 67, an outer tube part 68 and one It is interior and can in the outer tube part 68 sliding push rod 69, the push piece 66 is arranged in the support 67, and with a pushing and pressing position and One position of readiness, and the push piece 66 is come between the pushing and pressing position and the position of readiness through the driving of a drive cylinder Return is dynamic.The push rod 69 has a runner 691 and an air blowing end 692, and the runner 691 is located in the push rod 69, and extends to this Air blowing end 692, to blow out air-flow；The inlet end (not shown) of the runner 691 is located at the side of push piece 66.The push piece 66 is in this Its outer tube part 68 is extended through the perforation 47 of the plane 46 of the feed arrangement 40 and protrudes outward the push rod 69 during pushing and pressing position, and The air blowing end 692 of the push rod 69 is made to blow out a gases at high pressure.

Fig. 4,8 and Fig. 9 are referred to, a shaping mechanism 70 is installed in the board 20, and positioned at the plane of the feed arrangement 40 46 front side edge, it includes a support 701, a formed pipe 71, a pusher shoe 77, two slide bars 78 and an outlet 79.The shaping Pipe 71 includes an inner tube 711 and an outer tube 712, and the outer tube 712 is fixedly arranged on the support 701, and the inner tube 711 is located at the outer tube In 712, and can be in sliding in the outer tube 711.Two slide bar 78 is located at two sides of the support 701.The pusher shoe 77 is interior located at this The outer peripheral face of pipe 711, secondly break away be located at two slide bar 78, the pusher shoe 77 can drive the inner tube 711 along two slide bar 78 in One stretches through slides between position (such as Fig. 8) and a shaping position (such as Fig. 9).The outer end for the support 701 that the outlet 79 is located at. The inner tube 711 has one to stretch through end 72, a forming ends 74 and a passage 76, this stretch through end 72 and the forming ends 74 be divided into this into Two ends of type pipe 71, the passage 76 is set from the end 72 that stretches through to the forming ends 74, and 74 pairs of the forming ends should outlet 79.Should Inner tube 711 can be extended through the perforation 47 of the plane 46 of the feed arrangement 40 in its end 72 that stretches through of position that stretches through.

Illustrate the use state of the present invention below.

Again referring to Fig. 3, the sebific duct 36 is fed to the cutting device 50 in a stepping manner, its one end bearing is in the cutting Device 50 enters pipe portion 51 and protrudes out a distance；The cutting part 52 moves back and forth along the vertical direction for entering pipe portion 51, to cut The sebific duct 36 for entering pipe portion 51 is convexedly stretched in, it is cut into cushion rubber 37 one by one, cropped respectively cushion rubber 37 is undertaken in this and held In socket part 53.In the present embodiment, respectively the thickness of the cushion rubber 37 can be 2 millimeters.

Figure 10 and Figure 11 A are referred to, the assembling apparatus 60 is that, in the first position, the left and right end of the swivel mount 56 is distinguished Provided with Coupling 58a, a 58b, when the cutting part 52 cuts the sebific duct and Coupling 58a is located at the socket position, in this Heart axle 54 is moved to the rear stop from the preceding stop, Coupling 58a is penetrated the cushion rubber 37 for being placed in the supporting 53, and order should Cushion rubber 37 is socketed on Coupling 58a one end.Figure 11 B are referred to, after the completion of Coupling 58a socket cushion rubbers 37, the center Axle 54 moves to the preceding stop, and drives the swivel mount 56 to rotate 180 degree, two Coupling 58a, 58b is exchanged with each other position, makes Coupling 58a is rotated to the handoff position on right side, and Coupling 58b is also moved to the socket position in left side.Refer to figure 11C, the central shaft 54, which resets, moves to the rear stop, Coupling 58a is penetrated in the friendship of the interface member 62 of the assembling apparatus 60 Connect between the grade junction 63 at end, the grade junction 63 is joined the cushion rubber 37, meanwhile, Coupling 58b, which is also penetrated, to be placed in Another cushion rubber 37 of the supporting 53.Figure 11 D are referred to, should after the interface member 62 grade junction 63 joins cushion rubber 37 Central shaft 54 is moved to the preceding stop again, makes Coupling 58a away from the interface member 62, completes the handover operation of cushion rubber 37, this When, Coupling 58b has been socketed with another cushion rubber 37, and repeats the handover step such as Figure 11 B to Figure 11 D.

Figure 12 and Figure 13 A are referred to, when the Coupling 58 of cutting device 50 penetrates the interface member 62 in the assembling apparatus 60 When joining the grade junction 63 at end, the grade junction 63 of the interface member 62 is placed in Coupling 58a grade appearance access slot In 59 and penetrate in the cushion rubber 37.Figure 13 B are referred to, the Coupling 58 of the cutting device 50 penetrates being somebody's turn to do in the interface member 62 After between junction 63, the top retainer component 64 is moved to the contact position, and supports the grade junction 63 of the interface member 62, makes The grade junction 63 expands the diameter at the handing-over end with radial expand outwardly, and then the cushion rubber 37, which is expanded, takes off the cushion rubber From the Coupling 58 and it is socketed on the grade junction 63.Thereby, the handing-over end system of the interface member 62 receives the cushion rubber 37.

Figure 14 and Figure 15 is referred to, the grade junction 63 at the handing-over end of the interface member 62 is socketed after the cushion rubber 37, the group Connection device 60 is moved to the second place, the interface member 62 is aligned the perforation 47 of the plane 46 of the feed arrangement 40, and with this The formed pipe 71 of shaping mechanism 70 is in a straight line, now, refers to Figure 16 A, the passage of the pusher shoe 77 of the shaping mechanism 70 this into Type pipe 71 is allowed to move to the position that stretches through, and makes it be extended through the perforation of the plane of the feed arrangement 40 46 47, and will be put down positioned at this One Gauze 34 in face 46 is pushed into the perforation 47, the Gauze 34 formation one is protruded out position 35, this protrudes out position 35 and stretches into this Among the grade junction 63 of the interface member 62 of assembling apparatus 60, and the top retainer component 64 return moves to the stowed position and no longer supported The grade junction 63 is pushed up, makes the grade junction 63 to internal condensation and reduces the diameter at the handing-over end, the cushion rubber 37 is reduced and is taken off From the handing-over end, simultaneously collar forms a gauze circle 38 in the protruding out position 35 of the Gauze 34, as shown in fig 16b.

Figure 10 and Figure 17 is referred to, the cushion rubber 37 departs from behind the handing-over end of the interface member 62, the shaping of the shaping mechanism 70 Pipe 71 is moved to the shaping position, and the assembling apparatus 60 return moves to the first position, its push piece 66 is aligned feeding dress Put the perforation 47 of 40 plane 46, and be in a straight line with the formed pipe 71 of the shaping mechanism 70, now, refer to Figure 18, this is pushed away Arrived piece 66 is moved to the pushing and pressing position from the position of readiness, the outer end of the outer tube part 68 is passed through in the plane of the feed arrangement 40 46 perforation 47 and the inner tube 711 for being extended through the formed pipe 71, the gauze circle 38 are pushed into the passage 76 of the inner tube 711, And make the push rod 69 of the push piece 66 protrude outward, promote the gauze circle 38 to go deep into the passage 76, and be allowed in the passage volume 76 Harvest type, to form a gauze ball 39 as shown in figure 19, the air blowing end 692 of the fitting 66 blows out high pressure to the passage 76 again Gas, the gauze ball 39 is blowed to the forming ends 74 of the inner tube 711 of the formed pipe 71 and discharges the forming machine from the outlet 79 Structure 70.

When the gauze circle 38 is goed deep into the passage 76 of the formed pipe 71 by the push piece 66 and is allowed to be shaped to the gauze ball 39 Afterwards, the push rod 69 is moved back in the outer tube part 68, and the pusher shoe 66 simultaneously returns back to the position of readiness.

It is worth noting that, when the assembling apparatus 60 push piece 66 in the pushing and pressing position promote the gauze circle 38 deeply should During the passage 76 of formed pipe 71, the handing-over end of the interface member 62 of the assembling apparatus 60 is also filled in the delivery position and the cutting simultaneously The Coupling 58 for putting 50 joins another cushion rubber 37.

Thereby, a gauze ball gauze can be made in gauze ball machine system of the invention, because gauze ball is stereogenic, have Certain volume and thickness so that the gauze ball has more rapid adsorption capacity, when the wounded bleeds profusely or utilized gauze When ball adsorbs a large amount of liquid medicine, gauze ball can immediately and promptly adsorb blood or liquid medicine, and immediately the wounded can be stopped blooding And or to the wounded's progress coating action, the convenience and practicality of enhancement gauze ball.

On to take off all embodiments be only to illustrate rather than limitation.Gauze ball machine provided by the present invention, is for this technology The technology that field is initiated, has progressive, and whence is filed an application in accordance with the law.

Claims

1. a kind of gauze ball machine, it includes：

One board；

One roll of gauze, is installed in the board to discharge gauze；

One sebific duct, is installed in the board；

One feed arrangement, is installed in the board to feed the gauze of the roll of gauze, and cut part and a supplying position with one；Should Cut part and cut the gauze of the roll of gauze into Gauze；The supplying position has a perforation；The cropped Gauze enters to award The supplying position, at the perforation；

One cutting device, is installed in the board, and with a cutting part and an at least Coupling, the cutting part cuts the sebific duct, It is cut into multiple cushion rubbers；The Coupling has an a socket position and handoff position, and moved back between two position It is dynamic；The Coupling is socketed a cut cushion rubber in the socket position, and is moved to the handoff position；

One end of the interface member is a handing-over end, and the diameter at the handing-over end can be extended out or inside contracted；The interface member has a handing-over position Put and a fit position, the interface member joins the cushion rubber with the handing-over end when delivery position and expands the cushion rubber, then displacement To the fit position and reduce the cushion rubber and cover the beam Gauze to form a gauze circle；

The push piece has a position of readiness and a pushing and pressing position, and carrys out return between the position of readiness and the pushing and pressing position Move；The push piece put when pushing and pressing position be the supplying position for being extended through the feed arrangement perforation, and push against the gauze circle；

One formed pipe, is installed in the board, and it stretches through comprising one and held and a passage, and the end that stretches through is located at one end of the formed pipe, The passage is located in the formed pipe, its one end and positioned at the end that stretches through；The formed pipe has one to stretch through position and a shaping position, The formed pipe its end that stretches through when this stretches through position is extended through the perforation of the supplying position of the feed arrangement, and pushes against the Gauze The assembling apparatus is shifted to, to form described gauze circle；The formed pipe when shaping position gauze circle by the push piece Pushing and pressing and from the end that stretches through of the formed pipe into the passage and in being shaped to a gauze ball in the passage, and in the another of the passage Discharge the formed pipe in end.

2. gauze ball machine as claimed in claim 1, it is characterised in that further included：The cutting device with more a central shaft and One swivel mount, the swivel mount is radially located at the central shaft, and can be rotated centered on the central shaft；The Coupling is located at should One end of swivel mount, and rotate on displacement back and forth between the socket position and the handoff position by the swivel mount.

3. gauze ball machine as claimed in claim 1, it is characterised in that the handing-over end of the interface member has multiple junctions, should Multiple junctions annularly set and can expand or shrink the diameter at the handing-over end；The assembling apparatus has further included a top retainer component, The top retainer component has a contact position and a stowed position, and the displacement back and forth between the contact position and the stowed position；Should The plurality of junction of top retainer component contact interface member when the contact position, makes the plurality of junction expand outwardly and expand this Join the diameter at end；The top retainer component when stowed position away from the plurality of junction, make the plurality of junction to internal condensation simultaneously Reduce the diameter at the handing-over end.

4. gauze ball machine as claimed in claim 1 or 2, it is characterised in that the Coupling system of the cutting device has multiple appearances Access slot, the plurality of appearance access slot is located on the outer peripheral face of the Coupling along the longitudinally disposed of the Coupling；This of the interface member is more Individual junction is in raised line shape and can be inserted into the plurality of appearance access slot.

5. gauze ball machine as claimed in claim 1 or 2, it is characterised in that the cutting device has more a carrier, when this point Cut piece cuts the sebific duct and is allowed to form cushion rubber, and the carrier accepts cushion rubber.

6. gauze ball machine as claimed in claim 1, it is characterised in that the supplying position of the feed arrangement include a plane and At least one conveying bar, the Gauze is placed in the plane, and the conveying bar moves the Gauze；The perforation is located at the plane and run through and is somebody's turn to do Plane.

7. gauze ball machine as claimed in claim 1, it is characterised in that the assembling apparatus has a first position and a second Put, the assembling apparatus its interface member when the first position aligns the Coupling of the cutting device, its push piece aligns the feeding The perforation of the supplying position of device；The assembling apparatus its interface member when the second place aligns the supplying position of the feed arrangement Perforation.

8. gauze ball machine as claimed in claim 2, it is characterised in that the cutting device has two Couplings, two socket Part is respectively arranged on two ends of the swivel mount, and makes two Coupling in the socket position and the handover by the rotation of the swivel mount Replace displacement between position.

9. gauze ball machine as claimed in claim 2, it is characterised in that the axial direction of the central shaft of the cutting device is the central shaft Fore-and-aft direction；Stop after stop and one before the central shaft has one, the central shaft comes between the preceding stop and the rear stop Return is moved, and drives the swivel mount to move forward and backward therewith.

10. gauze ball machine as claimed in claim 1, it is characterised in that the cutting device is located at the side of the assembling apparatus；Should Assembling apparatus and the shaped device are respectively positioned at the side of perforation two at the feeding position of the feed arrangement.